4514cb94b5
The town is inhabited: 23 towns finally differ, 181 back yards have a Hills Hoist with washing on it, a magpie owns one street for six weeks of the year, and six point sources put a life off-screen. MEASURED, walked, not bookmarked — two port-isolated no-store servers (:8472 = `git archive HEAD`, :8471 = treatment, assets symlinked so E's mid-round wave is identical on both sides), 102 8-metre spine steps at yaw 0, each frame fully streamed, through the shell's own composer: worst draws 224 -> 225 (+1) worst tris 89,502 -> 93,298 (+3,796 of ~75k spare) sum draws over 102 frames 16,676 -> 16,663 (-13) The citizen sim and the tram are hidden identically on both sides, and that IS the measurement: with them live the same step read control 346 vs treatment 232, because peds spawn on wall-clock time. `?yards=0` reproduces HEAD exactly (224 / 89,502 / 16,676). Isolated at a fixed pose: washing +1 draw / +512 tris, magpie +1 draw / +182 tris, every yard box prop +0 draws. §1.2 THE CHARACTER VECTOR — +0 draws, +0 tris, classic byte-identical BY CONSTRUCTION. `townCharacter(null)` returns the frozen v1 literals and a null tint keeps the SAME material cache key, so classic gets the same object, not a copy of it: default-boot ground hashes identical to HEAD mesh-for-mesh, `?classic=1` hashes unmoved from R37. There is no `if (classic)` in the ground path. The sky feeds the BASE skyName, never `setSky` (a one-way latch that would have killed R32's dawn dome on all 23 towns). The vacuous arm is per-town: `newtown_godverse` / `redhill_godverse` carry `state: ''`, so a per-corpus arm would have dropped exactly those two silently. 21 distinct palettes across 23 towns. `gravel` and `reddust` were not unwired but UNWIREABLE — their `use` values named no slot ground.js had; making the slot addressable fixed it at the root, and both are selected now. E's three new grounds landed mid-round and the upgrade was a name change in one table, which is what procedural-first is for. §1.4 BACKYARD AUSTRALIA — inside boxMats, +0 draws. Houses inset off their boundaries so there is a yard; 36 `yard` lots that had rendered as blank shopfront sheds since v1 are now fenced blocks with a hoist, a shed and often a tank. Collision byte-identical (the lot rect is where the fence stands). THE WASHING SHIPS, and I wrote the inverted weight rather than dropping it. The shipped top-weighted mode moves a hem 0.10 cm calm / 0.67 cm gusty; `pegged` gives 4.5 cm / 31 cm — ~52x, and at the hem instead of the pegs. The `canopy` string is byte-for-byte unchanged, so the gum-tree covenant argument is untouched. It is ONE TOWN-WIDE InstancedMesh (1 draw at any N, cap 256, proximity-first off the R37 chunk seam) rather than per-chunk, which would have been +1 x 31 live chunks = 4x the whole margin. Zero on every real town (no hoists ⇒ no mesh) and zero at night. §1.3 THE MAGPIE — +1 draw on screen, exactly 0 otherwise; 182 tris of 900. Territory scales with the road graph: 6 on the 6.78 km synthetic town, 157 on bendigo's 188.6 km / 2,593 edges, nearest 120 m from spawn. The latch sets, the day roll clears it, localStorage gains no key and the save never mentions it. `swoopPos()` is exported and pure. The hat stays cut. MY OWN SEASON MECHANISM WAS VACUOUS AND THE SWEEP CAUGHT IT: keyed on citySeed alone it produced a CONSTANT, because the town key is deliberately off the plan — 24 of 24 towns were 214 days from swooping season, and it would have gated green because `?magpie=1` forces it. Re-keyed on (citySeed, townKey): `newtown_real` is in season on arrival on the default seed, marrickville is 8 days out, and 12.9% of 1,000 seeds put the synthetic default in season against a design ratio of 11.5%. §1.1 THE AUDIO LAYER — six new mixer layers, zero draws, zero tris, seeded anchors, distance falloff, AND A StereoPannerNode PER LAYER, so direction is real (measured spread -0.71..+0.85) instead of a limitation written into the notes. Day-of-week derived locally. All six anchored on the default boot; 3 of 6 report `no-anchor` on real towns rather than being faked onto shopfronts. The falsifiability control — one manifest key renamed away, served from a third port — makes that source report `no-entry`, 0 plays, never `audible`, with the other five unchanged and zero console errors. TWO DEFECTS MY OWN GREEN NUMBERS COULD NOT SEE, both caught by a screenshot: the washing shipped at 256 instances / +1 draw / cap respected and was INVISIBLE behind its own back fence (per-instance peg height, and a fence taller than the hoist), and the magpie perched on THIN AIR over the road. R37's lesson relearned at full price. Fence 1.60 / hoist 2.15 measured against the object; territories now snap to furniture.js's own streetlight rule. LANE E'S PROPS, ADJUDICATED: hoist + aerial permanently primitive (E's spike killed them, and primitive is also the +0-draw mechanism). `paling_fence` at 1,121 tris x 905 runs = 1.01M triangles — no. The `magpie` GLB is HELD FOR THE TINT: it reads as a crow, and a magpie seen for 1.2 s in peripheral vision IS its white bar. My 182-tri bird already carries it, at a fifth of the triangles and no fetch. furniture.js's "novelty_record is 26.5k tris" was stale by six epochs — corrected to 8,000. Zero fetch delta: `?noassets=1` fetches the same 23 assets, same list, on HEAD and on R38. 0 console errors on 10 boots (default, classic, yards=0, washing=0&magpie=0&ambient=0, noassets, magpie=1, darwin, hobart, bendigo, the patched-manifest control) beyond the known PointerLock ones. Shots: docs/shots/laneB_r38/. Detail + every number: LANE_B_NOTES §38.
679 lines
47 KiB
HTML
679 lines
47 KiB
HTML
<!doctype html>
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<html lang="en">
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<head>
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<meta charset="utf-8">
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<meta name="viewport" content="width=device-width, initial-scale=1, maximum-scale=1">
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<title>PROCITY — walkable town</title>
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<style>
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html, body { margin: 0; height: 100%; background: #0c0e0a; overflow: hidden; color: #eee;
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font: 14px -apple-system, Segoe UI, Roboto, sans-serif; }
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#c { display: block; width: 100vw; height: 100vh; }
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#pc-start { position: fixed; inset: 0; z-index: 40; display: flex; flex-direction: column;
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align-items: center; justify-content: center; text-align: center; gap: 14px;
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background: radial-gradient(circle at 50% 40%, #24281e, #0c0e0a); }
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#pc-start h1 { font-size: 34px; margin: 0; letter-spacing: 2px; color: #ffd75e; text-shadow: 0 2px 8px #000; }
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#pc-start .sub { opacity: .85; max-width: 420px; line-height: 1.5; }
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#pc-start button { pointer-events: auto; cursor: pointer; border: 0; border-radius: 10px;
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padding: 12px 26px; font-size: 16px; background: #ffd75e; color: #241d06; font-weight: 700; }
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#pc-start .seed { opacity: .55; font-size: 12px; }
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#pc-load { position: fixed; left: 50%; bottom: 30px; transform: translateX(-50%); opacity: .7; }
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</style>
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<script type="importmap">
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{ "imports": {
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"three": "./vendor/three.module.js",
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"three/addons/": "./vendor/addons/"
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} }
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</script>
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</head>
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<body>
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<canvas id="c"></canvas>
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<div id="pc-start">
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<h1>PROCITY</h1>
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<div class="sub">A procedurally generated, walkable 90s-Australian shopping town.
