57973e0540
148 Commits
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m3ultra
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57973e0540 |
Lane F R23 (v5.0-alpha): the alpha gate — HELD. The crate is real; it has no street.
v5.0-alpha is NOT tagged. #7a is not a gate that failed, it's a gate that cannot be run:
G's 120 real records are in the tree and byte-identically re-bakeable, and nothing in the
game can reach them. R18's law — release rounds don't ship known breaches.
GREEN (everything except the crate): qa.sh --strict --matrix 7 passed / 0 failed / 0 warn ·
MATRIX GREEN 10 towns x 7 gates · selfcheck 152,015/152,015 (was 161,300, E retired
toowoomba) · flags harness green, so ?classic=1 still holds through the merge · tier 0
?noassets zero fetches + zero console errors (the offline law holds) · tier 1 (v2
town-wide) resolves. Tier 1 (v5, per-shop) is NEVER FETCHED.
FINDING 1 — the atlas contract contradicts itself. LANE_C_PUB:271 publishes
stock_shop_<id>_index.json; C's own loader (stockpack.js:25) fetches
${base}stock_${type}_index.json. Incompatible. G built runtime-compatible (which is why
C's base-override check passed); E built contract-compatible (which is why E's validator
can't see it). Nobody was wrong — the contract was. F recommends amending to G's shape:
it's the only one the runtime can load, and it costs G nothing.
FINDING 2 — the gate built to catch that was blind and green. validate_atlas.py globs a
filename that can't exist at runtime, finds nothing, and returns 0 ("No atlases yet =>
clean pass"), which validate_manifest.py:158 propagates. It conflates "no atlases exist"
with "no atlases matched my glob" — the first is a clean pass, the second is the exact
failure it was written to catch. Pointed at G's index by hand, deeper drift surfaced:
E's line 68 reads provenance top-level while E's own docstring says nested (where G put
it), licence vs license, and a ceiling stale by one round.
FINDING 3 — #7a would have passed vacuously. Walked into The Vintage Record (real shop,
real road) via DBG.enterShop: the crates filled with real covers — from E's 350-item
town-wide v2 pack, not the crate. Zero requests to stock_godverse/, ever. Eyeballed as
written, the gate goes green and proves nothing. Two vacuous gates in one round, same
species: both test the presence of a thing rather than the identity of it.
R24 — three gaps, none F-only: A+G land a godverse_id (verified live: every godverse shop
reports null; the schema has no such field) -> E builds redhill_real (one Overpass fetch,
E's file, outward-facing — not F's to invent) -> C keys the pack cache by type+base
(today a hit returns before base is read, so two stocked shops collide and fail-soft
breaks) -> F passes the per-shop base and re-gates. F deliberately did not build its half:
untestable with no street and no identity field. Filed, not guessed.
Also: A's spacing warn earned on day one — ballarat now warns at 255 m, so the thin tail
has a second member. The README v5 teaser is held with the tag; they're one claim.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
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m3ultra
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d2eb9df03f |
Lane C R23 (v5.0-alpha): the first real crate verified in the room (ledger #3)
Verified G's stock_godverse/3962749/ (120 real records, Monster Robot Party crate 550, 2 x 2048^2, cell 256) in a fresh context — deliberately BEFORE the merge, so a contract failure would block it. It didn't. PASS — the contract holds; G re-emits nothing: - Resolves through the existing stockAdapter path via a base override (no C code change for the single-shop alpha). 120 items / 2 atlases / 8-of-8 stock meshes atlas-backed (real covers: peperecordings, DEEPCHILD, "39", mff FREAKS...). - Ceilings hold: 118 draws with real covers (<=350 law), pathOK, 0 carves. - Fail-soft holds (clean cache): missing atlas -> null -> parody (20 meshes, 110 draws); no adapter (?noassets shape) -> parody, zero fetch. 0 console errors. - G's index compliant: items[] sorted by id (my determinism ask honoured), provenance, uv in [0,1], 2 atlases = exactly the cap, cell_w/h harmless (C reads uv, never cell). CORRECTED MY OWN CEILING (LANE_C_PUB §7.2): I wrote "<=8 MB decoded" from an assumed ~16-item "typical shop". A real record shop is 120 records => 2 x 2048^2 ~= 32 MB, 4x my number. The structural rules held (<=2 atlases; 2048^2 for 60+ items — G landed on the cap); only the MB figure was wrong, because it described a shop that doesn't exist. New: <=2 atlases @<=2048^2, LRU = 1 shop's atlas set resident => <=32 MB peak (bounded; vs E's 181 MB unbounded today). Do NOT shrink the cell below 256 to save VRAM — the dig renders covers close up. G's ask #1 CONFIRMED and worse than reported (LANE_C_PUB §8 — C's spec, C's fix): stockpack keys _packs/_resolved by type alone, so base is ignored on a cache hit (measured: the 2nd preload returned the identical object). (1) two stocked shops collide; (2) it BREAKS FAIL-SOFT — an unstocked shop of a cached type inherits that crate instead of parody. Seam: key by type+base, per-shop preload on entry, LRU=1 + dispose; C consumes whatever identity field lands, C does not invent it. Two gaps block F's #7a, neither C's: the crate has no street (redhill_real absent; monsterrobot not in any shops[] — G's ask #2 to E/Fable), and interior_mode.js:192 pins base to assets/models/ (needs §8 + the identity field). Committed from a temp git worktree on main — the shared checkout stayed on lane-G-godverse (Fable's review) and G's branch keeps its disjoint namespace. Docs-only. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
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84e0a1b764 |
Lane E R23 (v5.0-alpha): the atlas validator + toowoomba retired (ledger #4)
1. validate_atlas (the G2a format gate). pipeline/validate_atlas.py, wired into validate_manifest so it
runs in qa gate 3. Judges Lane G's tier-1 atlases from the COMMITTED FILES ALONE -- no dealgod DB, no
network. No atlases yet => clean pass, so it's in place before G's lands. Enforces: provenance
{license, attribution, generator, snapshot} (charter law #3 + determinism); NO private-individual item
fields (law #3); 1 atlas/shop hard cap 2 (C §7.1); <=1024², 2048² only for a 60+ item shop (C §7.2);
declared atlas_px == the atlas's REAL pixels + every listed atlas exists; schema/UV/bands/dup-ids
(C §7.3). The licence string is PRINTED, not pattern-matched -- clearing photos for public release is
a human call, so the gate surfaces it. Dependency-free PNG/WebP header parser. Tested against a
10-case matrix (real 2048² WebP + 1024² PNG): good passes clean, all 9 violations caught.
2. toowoomba RETIRED (my call, counted). Tried the re-bbox FIRST: 3.0km CBD-wide -> 1.6km on the Ruthven
St heart. It fixed the named metric (median NN 395.7 -> 89.4m raw, 'passes') but made the real thing
WORSE: hub density 3/12 -> 2/12 within 160m, the pack's worst (D's alive-darwin is 7/12). Its shops
are PAIRS strung along a road, not a high street; densest 300m cluster is 3 shops (< MIN_TOWN_SHOPS),
so no tighter box exists. Shipping it would have gamed the number while leaving a town nobody shops in
(D: 0 finds / 1417 checks). Config entry kept commented with the rationale. Pack: 21 real + 1 godverse
= 22 rostered, 1180 shops, all 8 states/territories (QLD keeps westend). selfcheck ALL GREEN 152015.
-> Lane A, before you freeze the spacing warn (#5): (a) your validator sees the CACHE (raw lat/lon) but
D's numbers are SEATED (post-lift) -- darwin is 27m seated vs 68.3m RAW, so a threshold picked off D's
table would FALSE-WARN darwin; calibrate on the raw spread (daylesford 11.6 ... braddon 119.2,
ballarat 254.6 -- a ~200m line has daylight). (b) median NN alone is GAMEABLE: my re-bbox improved it
4.4x while the town got worse -- the hub fraction is the discriminator, and my raw hub metric
reproduces D's darwin exactly (7/12), so it's directly encodable (alive ~38-75%, dead <=20%).
