Go to file
m3ultra 2a923b61e6 Lane B round-5 (v2): parallax interior-mapping window glass behind ?winmap=1
The Vuntra window trick — a passing pedestrian sees a plausible room through the shop glass with real
parallax, no geometry. One shared ShaderMaterial does single-cube interior mapping on the existing
window mesh (back wall + seeded shelves + side walls + floor/ceiling); per-shop variation via
aTangent/aTint/aSeed attributes, still 1 window draw/chunk. §3.5 held via the shared uHour/uNight +
aHours: night → open room glows warm, closed room dark.

v2 prime law: WINMAP is read from the URL in buildings.js (self-contained — no index.html seam; F
just needs a flags-table row). Flag-OFF byte-identical to v1 (windowQuad → v1 hoursQuad, v1
windowMaterial). Proven: flag-off windows MeshStandardMaterial w/ no winmap attrs; flag-on interior
ShaderMaterial; worst view 122-168 draws (<=300); 100% procedural (0 fetch delta vs ?noassets
baseline); 0 console errors; GOLDEN.hash untouched. Screenshots in docs/shots/laneB/winmap_*.

qa.sh --strict GREEN (4/4).

Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
2026-07-14 21:00:57 +10:00
docs Lane B round-5 (v2): parallax interior-mapping window glass behind ?winmap=1 2026-07-14 21:00:57 +10:00
pipeline Lane E round 5 (E1): bake 6 hero props to <=8k tris (288k->48k), live on depot 2026-07-14 20:56:07 +10:00
priorwork Fable (integrator): round-3 lane instructions + archive round-1 lane prompts 2026-07-14 14:30:36 +10:00
tools Lane F R4 finalize: gate table all-6-green + v1 tour shots + interior-shot fix 2026-07-14 20:22:23 +10:00
web Lane B round-5 (v2): parallax interior-mapping window glass behind ?winmap=1 2026-07-14 21:00:57 +10:00
.gitignore Lane E round 5 (E1): bake 6 hero props to <=8k tris (288k->48k), live on depot 2026-07-14 20:56:07 +10:00
B-progress.md Lane B round-5 (v2): parallax interior-mapping window glass behind ?winmap=1 2026-07-14 21:00:57 +10:00
C-progress.md Lane C R5 C1: v1.1 re-map — record_crate (fixed) + counter_till 2026-07-14 20:56:00 +10:00
D-progress.md Lane D round-4: in-shell verify (D1) + decimated-ped validation (D2) + impostor tone-map fix (D3) 2026-07-14 18:56:28 +10:00
E-progress.md Lane E round 5 (E1): bake 6 hero props to <=8k tris (288k->48k), live on depot 2026-07-14 20:56:07 +10:00
F-progress.md Lane F R5 start: archive R3/R4 instruction claims + v2 flags table + v1.1 watch 2026-07-14 20:48:19 +10:00
README.md PROCITY scaffold: spec, research, 6 Opus lane prompts, core modules, vendored three r175, 69 inherited skins 2026-07-14 10:46:40 +10:00

PROCITY

A standalone, procedurally generated, fully walkable 90s-Australian shopping town — every building enterable (the Vuntra City trick), every interior seeded and themed: record stores, op shops, toy shops, book barns, video rental, pawnbrokers, milk bars, market stalls. Built on the proven house stack (three.js r175 vendored, plain JS, no build step) and the asset DNA of 90sDJsim + thriftgod. v1 is the system; the GODVERSE/BaseGod real-item content plugs in later.

Run

cd web && python3 -m http.server 8130
# http://localhost:8130            (game shell — Lane B)
# http://localhost:8130/map.html   (2D plan debugger — Lane A)

Read first

  • docs/CITY_SPEC.md — the treaty: schema, units, seeds, budgets, file ownership.
  • docs/RESEARCH.md — what the parent repos already solved, with exact paths to port from.

The lanes (parallel Opus 4.8 sessions)

Each lane is a self-contained prompt. To run one, start an Opus session in this repo and say: "Read docs/LANES/LANE_X_….md and execute it." AE are parallel-safe (disjoint files, standalone test pages); F integrates after they land.

lane mission owns
A — CITYGEN seed → CityPlan data (streets, blocks, lots, shops) + 2D map js/citygen, js/core/registry.js, map.html
B — STREETSCAPE chunk-streamed instanced 3D town + game shell index.html, js/world
C — INTERIORS every door opens: seeded themed shop interiors js/interiors, interior_test.html
D — CITIZENS rigged-near / impostor-far NPCs + shopkeepers js/citizens, citizens_test.html, models/
E — ASSETS audit ultra's library, normalize GLBs, skins, manifest pipeline/, assets/
F — INTEGRATION wire AE into one seed-to-town game + QA gates (after AE)

Already in the repo

  • web/vendor/ — three.js r175 + addons (vendored from 90sDJsim; no CDN at runtime).
  • web/assets/gen/ — 69 generated texture skins (25 shopfront facades, 10 skies, 10 grounds, 8 wallpapers, 16 interior surfaces) inherited from thriftgod + 90sDJsim, style-locked.
  • web/js/core/ — frozen shared modules: prng.js (seeded-everything law), loaders.js (fail-soft promise-cached GLB/texture + 3GOD depot), canvas.js (text planes).

House laws (short form — CITY_SPEC has the fine print)

Seeded everything, Math.random banned in gen code · the game must run with zero assets · instancing from day one · canvas text, no font files · characters = shared base rigs + one clip bank, canonical sources live outside this repo · 🟢 web-ok licensing only.