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Every door opens. Dig the crates, sell the flips, sleep — the town remembers.</div>
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<div class="sub" id="pc-hunt" style="color:#ffd75e;display:none"></div>
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<button id="pc-go">walk into town</button>
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<div class="seed" id="pc-startseed"></div>
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<div class="sub" style="font-size:12px;opacity:.7">WASD move · shift run · mouse look · click a door · E riffle a bin / sell at the counter · C your crate · SLEEP to save · [ ] time · M map</div>
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</div>
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<script type="module">
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import * as THREE from 'three';
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import { RenderPass } from 'three/addons/postprocessing/RenderPass.js';
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import { EffectComposer } from 'three/addons/postprocessing/EffectComposer.js';
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import { UnrealBloomPass } from 'three/addons/postprocessing/UnrealBloomPass.js';
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import { OutputPass } from 'three/addons/postprocessing/OutputPass.js';
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import { fixturePlan } from './js/world/fixture_plan.js';
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import { createSkinLibrary } from './js/world/skins.js';
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import { buildGround } from './js/world/ground.js';
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import { townCharacter, describeCharacter } from './js/world/character.js'; // [Lane B R38 §1.2] per-town palette/sky/ambience
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import { createLighting } from './js/world/lighting.js';
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import { createChunkManager } from './js/world/chunks.js';
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import { createPlayer } from './js/world/player.js';
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import { createHUD } from './js/world/hud.js';
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import { createMinimap } from './js/world/minimap.js';
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import { createInteriorMode, godverseBaseFor } from './js/world/interior_mode.js'; // [Lane F integration] Lane C interior bridge
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import { createWallet } from './js/interiors/wallet.js'; // [Lane F R8] Lane C buy loop v0 (session wallet)
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import { CitizenSim } from './js/citizens/sim.js'; // [Lane F integration] Lane D street pedestrians
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import { createWeather } from './js/world/weather.js'; // [Lane F R8] Lane B seeded weather (?weather=1)
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import { createTram } from './js/world/tram.js'; // [Lane F R9] Lane B tram (?tram=1, non-blocking)
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import { createWashing } from './js/world/washing.js'; // [Lane B R38 §1.4] town-wide washing (1 draw, cap 256)
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import { createMagpie } from './js/world/magpie.js'; // [Lane B R38 §1.3] the magpie (+1 draw while on screen)
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import { createGigState } from './js/world/gig_state.js'; // [Lane F R12] the Friday-night state machine (?gigs=1)
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import { createVenuePresentation } from './js/world/venue.js'; // [Lane F R12] Lane B venue frontage + posters (?gigs=1)
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import { loadPedFleet } from './js/citizens/rigs.js'; // [Lane F §3.4] Lane D rig fleet (GLB peds/keepers)
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import { VenueQueue } from './js/citizens/queue.js'; // [Lane F R13] Lane D outdoor gig queue (?gigs=1)
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import { preloadManifest, preloadStockPack } from './js/interiors/interiors.js'; // [Lane F] Lane E manifest + Lane C/E stock pack
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import { createGame } from './js/world/save.js'; // [Lane F R30] v7 THE SAVE CORE (contract: LANE_F_NOTES §30)
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import { ARTISTS } from './js/interiors/dig.js'; // [R35] the parody roster — a fresh game's seeded first want
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import { rng, pick } from './js/core/prng.js'; // [R35] seeded first-want draw (runtime stream, fresh key)
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main().catch((err) => {
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console.error('[procity] init failed:', err);
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const el = document.getElementById('pc-startseed');
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if (el) el.textContent = 'INIT ERROR: ' + (err && err.message || err);
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});
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async function main() {
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// ── plan: prefer Lane A's generatePlan if it has landed, else the fixture ──
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const params = new URLSearchParams(location.search);
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const seed = (parseInt(params.get('seed'), 10) || 20261990) >>> 0;
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// [Lane F §3.4] asset-free gate: ?noassets=1 → skip the manifest + rig fleet + interior GLB upgrades so
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// the whole town runs 100% on primitives/flat-colour with ZERO network. Everything below is fail-soft
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// anyway (primitives persist if a GLB never lands); this flag makes "no network at all" explicit + testable.
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const NOASSETS = params.has('noassets') && params.get('noassets') !== '0';
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// [Lane F §F2] plan-source selector (v2, ?plansrc=osm). Default 'synthetic' = the byte-identical
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// golden-hash generator (prime law); 'osm' = Lane A's real-data fixture importer (generatePlanFor,
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// LANE_A_NOTES F2). Zero network either way. Guarded: falls back to synthetic generatePlan, then fixture.
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const PLANSRC = params.get('plansrc') === 'osm' ? 'osm' : 'synthetic';
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const TOWN = params.get('town') || undefined; // [Lane F R8] &town=<key> selects an OSM town (A: melbourne|katoomba)
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// [Lane F R16 — THE FLIP (v3.1)] The town shows its best by DEFAULT: gigs / weather / winmap / tram are ON
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// unless individually opted out (?gigs=0, ?weather=0, …) or ?classic=1 forces the exact v2 boot. The prime
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// law is REWRITTEN, not repealed: the byte-identical covenant (synthetic fingerprint 0x3fa36874, zero gig
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// layer, zero fetch delta) moved from "flags off" to "?classic=1". `flagOn(name)`: default-on, `=0` opts
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// out, classic is the master off. winmap flips the same way in buildings.js; the drummer's sit clip rides !CLASSIC.
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const CLASSIC = params.has('classic') && params.get('classic') !== '0';
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const flagOn = (name) => !CLASSIC && params.get(name) !== '0';
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// [Lane F R12/16] The gig layer — now DEFAULT-ON: Lane A's post-hoc augmentation (venues, plan.gigs,
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// plan.posters) + everything F wires off it (the state machine, B's frontage/spill, C's rooms, D's
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// band/crowd/queue, the cover charge). ?gigs=0 or ?classic=1 ⇒ generatePlanFor returns the byte-identical
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// v2 plan and NONE of the gig modules are constructed (the classic-regression gate enforces exactly that).
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const GIGS_ON = flagOn('gigs');
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// John's OPTIONAL band-name drop-in (web/assets/custom_bands.json — Lane A owns the file + schema; edit it
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// and reload, the names get priority on the town's posters). Absent file → pure generator, zero errors.
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// ZERO fetch when the flag is off or under ?noassets=1 (asset law). `no-cache` on purpose: this file exists
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// to be hand-edited between reloads, so a stale 304 would make John's edit look broken.
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async function loadCustomBands() {
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if (!GIGS_ON || NOASSETS) return [];
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try {
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const r = await fetch('assets/custom_bands.json', { cache: 'no-cache' });
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if (!r.ok) return []; // 404 = John deleted the file = generator takes over. Not an error.
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const j = await r.json();
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return Array.isArray(j && j.bands) ? j.bands : [];
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} catch { return []; } // malformed / blocked → generator. Never breaks the boot.
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}
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const customBands = await loadCustomBands();
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let plan;
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try {
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const citygen = await import('./js/citygen/index.js');
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// [Lane F R17 — real-town caches] a ?plansrc=osm&town=<key> whose key is NOT a checked-in fixture is one of
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// Lane E's real AU town caches (web/assets/towns/<key>.json). Fetch + register it before the plan generates,
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// so real towns boot in the engine (the v4 scout). Fail-soft: 404 / invalid cache / ?noassets → plan_osm
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// falls back to the default fixture. The scout data is opt-in — never on the default or ?classic path.