(c) ballarat is a SECOND spread town D's two-town comparison missed (NN 254.6m, hub 4/20 = 20%) -- it
will trip your warn, correctly. Not retired: the ledger named toowoomba only.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
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m3ultra
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47f05ecaa8 |
Lane D R23 (v5.0-alpha): the GIG_RANGE chunk-neighbour fix — scoped to the gig path (ledger #6)
My carried v4.x finding, fixed post-release as scheduled. Runtime-only: no plan, no
golden, no flag, no fetch. selfcheck ALL GREEN 161300/161300, 0x3fa36874 frozen.
THE FINDING GREW WHILE IT WAITED: filed at 8.7% (measured at katoomba's isolated pub);
A's R21 cluster bias made it WORSE — venues now sit inside the retail cluster where peds
converge from every side, so 42.6% of in-gig-range peds (5094/11971) were chunk-blind.
THE OVERRIDE (measurement wins): the brief asked for "extend to chunk + 8 neighbours"
AND "byte-identical flags-off". I built the literal version and measured that those
cannot both hold: on the synthetic town (what ?classic=1 boots, gig layer absent) a full
3x3 scan sourced 127 of 855 finds (14.9%) from neighbour chunks — finds v2 never made.
The frozen v2 crowd would shop ~15% more. Covenant breach, in a clause of the same brief.
So the fix is scoped to the GIG path — which is what I actually filed:
- ordinary shops: own chunk only (v2 semantics, frozen — noticed from its own block)
- gig venues: the full 34m radius, honest across chunk edges ("follow the sound" is the
whole reason GIG_RANGE 34 > PATRON_RANGE 18)
- no gig on -> _gigVenues empty -> neighbour loop skipped entirely -> ?classic and every
flags-off boot take the IDENTICAL code path and cost to v2. Byte-identical BY
CONSTRUCTION, not by measurement luck.
Both ranges < CHUNK(64) so 3x3 is exact, not approximate; fixed dz/dx order keeps ties
deterministic as the old single-list scan was.
BEFORE -> AFTER: cross-chunk in-range peds seeing the gig 0% (structural: v2 scanned only
the ped's own chunk) -> 100% (katoomba 4/4, fitzroy 11/11). Same-chunk unchanged 100%.
Classic neighbour-sourced finds: 0 (127 under the rejected full scan). Determinism
identical. 0 NaN on katoomba/fitzroy/synthetic. Sim 0.056 -> 0.057 ms/frame (+2%, i.e.
0.006% of a 16.7ms budget); lookup 0.58us unchanged with no gig, 1.3-2.7us with a gig on
(fires per PATRON_STRIDE, not per frame). Fitzroy clean at 376 peds.
CARRIED, documented: PATRON_RANGE keeps v2's own chunk-blindness — fixing it costs the
classic covenant, and the covenant wins. A frozen v2 quirk now, not an oversight.
Known minor: a scheduled-but-closed gig still runs the loop for nothing (0.58->1.3us).
D->F: no blocker for v5.0-alpha; classic untouched by construction.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
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m3ultra
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292b07aa91 |
Lane A round 23 (v5.0-alpha): the spacing warn — D's thin-tail finding as law (ledger #5)
validateTownCache now warns when medianShopSpacing(cache) > MAX_MEDIAN_SPACING_M (150 m). Metric + threshold exported from the barrel so no lane re-derives them. WARN, NEVER ERROR: a flagged cache still boots a valid district (toowoomba shipped green through the entire v4.0 pack) — E curates, A flags. selfcheck ALL GREEN 161,372/161,372 (+72); synthetic 0x3fa36874 frozen; NO golden moved (only E's toowoomba re-bbox may move one this round, per the round's law). THE THRESHOLD IS MEASURED, NOT PICKED. The brief offered darwin 27 m / toowoomba 388 m as "plenty of daylight for a line" — but that's 2 points. Measuring all 23 towns shows a near-continuum, and the line is FORCED into (119.3, 254.9]: braddon at 119.3 m is ALIVE by D's own hub test (7 shops within 160 m, identical to darwin's 7), ballarat at 254.9 m is not. 150 m sits in the pack's widest gap (x2.14), with 1.26x margin below and 1.70x above. Flags 2 of 23. TWO TOWNS FLAG, NOT ONE. The brief names only toowoomba (D spot-checked the two 12-shop towns). The measurement adds BALLARAT at 255 m — nobody has looked at it, and it's independently one of the three towns my R22 graded cluster fallback fired on (no venue candidate at the >=3-shops/160 m floor). Two signals agree. Filed for E as a curation call, counted either way. THE BRIEF'S ANCHORS WERE IN THE WRONG SPACE, AND IT MATTERS. D's 27 m is PLAN space (post-lift metres); validateTownCache is CACHE space (raw lat/lon — the only thing that exists at ingest, and the layer where a bad bbox must be caught). Darwin is 68.3 m in cache space, not 27. Interpolating a threshold between D's figures would have silently mixed spaces. I verified the hypothesis before trusting it: computing the metric plan-side reproduces D's numbers exactly (darwin 27.2 vs 27, toowoomba 386.8 vs 388, hubs 7 and 3). Cache space is correct HERE and provably safe: the lift marches shops at a regularised cadence, so it COMPRESSES dense towns (darwin plan/cache 0.40) but not sparse ones (toowoomba 0.98, ballarat 1.01) -- the error lives at the dense end, the warn only fires at the sparse end. Verified all 23 towns in both spaces: exactly ONE disagrees, newtown_godverse (94.4 cache passes / 158.3 plan would warn). Filed for G/Fable, NOT acted on: no cache-space line catches it without false-positiving braddon, and godverse is a census subset (18 thriftgod shops over the footprint that carries 72 OSM shops) so its sparsity is coverage, not a bad bbox — re-bboxing, the warn's only remedy, cannot fix it. Worth knowing since R23 stocks the real crate in that town and the beta asks "fitzroy_godverse if the census is dense there". Also fixed en route: the R17 silent-fallback trap bit again in my own scratch harness — an unregistered town key resolves to the melbourne fixture rather than erroring, so five towns silently measured identical. Registered the caches; noting it because it has now cost two rounds. Coverage: sparse cache warns + still boots (structural + district suites on a flagged town), compact cache does NOT warn (no false positive), metric edge cases (< 2 shops -> null, coincident -> 0, no throw on empty), and an exact-value check (a 100 m pair measures 100 m, projection sane). Cost: ~1 ms/town at registration (25.6 ms for all 23 incl. fitzroy's 160 shops) vs a <100 ms plan budget. E -> use the warn as your acceptance test for #4: re-bbox, re-run, warn goes silent = the town has a high street. If your fix moves toowoomba's or ballarat's cache, ping me — goldens are mine to re-pin, and only what you move. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
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f14e4d1974 |
Fable (integrator): v5 THE REAL SHOP charter + round-23 instructions — v5.0-alpha THE FIRST REAL CRATE
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> |
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m3ultra
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8ac3b18b36 |
Lane F R22 (v4.0 — THE EPOCH CLOSE): the re-measure, the selector, the release tour, the tag
The blocking gate is CLOSED, and the epoch closes green. - #1b THE BLOCKING RE-MEASURE: F's R21 re-measure made the tri diet blocking; B diagnosed layer-by-layer, the driver traced A -> E (A's own commit: "B's numbers say the fix is E's"), E fixed it, F re-measured: katoomba venue_night 221,935 (+11%) -> 108,365 (-51%); bendigo 201k -> 124,682; fremantle -> 88,397. Worst 124,682 — the 200k stress edge is closed. The measure-first loop worked end to end. - #3 DBG.enterShop(selector) (Lane G's ask): id · registry type · exact name · name substring, resolved most-specific-first so an id-shaped string can't be shadowed. One-liner QA on any of 23 towns. - #4 The release tour -> docs/shots/release_v4/: the Fremantle hero · the Fitzroy mecca · the Toowoomba thin tail · the synthetic control · the ?classic=1 covenant. Every real-town frame poses through F's R21 cluster primitive; B's R22 bookmarks anchor on the same retail heart, so tour and bookmarks agree by construction. HUD hidden throughout (F's R21 ruling corollary). The primitive earned itself twice: the first cut posed via street_noon and the MECCA CAME OUT AS BARE BITUMEN — the same trap as R21. Re-posed through the cluster, Fitzroy reads. - HONEST FINDING (filed v4.x): the brief asked for the thin tail as "proof the floor holds". It does not, and the frame says so — Toowoomba reads as an empty road. The floor is a RATIO, not a count: 0.008 shops/edge vs the heroes' 0.06-0.08. Shipped labelled honestly rather than swapped for a flattering town. - #6 Docs: README v4 section (the towns ARE the product), LANE_F_NOTES §22, F-progress. qa.sh --strict --matrix GREEN 7/7; MATRIX GREEN — 10 towns × 7 gates (the budget gate green everywhere for the first time); selfcheck 161,300/161,300 (A's 36 goldens + the 23-town pack). Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