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if (PLANSRC === 'osm' && TOWN && !NOASSETS && citygen.registerTownCache
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&& !(citygen.osmTownKeys && citygen.osmTownKeys().includes(TOWN))) {
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try {
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const r = await fetch(`assets/towns/${TOWN}.json`, { cache: 'force-cache' });
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if (r.ok) { citygen.registerTownCache(TOWN, await r.json()); console.log(`[procity] real town cache registered: ${TOWN}`); }
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} catch (e) { console.warn(`[procity] town cache '${TOWN}' not loaded (${e && e.message || e}) — falling back to a fixture`); }
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}
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const gen = citygen.generatePlanFor
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? (s) => citygen.generatePlanFor(s, PLANSRC, { town: TOWN, gigs: GIGS_ON, customBands }) // A's selector (synthetic | osm[+town]) + the v3 gig layer
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: (citygen.generatePlan || citygen.default); // pre-R6 fallback (synthetic only)
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plan = gen ? gen(seed) : fixturePlan(seed);
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console.log(`[procity] plan source: ${PLANSRC}${TOWN ? '/' + TOWN : ''} — ${plan.name}, ${plan.shops.length} shops`
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+ (GIGS_ON ? ` · gigs: ${(plan.gigs || []).length} nights, ${(plan.posters || []).length} posters`
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+ `, ${customBands.length} custom band name(s)` : ''));
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} catch (e) {
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plan = fixturePlan(seed);
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console.log('[procity] Lane A citygen absent — running on fixture_plan');
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}
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// ── renderer + post ──
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// Adaptive to plan density: a large generated city (Lane A) has content in nearly every chunk, so
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// a smaller radius + no sun-shadow pass keeps draw calls near the ≤300 gate. The sparse fixture
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// gets the fuller radius 3 + shadows (measured ~140 draws). Override via ?r= / ?shadows=0|1.
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// [Lane F R19 — B's proven one-liner] a real town can have FEW shops but a HUGE road graph (real Katoomba:
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// 20 shops / 799 edges / 5 km) — the shop-count heuristic alone left it on small-town streaming and blew the
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// tri budget (280k > 200k). Extend the trigger to the graph size so big-graph towns stream like big cities.
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const BIG_CITY = (plan.shops?.length || 0) > 120 || (plan.streets?.edges?.length || 0) > 200;
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const RADIUS = parseInt(params.get('r'), 10) || (BIG_CITY ? 2 : 3);
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const SHADOWS = params.has('shadows') ? params.get('shadows') !== '0' : !BIG_CITY;
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const canvas = document.getElementById('c');
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const renderer = new THREE.WebGLRenderer({ canvas, antialias: true, powerPreference: 'high-performance' });
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renderer.setPixelRatio(Math.min(devicePixelRatio, 2));
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renderer.setSize(innerWidth, innerHeight);
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renderer.shadowMap.enabled = SHADOWS;
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renderer.shadowMap.type = THREE.PCFSoftShadowMap;
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renderer.toneMapping = THREE.ACESFilmicToneMapping;
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renderer.info.autoReset = false; // EffectComposer renders many passes/frame; we reset once per frame
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const scene = new THREE.Scene();
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const camera = new THREE.PerspectiveCamera(70, innerWidth / innerHeight, 0.1, 800);
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const composer = new EffectComposer(renderer);
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composer.addPass(new RenderPass(scene, camera));
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const bloom = new UnrealBloomPass(new THREE.Vector2(innerWidth, innerHeight), 0.55, 0.5, 0.9);
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composer.addPass(bloom);
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composer.addPass(new OutputPass());
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// ── world systems ──
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const skins = createSkinLibrary();
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// [Lane B R38 §1.2 — THE PER-TOWN CHARACTER VECTOR] Which town this is never reaches the plan on
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// purpose (plan_osm.js:515 keeps the town key OFF the plan so the Melbourne golden stays frozen), so
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// the shell — which is the only thing that knows — resolves it here and hands it to the ground and
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// the sky. A synthetic boot has NO town key ⇒ townCharacter(null) ⇒ the frozen v1 literals ⇒ the
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// default boot and ?classic=1 are byte-identical BY CONSTRUCTION (no flag test in ground.js at all).
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// `?plansrc=osm` with no &town= boots plan_osm's DEFAULT_TOWN ('melbourne'), so name it rather than
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// letting the character silently fall through on a boot that does have a town.
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const CHAR_TOWN = PLANSRC === 'osm' ? (TOWN || 'melbourne') : null;
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const character = townCharacter(CHAR_TOWN);
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if (CHAR_TOWN) console.log(`[procity] ${describeCharacter(character)}`
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+ (character.matched ? '' : ' ⚠ NO ENTRY for this town key — palette unchanged (character.js)'));
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const ground = buildGround(plan, skins, { townKey: CHAR_TOWN });
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scene.add(ground.group);
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const lighting = createLighting(scene, plan, skins, { radius: RADIUS, shadows: SHADOWS,
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dawnSky: CLASSIC ? null : 'high-cirrus', // [R32 §31.6-3] dawn reads dawn; classic keeps the frozen dome
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sky: CLASSIC ? null : character.sky }); // [R38 §1.2] the town's base dome — NOT setSky (a one-way latch)
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lighting.attachRenderer(renderer);
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const ctx = { skins, citySeed: plan.citySeed, plan, night: lighting.isNight(), radius: RADIUS };
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const chunks = createChunkManager(plan, scene, ctx);
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lighting.onNightChange = (night) => { chunks.setNight(night); bloom.strength = night ? 0.9 : 0.55; };
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const player = createPlayer(camera, canvas, { getColliders: (x, z) => chunks.getColliders(x, z) });
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const hud = createHUD({
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camera, renderer, plan,
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getDoorMeshes: () => chunks.getDoorMeshes(),
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onEnterShop: (shopId, name) => enterShop(shopId, name),
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});
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const minimap = createMinimap(plan);
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// [Lane F §3.4] asset upgrades — OFF entirely under ?noassets. Fail-soft: primitives persist until (and
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// unless) a GLB lands, so the town is fully playable the instant it boots.
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// • rig fleet: models/peds/*.glb → shared GLB actors; CitizenSim + keepers upgrade from placeholders.
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// • manifest: Lane E's assets/manifest.json → interior fitting GLBs (loaded from the 3GOD depot).
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const fleet = NOASSETS ? null : loadPedFleet('models/peds/', { sit: !CLASSIC, look: !CLASSIC, dance: !CLASSIC }); // [R16] sit.glb (the seated drummer) + [R29] look.glb (the street glance) on the default boot; ?classic keeps the zero-fetch-delta covenant
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if (!NOASSETS) preloadManifest(); // prime the manifest so the first interior can upgrade its fittings
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// [Lane F integration] interior bridge — owns the 'interior' branch (Lane C buildInterior + Lane D keeper)
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// [Lane F R31 — THE DIG FLIP] The crate-riffle is DEFAULT-ON: `?dig=0` opts out, `?classic=1` forces it off
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// — the exact flagOn pattern the other flipped flags ride. The v2-era opt-in (`params.has('dig')`) survived
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// here six epochs after the README's flags table claimed "dig on", and every R30 game-loop gate booted
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// `dig=1` explicitly — so the whole suite was green while the plain boot (the boot every player gets) had
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// no dig at all: E at a bin did nothing (Fable's R31 wave-0 playtest, the alpha-blocker). The default-boot
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// gate now asserts dig REACHABILITY on a naked boot, so un-flipping this line goes red in qa, not in a
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// player's hands. ?noassets composes unchanged: the dig falls to parody canvas (existing law).
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const DIG_ON = flagOn('dig');
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// [Lane F §F2 stock=real] real GODVERSE sleeves in the crates (v2). Preload the record pack at boot so
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// the first interior/dig can batch real covers; fail-soft (missing pack → parody canvas). Off under ?noassets.