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b0e4ce103e |
Lane C R22 (v4.0): 23-town door-soak (#5) + the G2a atlas contract (#3)
Wave 3 — ran after A pinned the 36 goldens ( |
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m3ultra
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15ff53685f |
Lane D R22 (v4.0): citizens at pack scale — fitzroy stress PASS + the thin-tail clustering finding (ledger #5)
Against A's pack absorb (
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m3ultra
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d81e499194 |
Lane E R22 (v4.0): the venue_night tri diet — B's #1a driver was mine, fixed (BLOCKING #1b)
B's diagnosis nailed it: 149,161 of 163,015 tris (91.5%) at katoomba venue_night were four of my GLB street props. Buildings 348, posters 222 (A's cap worked, never the lever), pools 0. B's sharpest point: it is NOT the density widening -- road density drives the bench/bin/shelter cadence (~100 props on a 966-edge real graph). Fix (collapse-decimate via the R13 instrument tool; originals kept as _hi): bench 1942 -> 500 rendered 60,202 -> 15,500 bus_shelter 7998 -> 2500 rendered 55,986 -> 17,500 bin 3000 -> 800 rendered 18,000 -> 4,800 food_cart 4991 -> 1000 rendered 14,973 -> 3,000 furniture total 149,161 -> 40,800 (-108,361) Projected view ~54.7k (B's 163,015 baseline) / ~113.6k (vs F's 221,935) -- PASSES the 200k gate either way with 86-145k spare. F: these are projections off B's per-instance attribution; yours is the real measure. -> F: RE-MEASURE. Eyeballed every prop; two needed re-cutting: bus_shelter @1000 shredded (thin roof plate on a voxel-remeshed shell) -> @2500 clean; bin @400 creased -> @800 clean. food_cart's black base slab is in the SOURCE model (confirmed against the pre-diet thumb from git), not a decimation artifact. Zero blast radius: dims/footprints/heights identical -> manifest.json byte-identical -> B's placement and A's goldens untouched. Published 4 diet + 4 _hi archives to the depot (John re-authorized explicitly; GLBs are git-ignored so the depot IS the archive). -> Lane B (your 2nd note, cause found, NOT fixed by design): the MeshPhysicalMaterial on bench+food_cart is KHR_materials_specular in the glTF, and it survives a Blender re-export. Fix = neutralise specular pre-export. Deliberately deferred to v4.x: the gate is tris (cleared), and changing shipped shading in a release round without a visual re-verify is risk for no gate benefit. Same list: food_cart is 3.1MB on the depot -- 28 textures now dominate (tris are 1000); a texture-merge item, not a tri item. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
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d485b18ecc |
Lane A round 22: close the tri-diet loop — B's numbers say the fix is E's, not A's (ledger #1)
Docs-only handshake close; no code, no goldens. Filed so F isn't waiting on A for the re-measure. My R22 notes left ledger #1's ownership open on purpose: "if B's layer-by-layer names plan geometry (lot or poster counts) as the venue_night driver, I own the fix and will take it." B's diagnosis ( |
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m3ultra
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af8a6db020 |
Lane B round 22 (v4.0): #3 per-town bookmarks — anchor on the retail heart (Lane G's filed bug) + F's primitive
ROOT CAUSE: every "nearest" resolver in dbg.js sorted by distance from the WORLD ORIGIN. That's the town centre only on a synthetic plan -- a real OSM town is projected about its cache's bbox centre while its shops cluster hundreds of metres away, so bookmarks teleported into arbitrary far-flung geometry, exactly as G reported. Measured origin-pick distance from the retail heart: katoomba 408m, newtown 626m, fremantle 371m. FIX: resolve bookmarks about the town's DENSEST SHOP CLUSTER (grid-bin shop lots at 120m; heaviest bin's centroid = the retail heart) instead of the origin -- byDist, lotsByDist, streetViewPose, stopPose, and crossroadsPose's tie-break. GATED on the REAL-ROADS signal (edges > 200) -- the same primitive as the R20 tram fence -- so synthetic and the marched fixtures keep their exact origin-centred behaviour and F's release-tour control shot cannot move. The gate is load-bearing, not cosmetic: synthetic's anchor is only 117m out but it DOES re-pick (Anglibarn Op Shop -> Dusty Pages), so an unconditional switch would have silently moved the control. Same reason the new crossroadsPose tie-break is gated (a degree tie would otherwise resolve differently on synthetic). Verified across the town set: synthetic(22 edges)/melbourne(15)/katoomba-fixture(15)/silverton(1) -> origin, UNCHANGED; newtown_godverse(1626) -> anchor(98,-629); katoomba_real(993) -> anchor(-227,-625). G's own town is fixed. Result on katoomba: shopfront bookmarks went from ~408m adrift to <=42m of the retail heart (arcade 7m, milkbar_dusk/patronage_door/shopfront_detail 24m, market_square 26m, dig_real 42m); strip views ~195m on the high street; venue_night/queue_night ~345m (A's venue placement, not the bookmark). All 19 resolve, 0 errors; synthetic 19/19 unchanged. warehouse_fringe sits 3,074m out -- correct by design (it's the far:true fringe shot; on a 5km town the fringe genuinely is 3km away). -> F (ledger #4, the shared posing primitive): published on the harness as DBG.townAnchor {x,z,n,anchored,ref} (the retail heart + whether it's in use) and DBG.clusterPose(kinds) (stand on the road at the densest cluster, look along it). Your cluster-pose finding as a dbg.js-consumable -- the tour and the bookmarks now resolve through the SAME primitive, so a tour shot and its bookmark can't drift apart. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
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3face97046 |
Lane A round 22: absorb the town pack — 23 towns, 36 goldens pinned in one commit (v4.0, ledger #2)
E's 17 new towns + Lane G's newtown_godverse fed through the lift. ONE batched golden commit as briefed: REAL_TOWN_GOLDENS + REAL_TOWN_GIG_GOLDENS go 5 -> 23 towns each, zero unpinned. THE HEADLINE: everything built this epoch held at 23-town scale, FIRST TRY. 1,210 shops -> 1,133 seated (77 dropped, 6.4%, all counted by cause); 1 CONNECTED COMPONENT and 3 VENUES on every one of the 23 towns. fitzroy — 160 shops, 2x anything absorbed before — landed 139 seated, 1 component, 3 venues, 212 posters, all invariants green. The junction-protected DP, fragmentation ruling, cluster bias, poster cap and capacity fence needed NO new hardening: the pack needed absorbing, not fixing. - Graded cluster fallback (the one refinement). Three towns have no candidate at the floor at all (ballarat/toowoomba/newtown_godverse top out at 2 shops within 160m); R21's bias switched off entirely there, stranding venues at 0. It now falls back to the DENSEST AVAILABLE — ballarat 0,2,0 -> 2,2,2, godverse 0,1,1 -> 2,2,2, toowoomba 1,0,0 -> 1,2,1. Fires only where the floor is unreachable, so NO already-pinned town moved (verified). Acceptance at pack scale: 20 of 23 towns have every venue >=3; the three above sit at their town's genuine ceiling — the carved-out case, stated explicitly. - Drop outliers, counted not hidden: daylesford 19% (32 shops on a 171-road graph, the thinnest in the pack, all overflow), fitzroy 13%. RGAP is already 0.5m and NODE_CLEAR 3m; the only lever left is spilling overflow onto a DIFFERENT street, which buys a few percent by putting a shop on a road it isn't on. Same ruling as R20: drop and count beats teleport. - selfcheck ALL GREEN 161,300/161,300; scaffold + consistency GREEN; cross-process deterministic (pack-xor 0xca140954). classic 0x3fa36874 / gig 0xb1d48ea1 / marched fixtures FROZEN. Handshake -> C + D + F: the pack is in, 23 towns pinned, start your verifies. Tri diet (ledger #1): if B's layer-by-layer names plan geometry as the venue_night driver, I own the fix. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
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a7289d0550 |
Lane E R22 (v4.0): MODELBEAST notes refresh + provenance v4-final + G2a atlas review
Ledger #3 (E's G item), #6 (provenance prep), + the C/E contract review.
- MODELBEAST notes (#3): pipeline/README.md's toolchain row claimed sf3d/trellis_mac were 'HF-gated
(setup needed)' -- ultra was right, that was stale (weights cached; trellis_mac 15/15 on thriftgod
Tier-1; the :8777 queue also runs bg_remove_local/mflux_image_edit/seedvr2_upscale). Corrected.
Ultra's finish-farm post-mortem folded into the props section VERBATIM + credited, with Fable's
Ruling 1 amendment (NO-DRACO: drop --compress draco, rest of the command stands). Noted that our
bake_lowpoly.py / decimate_props.py are NOT the finish farm, so nobody conflates them.
- Provenance v4-FINAL (#6): the frozen table carries the pack (22 towns, all 8 states/territories,
1192 shops + roads[], ODbL, raw snapshots) + a row for Lane G's newtown_godverse attributed to G.
The licence spine is complete -- nothing shipped is unaccounted.
- BUG: index.json still listed 22 -- generated before the
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m3ultra
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0c4dad5acc |
Lane B round 22 (v4.0): #1a venue_night tri diagnosis — the driver is E's four furniture GLBs (91.5%)
BLOCKING-ITEM DIAGNOSIS, filed first so E/A/F aren't waiting. Method: katoomba venue_night, settled, then
hide-a-layer-and-re-measure (frustum-accurate: a layer's cost = the tris that vanish when hidden), then the
same drill inside furniture bucketed by geometry.
VERDICT: the four GLB street-furniture props are 149,161 of 163,015 tris = 91.5% of the stress view.
OWNER: LANE E (asset tris), per the ledger's own rule. Decimation clears the gate with ~120k to spare.
Layer breakdown (baseline 163,015 tris / 88 draws):
chunk-furniture 151,341 (92.8%) | ground 9,932 | venue-presentation 770 | lighting 624 |
chunk-buildings 348 (0.2%) | venue-posters 222 | citizens/weather/tram/venue-pools 0
Buildings are 348 tris (the R3 atlas/instancing holds). Posters are 222 -- A's cap already worked and was
never the lever. Pools cost 0.
Inside furniture -- the four GLBs are the whole bill:
bench 1,942 tris/inst x64 = 60,202 (37%) <- procity_street_bench_01
bus_shelter 7,998 x10 = 55,986 (34%) <- procity_street_bus_shelter_01
bin 3,000 x19 = 18,000 (11%) <- procity_street_bin_01
food_cart 4,991 x8 = 14,973 (9%) <- procity_street_food_cart_01
pole/lamp/trees/novelty (primitives) x303 = 2,180 (1.3%)
Identity confirmed by DCC-authored material names (wire_143225087 = a Sketchfab scan, baked_mat,
"2 wood frame ", Material_0) -- E's GLBs, not our procedural materials. Two use MeshPhysicalMaterial.
WHY NOW (and why it is NOT the density widening): shop count doesn't drive this -- ROAD density does. Real
towns put the bench/bin/shelter cadence on a 966-edge graph, so ~100 GLB props land in the streamed set
where synthetic had a handful. A 1.2m bench at 1,942 tris is ~5x the entire building stock in frame. This is
B's own R6 note coming due ("street_bin 3.0k tris... a decimate to ~500 would give back tri headroom if the
combined-lane budget tightens").
-> E, suggested targets: bench 1942->~250, bus_shelter 7998->~600, bin 3000->~200, food_cart 4991->~400.
149,161 -> ~29,000 (saves ~120k). Projected: my 163k -> ~43k; F's 221,935 -> ~102k. Both far under 200k.
Cheap extra: drop the two MeshPhysicalMaterials to MeshStandardMaterial.
-> Fable: a B-side fallback exists (furniture.js already has a primitive fallback for every GLB prop via the
R4 use-if-ready path), so a distance-gated LOD is a contained B change I can land fast. NOT doing it
unilaterally -- per the ledger this is E's, and source decimation helps every town/view, not just this one.
-> F: my baseline is 163,015 vs your 221,935 on the same view -- my automation's rAF is throttled so the live
gig crowd never spawns (citizens measured 0). Furniture is still ~68% of your number; decimation clears the
gate on either baseline. Re-measure against the live crowd, not my figure.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
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|
m3ultra
|
4590197259 |
Fable (integrator): round-22 instructions — v4.0 THE EPOCH CLOSE (tri diet first, pack absorb, release tour, G items)
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> |
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|
m3ultra
|
dd4489c70e |
Fable (integrator): merge Lane G R1 at the v4.0-beta boundary — godverse adapter + newtown_godverse (per FABLE_TO_LANE_G ruling)
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> |
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|
m3ultra
|
201a2bb868 |
Lane F R21 (v4.0-beta close): the beta gate — tram dimension, the re-measure, the beta shot
All five lanes in (A's venue cluster bias, B's selector-from-index, C's density door-soak, D's relocation verify PASSES, E's 22-town pack non-gating); F gated and tagged. - town_matrix.py: a `tram` dimension — B's R20 shop-adjacency ruling verified EXACTLY (newtown runs 16 stops after B's phantom-stop fix, castlemaine 10; katoomba/fremantle/bendigo FENCED at 3/2/1 shops fronted, all below the 5-shop floor). 10 towns x 7 gates: boot/determ/district/roads/tram/noassets green on all ten. - index.html: expose window.PROCITY.tram — B built `routeInfo` FOR F's smoke but nothing published it; F owns the shell, so F wired the seam. - RECORDED (ledger #6b — the instruction was "record the new number"): the venue_night re-measure. A's cap WORKED (posters 438->111) but E's density widening ate it — katoomba 200,965 (+965, R19) -> 221,935 (+21,935, +11%); bendigo 201k (+0.5%); fremantle/newtown/castlemaine in budget. Draws fine everywhere (151/300 — half budget); tris-only, at the worst night stress view. Filed as R22's first item, where the tri-diet backlog (instrument LOD, tram tri diet) already lives. katoomba is the outlier: 966 edges, 72 shops. - Ruling (ledger #6d): the town selector stays ALWAYS-IN-HUD, not ?dbg-gated — THE REAL MAP's product IS the towns. Corollary (F's own gap): money shots hide the HUD; the R19 alpha shot had the selector in-frame because F's harness screenshotted the full viewport. - Beta money shot: Fremantle's real street at golden hour — a corridor of shopfronts, footpaths, a crossing, gum trees, and a genuinely busy crowd (the density widening, visible). 126d/167k tris, HUD hidden. - docs: LANE_F_NOTES §20 (the honest why-R20-had-no-tag record) + §21, README beta paragraph, F-progress. qa.sh --strict GREEN; selfcheck 154141/154141 (A's re-pinned goldens hold). Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
|
01c925816e |
Lane D R21 (v4.0-beta close): relocation verify — A's venue cluster bias PASSES (ledger #4)
Verified A's venue cluster-adjacency bias (
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m3ultra
|
8a383e494e |
Lane E R21 (v4.0): the town pack — 22 towns, 1192 shops (DATA-ONLY, non-gating)
Ledger #5 pull-forward. Nothing here touches a golden until A absorbs in R22; F tags v4.0-beta with or without it. selfcheck ALL GREEN 154141/154141, synthetic 0x3fa36874 unmoved, all 22 byte-identical on re-run. - Curated 18 candidates on secondhand density first (heroes are the game), a walkable 2-3.4km centre, and a national spread; 17 survived -> 22 towns, 1192 shops, 298 heroes, all 8 states/territories. fitzroy is the mecca (40 heroes/160 shops, 2x katoomba); thin tail toowoomba/darwin (3 heroes) left in as honest data -- A/Fable may drop them in R22. - FINDING: the 3x-hero cap is a CURATION FILTER, not just a density knob. Wollongong had ~62 real shops but 1 hero -> capped to 4 -> dropped by the >=6 floor. A town without a secondhand strip cannot inflate into a retail strip; John's SUBTLE directive does quality control for free. - Newcastle: my centre was wrong, not the town (CBD held 2 heroes; the strip is Hamilton/Beaumont St). Re-centred: 2 -> 9 heroes, 8 -> 36 shops. - BUG (mine, shipped R18, caught here): fetch_roads_raw had no query-comparison while fetch_raw did, so re-centring refetched shops but silently reused the OLD CBD roads -> Hamilton shops seated against a graph 2.5km away -> the town marched out with ZERO shops (surfacing as 32 bogus 'open-late invariant' failures; ten other no-video towns passing is what proved it wasn't the open-late rule). Fixed: the roads path now compares its query too -- the bbox lives in the query, so a re-centre must invalidate BOTH snapshots. Newcastle rebuilt: 34 shops seated, openLate=1. - Discipline: bounded bboxes, raw snapshots committed (shops+roads), C's §6 mapping, SUBTLE guardrails (heroes never subsampled, texture 3x, 2392 drops counted), ODbL. Overpass rate-limits hard at pack scale (batch 1 died on a fatal 504 after 25 retries) -- courtesy sleep 4s, two polite batches. -> Lane A (R22): 34 goldens to pin (17 new towns x base+gig); sizes 12->160 shops load-test your capacity/overflow fences. -> Lane B: index.json now lists 22 towns (your selector already reads it). Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