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const STOCK_REAL = params.get('stock') === 'real' && !NOASSETS;
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// [Lane F R27 §2 — TIER 2, OPT-IN] `?live=1` → the default GODVERSE base; `?live=<url>` → that base;
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// absent → NO tier 2 at all, byte-identical to the beta. Opt-in is deliberate and is the R26 lesson
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// applied to a server: a default boot that probed for a GODVERSE host would ask a question with no
|
||
// answer on every machine that isn't John's, and "it only logs an error when the server's away" is
|
||
// exactly the blind probe the manifest was built to end. Tier 2 is a place you go, not a thing that
|
||
// happens to you. Auto-discovery, if ever, is a v5.x question with a reachability contract behind it.
|
||
const LIVE_ARG = NOASSETS ? null : params.get('live');
|
||
const LIVE_BASE = !LIVE_ARG || LIVE_ARG === '0' ? null
|
||
: (LIVE_ARG === '1' ? 'http://127.0.0.1:8778' : LIVE_ARG.replace(/\/$/, ''));
|
||
let STOCK_SOURCING = null; // (godverseShopId) → 'real'|'mint'|null, from G's manifest (set below)
|
||
// [Lane F R9] preload ALL three packs so record dig sleeves AND book-spine/toy-box shelves (buy-anywhere)
|
||
// are real. Fail-soft per pack (missing → parody canvas). getStockPack(type) is what buildInterior reads.
|
||
// [Lane F R24 §6a — THE REAL CRATE] The town-wide packs stay exactly as they were (every shop without a
|
||
// GODVERSE identity keeps them, byte-identically). On TOP of them, every shop carrying A's `godverseShopId`
|
||
// preloads its OWN pack under its OWN base — because `getStockPack` is sync and the room is built the
|
||
// instant you open the door, so a pack first requested at enter() would not be resolved in time and the
|
||
// real shop would show parody on the walk-in. Cache identity is (type, base) since C's R24 fix, so these
|
||
// coexist with the town-wide packs rather than clobbering them. A keyed shop with no atlas 404s → null →
|
||
// parody: fail-soft runs through the same path, and that is the tier-0 rung of the ladder, live.
|
||
if (STOCK_REAL) {
|
||
preloadStockPack('record'); preloadStockPack('book'); preloadStockPack('toy');
|
||
// [Lane F R26 §7 — THE MANIFEST KILLS THE PROBES] R24 preloaded a pack for EVERY keyed shop and ate a
|
||
// 404 for each one that had no atlas. That was fail-soft working, but it was also console errors on
|
||
// every godverse boot, and F's smoke could only tolerate them by NAMING them — a tolerance is a
|
||
// confession, not a fix. G's manifest (F's R24 finding #4/#7) says exactly which (shop, type) pairs
|
||
// exist, so now we ask for nothing else: zero 404s because there is nothing absent to ask for, not
|
||
// because we stopped looking. Fail-soft still covers the real case — manifest says yes, file is gone.
|
||
// Only fetched when the town actually has keyed shops, so a plain town stays byte-identical (no fetch).
|
||
if ((plan.shops || []).some((s) => s.godverseShopId)) {
|
||
try {
|
||
const r = await fetch('assets/stock_godverse/index.json', { cache: 'force-cache' });
|
||
if (r.ok) {
|
||
const man = await r.json();
|
||
const byId = new Map((man.shops || []).map((s) => [s.godverseShopId, s]));
|
||
for (const s of (plan.shops || [])) {
|
||
const e = byId.get(s.godverseShopId);
|
||
if (e && (e.types || []).includes(s.type)) preloadStockPack(s.type, { base: godverseBaseFor(s) });
|
||
}
|
||
// [R27 §2] the same manifest already knows real vs mint — the tier-2 reader asks only real shops.
|
||
STOCK_SOURCING = (id) => (byId.get(id) || {}).sourcing || null;
|
||
}
|
||
} catch (e) { /* no manifest ⇒ no per-shop packs ⇒ parody. The ladder's bottom rung, unchanged. */ }
|
||
}
|
||
}
|
||
// [Lane F R8 — Lane C buy loop v0] ONE session wallet (seeded start cash) bound to the dig BUY across shops.
|
||
// Runtime-only: never writes back into the plan/room build, so goldens + draw-counts are unaffected.
|
||
// [Lane F R30 — v7 THE SAVE CORE] The game layer, default-ON (the v3.1 flip precedent): ?game=0 opts out,
|
||
// ?classic=1 forces its total absence (createGame never called ⇒ ZERO localStorage touches — the covenant
|
||
// stays a pure v2 boot). When the game is on, PROCITY.wallet IS game.wallet — Lane C's exact v0 interface
|
||
// (buy/sell/canBuy/…) backed by game-owned cash, so a loaded save's cash is authoritative and every
|
||
// existing consumer (dig onBuy, shelf buy, the cover charge, C's onSell) rides the proven seam unchanged.
|
||
// A fresh game opens with Lane C's seeded start cash, so day 1 is byte-identical money to a ?game=0 boot.
|
||
const GAME_ON = flagOn('game');
|
||
const TOWNKEY = `${PLANSRC}/${TOWN || 'default'}@${seed}`;
|
||
const baseWallet = createWallet(seed);
|
||
const game = GAME_ON ? createGame({
|
||
townKey: TOWNKEY, startCash: baseWallet.start(),
|
||
// fired after sleep()/import() moves the day: re-key the gig week (day % 7 into the existing schedule),
|
||
// wake at dawn (segment 0 — fires procity:segment, so every latch observes the morning), tell John.
|
||
onDay: (day) => {
|
||
if (gigState) gigState.setWeekNight(weekNightOf(day)); // (day − 1) % 7 — see the seam note below
|
||
lighting.setSegment(0);
|
||
// [R34] the morning paper: GODBAY resolved before this hook fired — fold the results in
|
||
const news = game ? game.takeAuctionNews() : [];
|
||
hud.showToast(`🌅 day ${day}` + (news.length ? ' · ' + news.join(' · ') : ''), news.length ? 6 : 2.6);
|
||
},
|
||
}) : null;
|
||
const wallet = game ? game.wallet : baseWallet;
|
||
// [Lane F R12] the gig state machine (F-owned, js/world/gig_state.js): quiet → doors (DUSK) → on (NIGHT)
|
||
// → done, off Lane B's clock and Lane A's plan.gigs[0] (alpha's "tonight"). Constructed ONLY under ?gigs=1
|
||
// with a real schedule, so window.PROCITY.gigs stays undefined flags-off — which is precisely what Lane B's
|
||
// audio engine tests to decide there is no gig layer at all (byte-identical, no spill).
|
||
const gigState = (GIGS_ON && plan.gigs && plan.gigs.length) ? createGigState({ plan, lighting }) : null;
|
||
// [Lane F R30 — SLEEP=TOMORROW] key tonight's gigs off the game day: weekNight = (day − 1) % 7, so a
|
||
// loaded save wakes mid-week and every sleep walks the EXISTING seeded week schedule. Measured against
|
||
// the brief's literal `day % 7`: day starts at 1, so the literal form would boot a FRESH game on night 1
|
||
// — flipping the default boot's gigs off night 0, breaking the R13 cover/band gates and B's night-0-keyed
|
||
// frontage before the player ever sleeps. Day 1 IS night 0 (the pre-v7 tonight), same convention as the
|
||
// day-1 stock streams (§30.3). Skipped entirely when either layer is off.
|
||
const weekNightOf = (day) => (Math.max(1, day) - 1) % 7;
|
||
if (game && gigState) gigState.setWeekNight(weekNightOf(game.day));
|
||
// [R33 — TRAVEL COSTS A DAY] this boot adopted a save from another town: the ride ate a day (save.js
|
||
// adopt() did the increment + pull-pruning; weekNight above already read the incremented day). Tell John.