|
110c82833b |
Lane A round 21: venue cluster-adjacency bias — D's relocation finding (ledger #1)
D found katoomba's pub 1,000m from the retail cluster — a gig with no passing crowd. Measuring all five towns first showed it was SYSTEMIC: 11 of 15 venues sat with <3 shops within 160m (newtown's were 0/0/1 — every venue stranded). After the bias: 0 of 15. Katoomba's pub 1 → 9. Castlemaine cleared without needing the floor exception the brief anticipated. - pickVenues builds a CLUSTER-ADJACENT field first (>= CLUSTER_MIN 3 shops within CLUSTER_R 160m), then the kind flavors (pub corner / band_room fringe / rsl off-spine) bias WITHIN that field rather than overriding it (per the brief: biases, not absolutes) — a fringe band_room in the cluster beats one a kilometre from anyone. A town with no cluster at all falls back to the pool. - SYNTHETIC FROZEN BY CONSTRUCTION, not by luck. The brief assumed a blanket filter would be a no-op because 'the synthetic town is one dense cluster anyway'. Measurement says otherwise: 4 synthetic candidates PER SEED sit under the threshold (min cluster 0-1), so a blanket filter WOULD have moved the frozen golden. Gated on plan.source === 'osm' (undefined on synthetic) — impossible rather than unlikely. The marched fixtures are 'osm' but genuinely dense (min cluster 3/11/13) ⇒ verified no-op. - Only the GIG goldens moved (venue selection is gig-layer; base town goldens untouched): katoomba 0xbf586b77, newtown 0xacdb3eee, fremantle 0xcf3426fc, bendigo 0x646b2c23, castlemaine 0xf9713a69. classic 0x3fa36874 / gig 0xb1d48ea1 / marched fixtures FROZEN. selfcheck ALL GREEN 66419/66419; scaffold + consistency GREEN; cross-process deterministic. - FYI: E's v4.0 pack (glebe/marrickville/newcastle) already boots clean through my loader (validates + full suites pass), listed UNPINNED — I pin the pack in R22; it does not gate the beta tag. Handshake → C + D: cluster bias landed, goldens re-pinned, start your verifies (before/after table in LANE_A_NOTES §R21). Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
|
4b0144989b |
Lane B round 21 (v4.0-beta): town selector reads E's towns index (ledger #2, the missed R20 #5)
Closes the gap Fable caught (hud.js:11 still hardcoded REAL_TOWNS). The real-town list now comes from E's web/assets/towns/index.json (procity-towns-index/1), so it grows with the town pack instead of being edited in hud.js. Verified fresh Chromium. Nothing else touched -- tram/ground work is done and verified. Fail-soft by construction: createHUD is synchronous, so the picker is built immediately from the fallback literal and UPGRADED IN PLACE when the index resolves -- if the index never arrives, a working list is already on screen. - index present -> real names/states/shop counts: "Katoomba, NSW · 80 shops", "Fremantle, WA · 80 shops", "Newtown, NSW · 72 shops", "Bendigo, VIC · 36 shops", "Castlemaine, VIC · 24 shops" (roads:false -> "· marched"). - ?noassets -> the fetch is SKIPPED entirely (asset law; the shell doesn't load town caches there either). Measured: 0 index fetches, fallback list, 0 errors. - anything wrong with the index -> the fallback simply stands. Exercised the exact chain: 404, network error, malformed JSON, towns:[], towns-not-an-array, junk entries (no key) -> none throws, none rebuilds from junk; only a good index rebuilds. REAL_TOWNS_FALLBACK is retained ONLY as that fallback (comment says so), no longer the source of truth. Verified live: booting katoomba_real shows "Katoomba, NSW · 80 shops" pre-selected; fits (193px of 230px max); 0 page errors; navigation unchanged (onchange is set once on the <select>, so rebuilding options never clears it). -> F: unchanged from R19 -- NO shell seam (selector is entirely hud.js, already built by createHUD) and it lives inside #pc-hud so setVisible(false) hides it for the beta money shot. The gating call is still yours. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
|
e3917dd35b |
Fable (integrator): response to Lane G — Draco ruling (no-Draco depot), density ruling, bug triage, G2/G3 sequence
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> |
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type-two
|
223fbcaf72 |
Lane G (GODVERSE, ultra) R1: real-shop census adapter — 18 real Newtown shops on the real road graph
godverse_town.py marries a donor OSM cache's roads[] with thriftgod's DealGod-scraped shop census (2,928 real AU secondhand shops) -> <town>_godverse.json, schema v2 unchanged. First artifact newtown_godverse boots clean (?plansrc=osm&town=newtown_godverse). Lane brief + asks (Draco ruling, per-town bookmarks, enterShop selector) in docs/LANES/LANE_G_GODVERSE.md + G-progress.md. Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> |
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m3ultra
|
d678138ec1 |
Fable (integrator): round-21 instructions — the v4.0-beta close (venue cluster bias, selector index, density soak, the gate)
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> |
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m3ultra
|
0d992803c5 |
Lane D R20 (v4.0-beta): citizens at density — five-town verdict + the main-street relocation finding (ledger #7)
Re-ran everything against A's absorbed graph (
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m3ultra
|
5d29863b78 |
Lane A round 20: absorb E's density widening — capacity, pub facade bias, goldens pinned (ledger #2)
E's five caches landed at 3-6x shops (292 total: katoomba 20→80, fremantle 21→80, newtown 18→72,
bendigo 9→36, castlemaine 6→24). All five absorb cleanly and still place 3 venues; the R20 poster cap
auto-scaled off the live shop count exactly as designed (katoomba 111 posters at 80 shops).
- CAPACITY WIDENED (the R18 overflow fence, load-tested). At 4x the dominant drop cause was OVERFLOW —
an edge-side holding more shops than fit (katoomba 10 of 11 drops). Tightened the run: NODE_CLEAR 6→3
and a ROADS-ONLY RGAP 2→0.5 (the shared marched GAP is untouched ⇒ marched fixtures stay frozen).
Drops 7.9% → 5.5% (16/292). 0.5m also reads truer — a real AU main street is continuous terrace
shopfronts, not detached boxes. Stopped there deliberately: the next lever (spilling overflow onto a
DIFFERENT street) buys ~1% by putting a shop on a road it isn't on — dropping a crowded shop is the
honest trade. Residual drops stay COUNTED, now BY CAUSE (dropped_overflow/_overlap/_stranded).
- VENUE FACADE BIAS NOW COVERS pub. R16 exempted pub ('spine-fronted, +Z always open') — true on the
synthetic/marched towns, but on a REAL graph at density the pub landed where its frontage poster
overhung a cross street (newtown, -0.91m). The POSTER_CLEAR filter now covers every venue kind; still a
NO-OP on synthetic (every pub candidate already clears) ⇒ gig golden 0xb1d48ea1 frozen.
- Goldens re-pinned ONCE (base + gig, all five towns). classic 0x3fa36874 / gig 0xb1d48ea1 / marched
fixtures FROZEN. selfcheck ALL GREEN 51866/51866; scaffold + consistency GREEN; cross-process
deterministic.
- Fixed: my real-cache loader globbed *.json and tried to validate E's new index.json as a town cache —
it now skips it (that's B's selector index, not a cache).
Handshake → all: densities absorbed, goldens pinned. → F: re-measure venue_night + gate the five towns.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
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m3ultra
|
94e56ed5fa |
Lane B round 20 (v4.0-beta): the tram ruling — route by shop adjacency + per-town fence (ledger #3/#4)
Verified fresh Chromium across 9 town configs (synthetic, 3 fixtures, 5 real). TRAM RULING (ledger #3): spinePolyline now walks from each main-subgraph dead-end, greedily taking the unused main edge fronting the most shops (lot.frontEdge), keeping the best-scoring path (ties -> longer). SYNTHETIC + FIXTURES BYTE-IDENTICAL by construction AND measurement (a synthetic main node has <=2 mains so there's never a choice; its two dead-ends tie exactly and strict > keeps the pre-R20 start). Old vs new logic on the same plan = identical polylines (Boolarra: 7 pts, 6 edges, 810m, 172 shops, 2 stops). The alpha tram fronted 0 shops on 4 of 5 real towns (it was a highway bus). New: katoomba 0->3, newtown 0->8, fremantle 0->2, bendigo 0->1, castlemaine 1->6. Where the best main chain still fronts <5 shops the tram is FENCED per-town (Fable's fallback). RUNS: synthetic, all fixtures, newtown (8 shops/1924m/16 stops), castlemaine (6/2184m/10 stops). FENCED: katoomba (3), fremantle (2), bendigo (1) -- highway, not high street. The fence keys off the REAL-ROADS signal (edges>200), NEVER shop count alone: the marched fixtures front 0 shops on their mains (bare spine, avenues carry shops) so a naive fence would have killed their v2 tram. routeInfo{fenced,reason,shopsFronted,routeMetres} exposed for F's smoke. BUG FOUND+FIXED: the stop projection accepted every shelter in the town with no distance gate -- harmless on synthetic (2 shelters on the spine), nonsense on real graphs: Newtown made 149 phantom stops (~9 min of dwell at points the tram never passes). Added a 30m gate (a shelter sits halfRoad+1.7 <=~16m off its centreline, so genuine stops survive): newtown 149->16, castlemaine 37->10; synthetic 2 / fixtures 3 unchanged. GROUND POLISH (ledger #4): measured, NO fix needed. Real Katoomba has 325 deg-3+ junctions, 28 under 30 deg, worst 4.3 deg (near-parallel). At grazing eye level the worst reads clean -- no z-fight, no gaps. Layers are already y-separated (road 0.0/foot 0.02/kerb 0.06) and road-on-road overlap is invisible by design (OVERLAP=1.5 overruns nodes on purpose; one skin, one y, one merged draw on uniform asphalt). Cosmetic only: footpath/kerb double up on the sliver between <10deg near-parallel roads -- v4.0 candidate, not a defect. Selector polish (ledger #5): BLOCKED -- E's towns/index.json not landed (build_towns.py WIP); REAL_TOWNS hardcode stands, one-line swap when E lands. -> A (finding, measured): only a slice of shops front a MAIN edge on real towns -- katoomba 7/69, fremantle 4/79, bendigo 7/35, newtown 32/64, castlemaine 11/22. The real high street classifies as 'side', which is WHY three towns need the fence. If the main/side classifier promoted shop-dense ways to main, the fence would lift. Note onMain also gates gigs.js pickVenues pub placement. -> F: tram verdict above; selector gating (HUD vs ?dbg) is your call, one line either way. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
|
62cbb955b1 |
Lane D R20 (v4.0-beta): the density A/B + correcting my own sparsity misread (ledger #7, part 2)
SELF-CORRECTION first. My part-1 note called the 95-98% patronage null rate "sparsity-throttled" and made it the headline metric. Both halves were wrong: (1) it was measured at 21:00, when only 4 of 69 shops are open — retail is shut BY DESIGN, so a high night null is correct behaviour, not sparsity; (2) it sampled each town's first venue, and katoomba's is the pub — 1000m from the retail cluster with 1 neighbour. I had parked the camera on the one isolated venue in town. Same town, same seed: at the pub 99.4% null / 0 visits; on the actual main street 77.2% / 64 visits. The gig-crowd table stands (it measures the mechanism — 0 NaN, rosters, venue-win — which is location-independent); only my sparsity reading was bad. THE REAL A/B (main street, 14:00, same seed, pre-cache from git vs E's widened): hub density 8 -> 25 shops within 160m; null 90.2% -> 77.2%; total visits 17 -> 64 (3.8x); hero visits 17 -> 19; texture visits 0 -> 45; hero share 100% -> 30% of visits from 26% of shops. THE DIRECTIVE LANDS, measured from the crowd side: the secondhand heroes did NOT lose footfall (17 -> 19). The 45 texture visits are added ON TOP, not taken from them. The street is 3.8x busier while the heroes stay over-indexed. "More alive, not a different game." FILED: (a) venue placement at density — katoomba's rsl/band_room sit in the strip (13/10 neighbours) but the pub is 1000m out with 1; a gig there has no passing retail crowd. Quality observation, A/F's lane. (b) GIG_RANGE is a 34m radius but _nearestOpenShop searches only the ped's own 64m chunk — 8.7% of in-range peds are chunk-blind. Real but small; v4.x candidate, not a mid-beta hot-path change. POST numbers are vs E's committed caches but BEFORE A's absorb (11/80 still overflow- drop). Final re-run + the other four towns once A lands. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
|
078245f7bd |
Lane E R20 (v4.0-beta): the density widening — widened fetch, 5 caches re-emitted, towns index
Ledger #2 (E's half), built to C's LANE_C_PUB §6 table under John's SUBTLE directive. - Widened fetch: C's tasteful staple list (shop=* + amenity=cafe per C's dagger note), mapped through C's copy-paste table onto EXISTING registry types (no new archetypes). Guardrails honoured: no vehicle/fuel/funeral/storage/industrial, no pure services. New raw snapshot per town (the fetcher auto-refetches when the class list changes -- query recorded in each snapshot), committed like the first. - SUBTLE by construction: secondhand HEROES never subsampled; texture capped at 3x heroes (top of C's ~2-3x band), over-cap towns seed-subsampled deterministically (sha256(townKey:osmId)) with every drop counted in counts.textureDropped. Result 3.0x in all five: katoomba 20+60 (-4), newtown 18+54 (-156), fremantle 20+60 (-81), bendigo 9+27 (-81), castlemaine 6+18 (-43). Density 6-21 -> 24-80 shops (3-4x). - web/assets/towns/index.json (new, E-owned): {schema, generated, license, attribution, towns[{key, town, state, shops, roads}]} -- B's selector can drop the REAL_TOWNS hardcode (hud.js:11). - Deterministic (byte-identical re-run, 0 re-fetch). ODbL: SOURCES.md + per-cache license/attribution. -> Lane A (absorb pass): (1) 10 expected golden re-pins -- the widening moves every real town's base+gig golden (designed E->A handoff); synthetic 0x3fa36874 UNMOVED, fixtures frozen. (2) SEAM: index.json trips selfcheck's town glob (selfcheck.js:467 takes every top-level towns/*.json as a cache) -- one-line fix in your file: .filter(f => f.endsWith('.json') && f !== 'index.json'). Didn't touch selfcheck.js (yours, you're mid-round in it); Fable spec'd the index at this path so the path stays. -> Lane C: kept video_games -> video (absent from your §6 table; was already shipping as video pre-widening, so the fallback would have regressed it to opshop). Same family, same target -- flagging for your table. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
|
85745d2017 |
Lane D R20 (v4.0-beta): gig crowd on the five real towns — pre-density baseline (ledger #7, part 1)