|
||
// [R34] the ride also resolved any GODBAY listings the day moved past — the arrival toast carries the news.
|
||
if (game) {
|
||
const bootNews = game.takeAuctionNews();
|
||
if (game.traveled) hud.showToast(`🚌 ${plan.name || 'a new town'} — the ride cost a day. Day ${game.day}`
|
||
+ (bootNews.length ? ' · ' + bootNews.join(' · ') : ''), bootNews.length ? 7 : 4);
|
||
else if (bootNews.length) hud.showToast(bootNews.join(' · '), 6);
|
||
}
|
||
|
||
// ── [R35 — THE FIRST FIVE MINUTES (charter #7)] ────────────────────────────────────────────────
|
||
// A stranger arrives with cash and A WANT, and three toast-beats walk the whole hustle: dig →
|
||
// buy → sell-or-list. FRESH games only (day 1, empty crate, empty auction house) — a returning
|
||
// save gets its town back, not a tutorial. ?game=0 / ?classic=1 never reach this block. The
|
||
// first want is SEEDED (citySeed → the parody roster), so the splash line, the keeper rumors,
|
||
// and the tour all point at the same hunt on a given seed — deterministic, gate-checkable.
|
||
if (game && game.day === 1 && !game.collection.length && !game.listings.length) {
|
||
if (!game.wants.length) game.recordWant({ artist: pick(rng(plan.citySeed, 'firstwant', 0), ARTISTS) });
|
||
const hunt = document.getElementById('pc-hunt');
|
||
if (hunt && game.wants.length) {
|
||
hunt.textContent = `You're hunting ${game.wants[0].artist} — $${game.cash} in your pocket.`;
|
||
hunt.style.display = 'block';
|
||
}
|
||
let stage = 1;
|
||
const go = document.getElementById('pc-go');
|
||
if (go) go.addEventListener('click', () =>
|
||
setTimeout(() => { if (stage === 1) hud.showToast('① find a record shop — walk in, press E at a crate', 7); }, 900),
|
||
{ once: true });
|
||
window.addEventListener('procity:digOpen', () => {
|
||
if (stage === 1) { stage = 2; hud.showToast('② riffle with the wheel · pull a sleeve · mind the guide — BUY', 7); }
|
||
});
|
||
let n3 = 0;
|
||
const offBeats = game.wallet.onChange(() => {
|
||
if (stage <= 2 && game.collection.length) {
|
||
stage = 3; n3 = game.collection.length;
|
||
hud.showToast('③ yours now. Sell it at a counter (E) — or ⚖ LIST it in the crate and SLEEP on it', 8);
|
||
} else if (stage === 3 && (game.listings.length || game.collection.length < n3)) {
|
||
stage = 4;
|
||
hud.showToast('That’s the whole hustle. ☆ want things · keepers gossip · 🚌 towns cost a day. Good digging.', 9);
|
||
offBeats();
|
||
}
|
||
});
|
||
}
|
||
// [Lane F R9] occupancyOf closure defers to `citizens` (declared just below); only invoked at enter()
|
||
// time (door click), long after citizens is initialized — so the forward reference is safe.
|
||
const interiorMode = createInteriorMode({ THREE, renderer, camera, plan, fleet, useGLB: !NOASSETS,
|
||
dig: DIG_ON, stockReal: STOCK_REAL, wallet, occupancyOf: (id) => citizens.occupancyOf(id),
|
||
rosterOf: (id) => citizens.tonightRoster(id), gigState, // [R15] identity continuity: the crowd IS tonight's roster
|
||
liveBase: LIVE_BASE, sourcingOf: (id) => (STOCK_SOURCING ? STOCK_SOURCING(id) : null), // [R27] tier 2
|
||
game }); // [R30] the collection (buy seam records finds) + the day salt (stock rotation, §30.3)
|
||
// [Lane F §F2] the riffle is cursor-driven (DOM buttons + click-a-sleeve), so release pointer-lock while it's
|
||
// open and re-lock (on click) after. digActive gates the unlock→leaveShop guard below so opening a bin
|
||
// doesn't read as "walked out of the shop".
|
||
window.addEventListener('procity:digOpen', () => player.unlock());
|
||
// [Lane F R30 §9.4] the sell card is cursor-driven too (SELL button, ‹ › cycling) — same unlock contract.
|
||
window.addEventListener('procity:sellOpen', () => player.unlock());
|
||
// [Lane F §F1 — ROUND 7 ROSTER FLIP · prime-law amendment] The chunk-streamed roster is now the
|
||
// DEFAULT: the town is permanently busier. `?roster=v1` restores the old fixed roster (escape hatch);
|
||
// `?roster=stream` is still accepted (now a no-op — stream is default). Gated on Lane D's GO: E1's
|
||
// ped sub-mesh merge makes each near-rig ~1 draw, so full density (perChunk 16) = 241 worst-street
|
||
// draws ≤300. Plan goldens do NOT move (roster doesn't touch the plan). See LANE_D_NOTES → Lane F.
|
||
const rosterV1 = params.get('roster') === 'v1';
|
||
const citizens = new CitizenSim({ renderer, scene, camera, citySeed: plan.citySeed, graph: plan.streets,
|
||
fleet, chunkStream: rosterV1 ? null : { radius: 2 } }); // default-on
|
||
citizens.setPopulation((parseInt(params.get('pop'), 10) || 140) >>> 0); // fixed-roster (?roster=v1) size; stream = per-chunk density
|
||
// [Lane F] hours-aware: keep the open-late block lively at night (Lane D3 setNightLivelyChunks). Keys via
|
||
// sim.chunkKeyAt so they match sim's own chunk-key format; openLate shop = hours close ≥22 (Lane A contract).
|
||
if (!rosterV1) {
|
||
const late = plan.shops.find((s) => s.hours && s.hours[1] >= 22);
|
||
const lot = late && plan.lots.find((l) => l.id === late.lot);
|
||
if (lot) {
|
||
const keys = [];
|
||
for (let dx = -1; dx <= 1; dx++) for (let dz = -1; dz <= 1; dz++) keys.push(citizens.chunkKeyAt(lot.x + dx * 64, lot.z + dz * 64));
|
||
citizens.setNightLivelyChunks(keys);
|
||
}
|
||
// [Lane F R8 — Lane D patronage] shop door points per chunk (facade normal → the street), fed once to the
|
||
// sim so streamed peds can duck into open shops they pass. Computed from the plan (sim stays graph-only).
|
||
const shopsByChunk = new Map();
|
||
for (const s of plan.shops) {
|
||
const l = plan.lots.find((x) => x.id === s.lot); if (!l) continue;
|
||
const ry = l.ry || 0, fx = -Math.sin(ry), fz = -Math.cos(ry);
|
||
const x = l.x + fx * (l.d / 2 + 0.6), z = l.z + fz * (l.d / 2 + 0.6);
|
||
const k = citizens.chunkKeyAt(x, z);
|
||
if (!shopsByChunk.has(k)) shopsByChunk.set(k, []);
|
||
shopsByChunk.get(k).push({ x, z, hours: s.hours, shopId: s.id }); // [R9] shopId → occupancy truth (Lane D)
|
||
}
|
||
citizens.setShops(shopsByChunk);
|
||
if (params.get('patronage') === '0') citizens.setPatronage(false); // off-switch
|
||
}
|
||
document.addEventListener('visibilitychange', () => citizens.setPaused(document.hidden));
|
||
|
||
// [Lane F R8 — Lane B weather] ?weather=1 seeded (seed 20261990 default town rolls 'clear'); ?weather=rain|
|
||
// overcast|clear forces a state. Self-contained module; flag-off never constructs it (byte-identical). D reads
|
||
// window.PROCITY.weather (always a valid {state,intensity} — {clear,0} when off), it does NOT import weather.js.
|
||
// [Lane F R16 flip] weather DEFAULT-ON (seeded — the default town rolls its own state); ?weather=rain|overcast|
|
||
// clear forces one; ?weather=0 or ?classic=1 → off (byte-identical). Self-contained; D reads window.PROCITY.weather.
|
||
const _wp = params.get('weather');
|
||
const weather = flagOn('weather')
|
||
? createWeather({ scene, plan, skins, lighting, camera, force: /^(clear|overcast|rain)$/.test(_wp || '') ? _wp : null })
|
||
: null;
|
||
const weatherState = weather ? weather.state : { state: 'clear', intensity: 0 };
|
||
// [Lane F R9 — Lane B tram] ?tram=1: one seeded tram looping the main-street spine, door-dwell at the
|
||
// bus shelters. Self-contained (2 draws); flag-off never constructs it (byte-identical). Non-blocking for v2.0.
|
||
const tram = flagOn('tram') ? createTram({ scene, plan, camera, lighting }) : null; // [R16 flip] default-on; ?tram=0 / ?classic=1 → off
|
||
// [Lane B R38 §1.4 — BACKYARD AUSTRALIA, the washing] The fence/hoist/aerial/tank ride buildings.js's
|
||
// existing boxMats InstancedMesh at +0 draws; only the cloth needs a mesh of its own. It is ONE
|
||
// TOWN-WIDE InstancedMesh (1 draw at any N, cap 256, spent proximity-first off the R37 chunk seam) —
|
||
// deliberately NOT per-chunk, which would have been +1 × up to 31 live chunks against 8 of margin.
|
||
// Costs exactly 0 on every real town (no house/yard lots ⇒ no hoists ⇒ no mesh) and at night (count 0).
|
||
const washing = (flagOn('washing') && flagOn('yards'))
|
||
? createWashing({ scene, plan, citySeed: plan.citySeed, chunks, camera, lighting }) : null;
|
||
// [Lane B R38 §1.3 — THE MAGPIE] One bird, one street, six weeks of the town's year. ONE town-wide
|
||
// InstancedMesh with count 0 or 1 ⇒ +1 draw while he is on screen and exactly 0 otherwise. Territory
|
||
// count scales with the road graph (one per 1.2 km of street), and only the nearest is instantiated,
|
||
// refreshed off ctx.onChunkBuilt — so bendigo_real's 188 km does not become a town with a magpie you
|
||
// never meet. `?magpie=1` forces the season open (the season is seeded per town); ?magpie=0 /
|
||
// ?classic=1 never construct it. The latch he sets is runtime-only: no localStorage, ever.
|
||
const magpie = flagOn('magpie')
|
||
? createMagpie({ scene, plan, citySeed: plan.citySeed, townKey: CHAR_TOWN, camera, chunks, lighting,
|
||
force: params.get('magpie') === '1' }) : null;
|
||
// [Lane F R12 — Lane B venue.js] the street side of the gig: E's poster skins at A's plan.posters (band name
|
||
// overprinted like a shop sign) + the lit pub frontage, whose marquee/sign glow F ramps from the gig state.
|
||
// Self-contained module; never constructed flags-off (byte-identical), like weather/tram.
|
||
const venuePresentation = gigState ? createVenuePresentation(plan, skins, scene) : null;
|
||
|
||
// [Lane F R13 — the outdoor queue] Lane D's VenueQueue, one per venue, wired from the street-side gig state
|
||
// (D shipped the class and left the street-side lifecycle to F — its documented seam). A seeded line forms at
|
||
// the frontage when the doors open, idle-shuffles + auto-drains each street frame, and is disposed by 'done'.
|
||
// B publishes the zone (venuePresentation.queueZoneFor); D's rig path is gate-protected (no giants) + a
|
||
// placeholder line under ?noassets. Built lazily per venue when its doors open; never touched flags-off.
|
||
const venueQueues = gigState ? new Map() : null; // venueShopId → VenueQueue
|
||
const queueCountOf = (id) => { const q = venueQueues && venueQueues.get(id); return q ? q.count() : 0; };
|
||
|
||
// [R32 §31.6-1 — THE CLUSTER-POSE SPAWN] The frozen pose (-96, 9, looking east) was tuned for the
|
||
// synthetic fixture; on real OSM towns it faced dirt and building-backs (the R31 playtest's #1).
|
||
// Non-classic boots now spawn at one END of the shop cluster's dominant axis, ON the footpath door-line
|
||
// (a point every shop already computes for patronage — known walkable), looking down the strip toward
|
||
// the cluster's heart. Deterministic (pure plan math, no draws — no stream moves), and ?classic=1
|
||
// keeps the frozen pose forever (the covenant is a POSE here, not just a plan).
|
||
let SPAWN = { x: -96, z: 9, yaw: -Math.PI / 2 };
|
||
if (!CLASSIC && plan.shops && plan.shops.length >= 2) {
|
||
// main-street shop doors only (block kind — both generators stamp it); every-door fallback
|
||
const msBlocks = new Set((plan.blocks || []).filter((b) => b.kind === 'mainstreet').map((b) => b.id));
|
||
const doorOf = (s) => {
|
||
const l = plan.lots.find((x) => x.id === s.lot); if (!l) return null;
|
||
const ry = l.ry || 0;
|
||
return { x: l.x - Math.sin(ry) * (l.d / 2 + 2.6), z: l.z - Math.cos(ry) * (l.d / 2 + 2.6), block: l.block };
|
||
};
|
||
let doors = plan.shops.map(doorOf).filter(Boolean);
|
||
const ms = doors.filter((d) => msBlocks.has(d.block));
|
||
if (ms.length >= 2) doors = ms;
|
||
if (doors.length >= 2) {
|
||
let cx = 0, cz = 0; for (const d of doors) { cx += d.x; cz += d.z; } cx /= doors.length; cz /= doors.length;
|
||
let vx = 0, vz = 0; for (const d of doors) { vx += (d.x - cx) ** 2; vz += (d.z - cz) ** 2; }
|
||
const ax = vx >= vz ? 'x' : 'z'; // the strip's dominant axis
|
||
let stand = doors[0], bd = Infinity; // stand at the door nearest the cluster's heart
|
||
for (const d of doors) { const dd = (d.x - cx) ** 2 + (d.z - cz) ** 2; if (dd < bd) { bd = dd; stand = d; } }
|
||
let lo = Infinity, hi = -Infinity;
|
||
for (const d of doors) { lo = Math.min(lo, d[ax]); hi = Math.max(hi, d[ax]); }
|
||
const dir = (hi - stand[ax] >= stand[ax] - lo) ? 1 : -1; // face the longer run of shopfronts
|
||
SPAWN = { x: stand.x, z: stand.z, yaw: ax === 'x' ? Math.atan2(-dir, 0) : Math.atan2(0, -dir) };
|
||
}
|
||
}
|
||
player.teleport(SPAWN.x, SPAWN.z, SPAWN.yaw);
|
||
chunks.warmup(player.position);
|
||
lighting.update(0.0001, player.position);
|
||
|
||
// ── mode state machine: map | street | interior ──
|
||
let MODE = 'street';
|
||
function setMode(m) {
|
||
MODE = m;
|
||
hud.setVisible(m === 'street');
|
||
minimap.setVisible(m === 'map');
|
||
keys.clear();
|
||
if (m === 'map') player.unlock(); // [Lane F] interior keeps first-person lock; street re-locks on click
|
||
}
|
||
|
||
// ── shop hours (Lane F §3.5) — Lane A ships hours:[open,close] as 24h ints + exactly one
|
||
// openLate:true landmark per town (always the video rental, closes ≥22). Current hour comes from
|
||
// lighting's 6-segment clock (getClock().hour is 'HH:MM'); at night only the openLate shop is open.