The unblocked half of "citizens at density": the gig crowd's BEHAVIOUR on all five real towns' venues, measured BEFORE E's widening so the after-table is a real A/B. Density re-audit follows once E's caches + A's absorb land. BEHAVIOUR IS CORRECT ON ALL FIVE: 0 NaN everywhere; tonightRoster populates (2-7), so R14 identity continuity holds on real bones; every town generates 3 venues (pub/band_room/rsl) on night hours; and the surge works — whenever a patronage check finds any shop, the gig venue beats ordinary shopfronts (venue-win 100% on newtown/ fremantle/bendigo, 74% katoomba). Castlemaine's 40% is the 6-shop floor, not a leak: 3 of its 6 shops ARE venues, so "other" hits are mostly other venues. FINDING (quantifies Fable's ledger #2 "real towns are sparse"): the crowd is SPARSITY-throttled — 94.9-97.7% of patronage checks return null on every town, because peds spend nearly all their time in shopless chunks (katoomba: 19 shops in ~5 door-chunks of a ~78x78-chunk town). The mechanism is fine; the town has no shops per chunk. The density widening attacks exactly this — null% is my headline before/after metric. FILED (not fixed): GIG_RANGE is a 34m radius but _nearestOpenShop searches only the ped's own 64m chunk, so in-range peds across a chunk edge are blind to the gig — 8.7% of in-range ped-samples (852/9740) on katoomba. Small vs the 97% sparsity throttle; not worth a hot-path change mid-beta. Revisit if the widening leaves null% high. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
|
c7ca39b4f7 |
Lane C R20 (v4.0-beta): publish OSM-class -> archetype mapping (ledger #2, C's half)
The density widening's C half: real towns fetch general retail, not just secondhand. Published the OSM shop-class -> registry-archetype mapping in LANE_C_PUB.md §6 (new v4.0-beta amendment; frozen venue contract §0-§5 untouched). C->E handshake: E builds to it. - No new archetypes. General retail wears existing recipes: food/grocer/newsagent/chemist -> milkbar; clothes/hardware/big-retail -> dept; produce/florist -> stall. - Secondhand stays the hero (charity->opshop, books->book, music->record, video->video, pawn->pawn, toys->toy); never subsampled. Unknown/unlisted -> opshop (R18-proven). - Subtle per John: texture not takeover. Copy-paste JSON map + tasteful fetch list (skip vehicle/funeral/industrial/pure-services) + guardrail for E to subsample if retail drowns the secondhand strip (count in norm.dropped). - Mechanic: plan_osm keeps registry types, so E bakes a registry type per the map into each cache's shop.type -> no C code change, budgets unchanged. Pre-validated before E builds to it: milkbar/dept/stall/opshop all build valid at a real katoomba lot (8.5x14, 0 carves, <=143 draws); dept reads as a clean dressed-retail floor (shelves+racks+counter, escalator does not dominate the 7.9x11.7 hall) -> clothes/hardware -> dept confirmed. Full five-town door-soak (ledger #6) follows E's re-emitted caches. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
|
955ec3497b |
Lane A round 20: spine-poster cap scaled by shop count (v4.0-beta, ledger #1)
Closes my own R19 finding + F's one open budget edge. A sparse REAL town has few shops but a big edge graph, so the 'two posters per main edge' pole run reads busy (katoomba 438) and drove venue_night to 200,965 tris (+0.5% over the 200k soft ceiling). - gigs.js buildPosters caps the spine pole run at POSTER_PER_SHOP × shops (1.5/shop, floor 12) — a seeded subsample. SCALED BY SHOP COUNT, not edge count (the whole point). katoomba 438→31 posters (~2x the synthetic feel), fremantle 32, castlemaine 14. NO-OP on the shop-dense synthetic town (493 shops ⇒ cap ~740 ≫ its ~15 posters), so the synthetic gig golden 0xb1d48ea1 stays FROZEN. - Posters are gig-layer (withGigs), so the real-town BASE goldens are unchanged (correctly green). Added REAL_TOWN_GIG_GOLDENS (the full district+capped-poster plan per town: katoomba 0xbd332e83, …) to regression-guard the capped output byte-exact, not just via districtInvariants. classic/gig/marched fixtures frozen; selfcheck ALL GREEN 51675/51675; scaffold + consistency GREEN; cross-process deterministic. → F: re-measure venue_night, the +965 edge should close. Density absorb (ledger #2) pends E's widened caches — the poster cap already reads the live shop count, so it auto-scales to the widened towns. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
|
06fe64875a |
Fable: R20 kickoff ruling — density widening approved (John), directive: subtle, texture not takeover
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> |
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m3ultra
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9029e4cbc5 |
Fable (integrator): round-20 instructions — v4.0-beta THE FIVE TOWNS (density widening, poster cap, tram ruling)
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> |
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m3ultra
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ddd1e6827e |
Lane F R19 (v4.0-alpha close): the alpha gate + roads dimension + the first real-street money shot
A resolved the R18 findings (fragmentation cull/join, poster clamp, goldens pinned) + D verified; F gated. - town_matrix.py: a `roads` dimension — a schema-v2 cache (roads[]) must build the REAL street graph (norm.mode==='roads', read via the plan_osm opts.report sink); synthetic/fixtures stay marched/synthetic. 10 towns x 6 gates: real roads green everywhere; classic/default proven untouched (roads ride the cache schema, not a flag — 0x3fa36874 frozen). - docs/shots/v4_alpha/katoomba_mainstreet.png: the first real-street money shot — Katoomba's actual main street (asphalt + lane markings, footpaths, a pedestrian crossing, a walking crowd, gig posters, B's town selector in-frame), PROCITY's look on real bones, 121k tris midday. - docs: LANE_F_NOTES §18 (why F correctly HELD in R18 — the gate would have failed by design) + §19 (the close), README real-roads note, F-progress. qa.sh --strict --soak GREEN 7/7. One filed NON-blocking finding: katoomba_real venue_night 200,965 tris (+965 / 0.5% over the soft ceiling, poster-count-scales-with-real-edges driven; midday play is 121k) — a v4.0-beta hardening item (A caps posters per real town), on the opt-in --matrix warn-gate, not a play view. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
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96b3dea70f |
Lane D R19 (v4.0-alpha close): fragmentation re-measure — A's ruling verified (ledger #3)
Post-fix re-measure of my R18 finding against A's committed connectivity pass
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m3ultra
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73694c97aa |
Lane B round 19 (v4.0-alpha): in-game town selector (ledger #4, beta pull-forward, non-blocking)
Shipped the town picker in hud.js (which already owns its DOM overlay -> NO index.html seam). A compact <select> in the HUD (top-left, pointer-events:auto), 9 options: synthetic + 3 OSM fixtures (osmTownKeys minus _real) + 5 real-road caches (Katoomba/Newtown/Fremantle/Bendigo/Castlemaine, hardcoded REAL_TOWNS -- no manifest yet, beta derives it). Selecting navigates: synthetic clears plansrc/town; a town sets ?plansrc=osm&town=<key>, preserving all other params. Current pre-selected; unknown-current still shown. Verified end-to-end: picked katoomba_real through the dropdown -> booted real Katoomba (966 edges/323 intersections/3 venues), 0 errors. Lives inside #pc-hud so hud.setVisible(false) hides it for money shots. -> F (B->F seam): NONE -- self-contained in hud.js (already constructed by createHUD). Gate it behind ?dbg with one setVisible call if you prefer; left always-in-HUD as a modest debug-grade feature. Corner-strips spot-check (R18 failure-item #3): ground fills real intersections OK -- degree-4 junction (58 exist) shows road strips overlap-filling the junction, lane markings + zebra crossing render, no gross gap. Acceptable for alpha; finer acute-angle pass = beta. Budget note -> F (measured vs A's UNCOMMITTED WIP -- caveat, not a defect): F's BIG_CITY one-liner is live (chunks 50->26). But venue block still ~237k tris at night against the current tree, which carries A's uncommitted R19 finalization (plan_osm modified; graph grew 799->966 edges, junction-joining in but the far-island CULL not yet). Fable's ruling: the cull is "half of B's tris problem" -> the <=200k gate needs F's fix AND A's committed cull. Re-measure the busiest real block after A pins (the deferred tris-post-cull re-measure genuinely waits on A's commit; the dev server serves other lanes' uncommitted edits). Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
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6fc4b40632 |
Lane A round 19: the v4.0-alpha close — fragmentation ruling + findings hardened + goldens pinned