|
||
function currentHour() { const [h, m] = lighting.getClock().hour.split(':').map(Number); return h + (m || 0) / 60; }
|
||
function isOpen(shop) { return shop && shop.hours && currentHour() >= shop.hours[0] && currentHour() < shop.hours[1]; }
|
||
|
||
// ── door → interior hand-off (Lane B seam → Lane F bridge → Lane C buildInterior) ──
|
||
function enterShop(shopId, name) {
|
||
window.dispatchEvent(new CustomEvent('procity:enterShop', { detail: { shopId } }));
|
||
const shop = plan.shops.find((s) => s.id === shopId);
|
||
if (!shop) { hud.showToast(`🚪 ${name}`); return; }
|
||
// [Lane F §3.5] closed shops are locked; at night the openLate video shop is the one place still open
|
||
if (!isOpen(shop)) { hud.showToast(`🔒 ${name} — CLOSED · opens ${shop.hours[0]}:00`); return; }
|
||
// [Lane F R13 — cover charge, PER VENUE] John's ruling: free AND paid nights. A's `cover` is seeded per
|
||
// gig (~half 0). Paid → debit the R8 session wallet on the way in with a toast; too skint → a polite
|
||
// knockback and NO entry (the wallet stays honest); free → walk straight in. Re-entry the same night is
|
||
// free: the stamp lives in gigState, runtime only, so nothing persists and no plan/golden moves. THE
|
||
// DISTRICT: keyed by the venue being ENTERED (…Of(shopId)), so a night at two venues is two covers. Zero
|
||
// new UI — it rides the round-8 buy seam; the venue is a normal shop in every other respect.
|
||
if (gigState && gigState.openOf(shopId) && gigState.coverOf(shopId) > 0 && !gigState.paidOf(shopId)) {
|
||
const cover = gigState.coverOf(shopId), BAND = String(gigState.bandNameOf(shopId) || 'live').toUpperCase();
|
||
if (!wallet.canBuy(cover)) {
|
||
hud.showToast(`🚫 $${cover} cover — ${BAND} · you've got $${wallet.cash()}`);
|
||
return;
|
||
}
|
||
wallet.buy({ title: `cover — ${gigState.bandNameOf(shopId)}`, price: cover });
|
||
gigState.markPaidOf(shopId);
|
||
hud.showToast(`$${cover} cover — ${BAND}`);
|
||
}
|
||
// [Lane F integration] attach lot dims + open Lane C's interior, switch to interior mode
|
||
const lot = plan.lots.find((l) => l.id === shop.lot);
|
||
interiorMode.enter({ ...shop, lot: lot ? { w: lot.w, d: lot.d } : null }, name);
|
||
setMode('interior');
|
||
}
|
||
function leaveShop() { // [Lane F] dispose the interior + restore the player to the street door
|
||
interiorMode.exit();
|
||
setMode('street'); // pointer stayed locked while inside, so walking out resumes at once; Esc-exit re-locks on click
|
||
hud.showToast('🚪 back on the street');
|
||
}
|
||
window.addEventListener('procity:exitShop', () => { if (MODE === 'interior') leaveShop(); });
|
||
|
||
// ── input ──
|
||
const keys = new Set();
|
||
addEventListener('keydown', (e) => {
|
||
if (e.repeat) return;
|
||
keys.add(e.code);
|
||
if (e.code === 'BracketRight') lighting.stepSegment(1);
|
||
else if (e.code === 'BracketLeft') lighting.stepSegment(-1);
|
||
else if (e.code === 'KeyP') { if (MODE === 'street') takeShots(); } // [Lane F] street-only
|
||
else if (e.code === 'KeyM') { if (MODE !== 'interior') setMode(MODE === 'map' ? 'street' : 'map'); } // [Lane F] not while inside a shop
|
||
else if (e.code === 'KeyT') lighting.togglePaused();
|
||
});
|
||
addEventListener('keyup', (e) => keys.delete(e.code));
|
||
addEventListener('blur', () => keys.clear());
|
||
|
||
const startPanel = document.getElementById('pc-start');
|
||
document.getElementById('pc-startseed').textContent = `${plan.name} · seed ${plan.citySeed}`;
|
||
document.getElementById('pc-go').addEventListener('click', () => { startPanel.style.display = 'none'; player.lock(); });
|
||
player.controls.addEventListener('unlock', () => { keys.clear(); if (MODE === 'interior' && !interiorMode.digActive && !interiorMode.sellActive) leaveShop(); }); // [Lane F] Esc leaves the shop — but not when the unlock is us opening a dig (§F2) or the sell card (R30 §9.4)
|
||
// click the world to (re)grab the pointer when walking
|
||
canvas.addEventListener('click', () => { if (!player.isLocked && !interiorMode.digActive && !interiorMode.sellActive && (MODE === 'street' || MODE === 'interior')) player.lock(); }); // [Lane F §F2] re-lock for interior walk after closing a dig/sell card
|
||
|
||
addEventListener('resize', () => {
|
||
camera.aspect = innerWidth / innerHeight; camera.updateProjectionMatrix();
|
||
renderer.setSize(innerWidth, innerHeight);
|
||
composer.setSize(innerWidth, innerHeight);
|
||
});
|
||
|
||
// ── screenshot harness (P): three fixed cameras → PNG downloads into the browser ──
|
||
const SHOTS = [
|
||
{ name: 'main-street', pos: [-96, 1.7, 6], look: [0, 1.7, 6] },
|
||
{ name: 'plaza', pos: [0, 22, 40], look: [0, 0, 0] },
|
||
{ name: 'backstreets', pos: [3, 1.7, 30], look: [3, 1.7, 95] },
|
||
];
|
||
function takeShots() {
|
||
const savePos = camera.position.clone(), saveQuat = camera.quaternion.clone();
|
||
const wasMap = MODE; if (MODE !== 'street') setMode('street');
|
||
SHOTS.forEach((s, i) => {
|
||
camera.position.set(...s.pos); camera.lookAt(new THREE.Vector3(...s.look));
|
||
chunks.update(camera.position);
|
||
composer.render();
|
||
const a = document.createElement('a');
|
||
a.download = `procity-laneB-${String(i + 1).padStart(2, '0')}-${s.name}.png`;
|
||
a.href = canvas.toDataURL('image/png'); a.click();
|
||
});
|
||
camera.position.copy(savePos); camera.quaternion.copy(saveQuat);
|
||
if (wasMap !== 'street') setMode(wasMap); // restore the mode P was pressed in
|
||
hud.showToast('📸 3 shots saved to downloads');
|
||
}
|
||
|
||
// ── main loop ──
|
||
const clock = new THREE.Clock();
|
||
function frame() {
|
||
requestAnimationFrame(frame);
|
||
const dt = Math.min(clock.getDelta(), 0.05);
|
||
|
||
if (MODE === 'street') {
|
||
player.update(dt, player.isLocked ? keys : EMPTY);
|
||
chunks.update(player.position);
|
||
lighting.update(dt, player.position);
|
||
const clk = lighting.getClock();
|
||
citizens.setTimeOfDay((clk.seg + clk.frac) / 6); // [Lane F] 0..1 day fraction → density (busy midday, empty at night)
|
||
// [Lane F R13 — THE DISTRICT] Friday night, off the clock: tick EVERY venue's latch, ramp Lane B's
|
||
// per-venue marquee/sign glow off the byVenue map, and point Lane D's patronage surge at each venue whose
|
||
// doors are open — several concurrent gigs each pull their own block (setGig(id,false) ends one → normal
|
||
// day patronage there). Lane B's audio engine reads window.PROCITY.gigs.byVenue on its own rAF for the
|
||
// per-genre muffled spill.
|
||
if (gigState) {
|
||
gigState.update(); // tick all latches
|
||
if (venuePresentation) venuePresentation.update(gigState.byVenue); // per-venue frontage/spill
|
||
for (const id of gigState.venueShopIds) {
|
||
const open = gigState.openOf(id);
|
||
citizens.setGig(id, open); // concurrent patronage surges
|
||
if (venueQueues) { // the outdoor line: forms while the doors are open, drains + disposes by 'done'
|
||
let q = venueQueues.get(id);
|
||
if (open && !q) {
|
||
q = new VenueQueue({ citySeed: plan.citySeed, fleet });
|
||
q.spawn(scene, { queueZone: venuePresentation && venuePresentation.queueZoneFor(id),
|
||
gigId: (gigState.gigOf(id) || {}).gigId | 0,
|
||
// [R15] identity continuity: relay each queue admit → D's tonight roster, so the
|
||
// punter who queued turns up in the interior crowd (clear is automatic at setGig(id,false)).
|
||
onAdmit: (entry) => citizens.recordVenueEntry(id, entry) });
|
||
venueQueues.set(id, q);
|
||
} else if (!open && q) { q.disposeAll(); venueQueues.delete(id); }
|
||
if (q) q.update(dt);
|
||
}
|
||
}
|
||
}
|
||
// [Lane F R4] no setExposure call: D3 (a5e4b64) made the impostor toneMapped:true, so three /
|
||
// OutputPass tone-map it globally via renderer.toneMappingExposure — the passthrough is now a no-op.
|
||
if (weather) weather.update(dt); // [Lane F R8] Lane B rain particles + wet ground
|
||
if (tram) tram.update(dt); // [Lane F R9] Lane B tram loop
|
||
if (washing) washing.update(dt); // [Lane B R38 §1.4] event-driven refill; early-outs most frames
|
||
if (magpie) magpie.update(dt); // [Lane B R38 §1.3] the swoop (pure fn of the launch record)
|
||
citizens.setWeather(weatherState); // [Lane F R8] Lane D rain reaction (thin + shelter)
|
||
citizens.update(dt); // [Lane F] reads camera pos internally for LOD tiers
|
||
hud.tickToast(dt);
|
||
hud.update(dt, { clock: clk, chunks: chunks.count }); // reads prev frame's total
|
||
renderer.info.reset(); // zero the counters, then let the composer's passes accumulate this frame
|
||
composer.render();
|
||
} else if (MODE === 'interior') {
|
||
hud.tickGame(); // [R32 §31.6-2] the crate/day/cash surface lives in shops too (yields to the cards)
|
||
if (interiorMode.update(dt, player.isLocked ? keys : EMPTY)) leaveShop(); // [Lane F] walk to the door → back to street
|
||
} else if (MODE === 'map') {
|
||
hud.tickGame(); // [R32] map mode: the same check hides the surface (the map owns the screen)
|
||
camera.getWorldDirection(_fwd);
|
||
minimap.draw(player.position, { x: _fwd.x, z: _fwd.z });
|
||
}
|
||
}
|
||
const EMPTY = new Set();
|
||
const _fwd = new THREE.Vector3();
|
||
frame();
|
||
|
||
// expose for debugging / Lane F
|
||
window.PROCITY = { plan, scene, camera, renderer, chunks, lighting, player, skins,
|
||
interiorMode, citizens, enterShop, leaveShop, isOpen, currentHour, fleet, noassets: NOASSETS,
|
||
townKey: CHAR_TOWN, // [Lane B R38 §1.2] the ?town= key (the plan deliberately doesn't carry it)
|
||
character, // [Lane B R38 §1.2] ground palette + sky bias + §1.1 ambience mix; frozen literals when null
|
||
weather: weatherState, // [Lane F R8] Lane B contract: {state,intensity}, {clear,0} when off (Lane D reads this)
|
||
wallet, // [Lane F R8] Lane C buy loop v0 (cash/buy/sell/count) — game-backed facade when the game is on
|
||
game, // [Lane F R30] THE GAME (LANE_F_NOTES §30 contract) — NULL under ?classic=1 / ?game=0
|
||
gigs: gigState, // [Lane F R12] the gig state machine — NULL flags-off (Lane B's audio tests this to
|
||
// decide there's no gig layer at all). `.state` is a live getter: quiet|doors|on|done
|
||
venuePresentation, // [Lane F R12] Lane B frontage + posters (null flags-off)
|
||
venueQueues, queueCountOf, // [Lane F R13] Lane D outdoor queue per venue + count accessor (F's smoke reads it)
|
||
washing, // [Lane B R38 §1.4] the town-wide washing layer (null flags-off / classic) — `.state`
|
||
magpie, // [Lane B R38 §1.3] the magpie (null flags-off / classic) — `.state`, `.swoopPos` (pure)
|
||
tram, // [Lane F R21] Lane B's tram — `.routeInfo` carries the R20 shop-adjacency verdict
|
||
// ({fenced, reason, shopsFronted}) + `.stops`; B built it FOR F's smoke. Null flags-off.
|
||
// [Lane F R16 — THE FLIP] the flag-intent surface: what SHOULD be on this boot (the gates verify intent vs
|
||
// reality). Default boot = all four flipped flags true; ?classic=1 = all false + classic true; each `=0` opts out.
|
||
flags: { classic: CLASSIC, gigs: GIGS_ON, weather: flagOn('weather'), winmap: flagOn('winmap'), tram: flagOn('tram'),
|
||
game: GAME_ON, // [R30] the v7 game layer (default-on; ?game=0 / ?classic=1 → off)
|
||
dig: DIG_ON, // [R31] the dig flip (default-on; ?dig=0 / ?classic=1 → off) — gate reads intent here
|
||
// [R38 wave 1] yards is read by buildings.js (?yards=0 reverts the pre-R38 house/yard geometry);
|
||
// washing/magpie are shell-constructed; ambient is the §1.1 audio layer (read by audio.js).
|
||
yards: flagOn('yards'), washing: flagOn('washing') && flagOn('yards'),
|
||
magpie: flagOn('magpie'), ambient: flagOn('ambient'), verge: ground.verge },
|
||
THREE, get mode() { return MODE; } }; // [Lane F] bridge + drive hooks
|
||
// [Lane B R11 audio] street WebAudio engine — self-unlocking on the first gesture; silent with
|
||
// zero/blocked assets or ?mute=1; ?noassets=1 ⇒ no audio fetches. Exposes window.PROCITY.audio so
|
||
// Lane F can play interior beds through it (playInterior/stopInterior via Lane C's room.audio).
|
||
import('./js/world/audio.js')
|
||
.then((m) => { window.PROCITY.audio = m.createAudioEngine(window.PROCITY, { noassets: NOASSETS }); })
|
||
.catch((e) => console.warn('[procity] audio engine load failed:', e));
|
||
|
||
// [Lane B] QA debug harness (window.DBG) — loaded only with ?dbg=1 (LANE_F_NOTES §4). Logic lives
|
||
// in js/world/dbg.js; the shell just hands it the systems it owns so shots.py/soak.py can drive it.
|
||
if (params.get('dbg')) {
|
||
import('./js/world/dbg.js')
|
||
.then((m) => m.installDBG({ plan, camera, renderer, composer, chunks, lighting, player, hud,
|
||
setMode, getMode: () => MODE, enterShop, interiorMode })) // [R24] interiorMode → DBG.stockInfo()
|
||
.catch((e) => console.warn('[procity] DBG harness load failed:', e));
|
||
}
|
||
} // end main()
|
||
</script>
|
||
</body>
|
||
</html>
|