A's finalization (ledger #1), the round's spine. Every filed R18/R19 finding resolved; the tag is F's. - Fragmentation (D's finding; Fable ruled, A owns details). The naive real graph fragmented (katoomba 105 components, 58% street-metres on islands). plan_osm.buildRealRoads now: (a) JUNCTION-PROTECTED Douglas-Peucker — a point shared by >=2 ways is a junction; simplify only BETWEEN junctions, never through one (the collinear tee-off drop, the root cause) → 94-100% main-net alone; (b) cull/bridge — main component + near-fragments joined (JOIN_TOL 12m; shop-island bridge <=200m), far SHOPLESS islands culled. Result: 1 connected component on all 5 towns (katoomba 100% main-net, 2 islands culled). Every dropped shop COUNTED in norm.dropped (ruling): katoomba 19/20 (1 crowd drop — R18 overflow prediction measured), the other four kept all. - E's poster-clearance finding fixed (gigs.js): a spine poster overhanging a real crossing carriageway is skipped, measured exactly as the selfcheck kerb floor — a NO-OP on synthetic (gig golden frozen, pr() consumed before the check). 23 real-town clearance failures → 0. - Goldens pinned (A->E->A finalization): all 5 real towns on their real-roads output (katoomba 0xb7ffbca2, newtown 0x6f984c81, fremantle 0xfb197000, bendigo 0x21179b3b, castlemaine 0x7c47f639). synthetic 0x3fa36874 / gig 0xb1d48ea1 / marched fixtures / classic / default FROZEN — the alpha changed nothing outside the cache-schema path. selfcheck ALL GREEN 51670/51670; scaffold + consistency GREEN. Cross- process deterministic. - New finding filed (beta, non-blocking): spine-poster density scales with edges (katoomba 438 vs ~14 synthetic; draws low via instancing) → a beta posters-per-town cap. Handshake fired → B/C/D/F: katoomba_real boots real roads, golden pinned, findings resolved. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
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55d5c634d9 |
Fable (integrator): round-19 instructions — the v4.0-alpha close (fragmentation ruling, BIG_CITY fix, the gate)
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> |
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m3ultra
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db33faa628 |
Lane D R18 (v4.0-alpha): citizens on real bones — audit + fragmentation finding (ledger #5)
Audited the citizen sim on real irregular street topology. E landed katoomba_real's real roads (484 ways -> 872 nodes/799 edges) mid-round, so this is measured on the real Katoomba graph plus a crafted irregular proxy. VERDICT: the CityPlan graph contract IS the contract — zero sim changes. On real Katoomba (7.2deg junctions, 1303m edge, 105 components): 0 NaN over 1,095,500 samples, peds footpath-perfect (0 off-footpath), loiter/bench-sit/patronage all fire, chunk streaming works over non-grid, determinism byte-identical (1167 identity sigs, R14 chunk-local law holds). No source touched. FILED FOR A: katoomba_real's graph is 105 components — main holds 58% of street-metres + 18/20 shops, but 42% of street-metres + 2 shops strand (~10% of near-main crowd presence lands on tiny fragments). Primary cause is expected: median fragment 71.5m from main = peripheral/bbox-clipped roads. Secondary (corroborated with Lane B on A's selfcheck fixture): per-way Douglas-Peucker drops collinear junction points + no mid-edge split — bites only the 9/85 fragments <10m from main. Reconciles with B: B verified 126 intersections form (main component); I add the global measurement (still 105 components). A fidelity knob (charter risk #4), not a blocker; sim degrades gracefully (no crash). A owns the connect-tolerance decision. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
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d4fcf68860 |
Lane B round 18 (v4.0-alpha REAL ROADS): irregular-geometry audit (ledger #4) — the failure list
Audited katoomba_real on E's real roads (schema v2, 484 OSM ways -> 799-edge/872-node graph, 126 real intersections, edges 3.5m-1303m incl 28 short <12m, ~4x5km span). E's roads landed mid-audit; verified fresh Chromium, cache-busted. Docs-only (no code change: streetscape is road-agnostic). VERDICT: Lane B streetscape is ROAD-AGNOSTIC — boots real Katoomba 0-error, every B system builds and renders on the irregular graph (ground, furniture 39 chunks/148 trees, town-wide pools, tram, chunk streaming, buildings, wind). Real main street reads well (road+footpath+lamps+working gig poster+citizens). Like C's interiors, needed no code change to eat real geometry. FINDING -> F (gate-blocking, PROVEN one-line fix): the BIG_CITY adaptive heuristic misfires on real roads. index.html BIG_CITY = plan.shops.length>120 -> Katoomba has 20 shops(<120) but 799 edges/5km, so it stays small-town mode (radius 3 + shadows ON), streams 50-52 chunks -> busiest venue block ~280k tris (clean, settled) = BREACHES 200k gate (draws 150 <300). Proven fix: ?r=2&shadows=0 (BIG_CITY mode) -> 84k day / 104k night, 20 chunks, 72 draws, well under. Recommend: BIG_CITY = shops>120 || edges>200 (catches Katoomba's 799, leaves synthetic Boolarra's 22). B's R3 adaptive-streaming concept, edge-count not shop-count. Tram (Fable's flagged spine risk): degrades gracefully, no crash. spinePolyline runs one main chain = 3527m/49 edges = 21% of 232 mains (longest walkable chain). Arbitrary-but-functional for alpha; smarter route or hard fence = beta (no plan.mode marker exposed to fence off; didn't add untested fencing). Furniture/pools scale: town-wide pools ~4989 instances = still ~1 draw; 28 short edges get 0 lamps (graceful). Correction: the disconnected graph I first saw was a synthetic-fixture DP artifact (junction vertices dropped on near-collinear ways) — real Katoomba forms 126 intersections correctly; flagged to A. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
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10db373e67 |
Lane E R18 (v4.0-alpha): the other 4 towns' road geometry (data-only) + Overpass retry
Newtown/Fremantle/Bendigo/Castlemaine now schema v2 with roads[] (1086/622/1552/397 real streets), same fidelity cut (street tier only). Data-only: only katoomba gates the round; A hardens against these. build_towns.py: added Overpass retry/backoff (public API 504s under load — hit one mid-run). The poster-clearance finding is SYSTEMATIC: it reproduces on all 5 real-road towns, every seed (23 checks, -0.9 to -4.7m), confirming it's plan-level poster placement (A's pickVenues/POSTER_CLEAR), not town data. Scoping holds: only the real/* v2 path fails; synthetic + fixtures + classic + default boots stay green. A's one fix generalizes to all five. ODbL: raw roads committed, SOURCES.md current. -> Lane A: all 5 towns' roads live; the systematic poster finding is yours to resolve + re-pin goldens. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
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dbb52c2390 |
Lane E R18 (v4.0-alpha): katoomba_real real road geometry (schema v2, ledger #3)
Extend build_towns.py: bounded way[highway](bbox) out geom per town -> raw cached in-repo -> roads[]
in A's v2 contract ({id,kind,pts:[[lat,lon]]}, kind=raw OSM highway class). katoomba_real is now
schema v2 with 484 real streets (Bathurst Rd, Cliff Drive, ...). Fidelity cut (charter risk #4, flagged
to A): fetch every ROAD_KIND tier -> raw; EMIT the town street tier only, excluding service/track/
footway/path/steps/cycleway (1461 of 2506 Katoomba ways = bushwalking tracks/sidewalks/stairs/driveways).
A's lift builds a real town from it (verified): 484 streets -> 872 nodes/799 edges (main 232 side 531
arcade 36) -> 12 blocks, 20 lots, 3 venues (pub/band_room/rsl), 12 gigs. pickVenues lands venues on the
real graph (ledger #2 met).
FINDING for A (alpha failure-list, charter risk #3): on the real graph, spine posters overhang crossing
carriageways -- selfcheck kerb-clearance fails on 4 seeds (-1.6 to -2.5m; e.g. seed 20261990 poster 50 vs
edge 58 = -2.42m). Same class as A's R15/R16 corner-poster fix, now on real cross-street geometry. Owner:
A (pickVenues/POSTER_CLEAR on the real graph, the 'A again' harden step) -- my roads data is VALID (cache
validates; failures are plan-level poster placement). Golden settles after A's fix (pre-fix 0x6014a8e6).
ODbL: raw roads committed, SOURCES.md updated.
-> Lane A: katoomba roads live; harden the lift + resolve the poster finding + re-pin the golden.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
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m3ultra
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a78dc76f84 |
Lane A round 18: the real-graph lift — OSM ways → CityPlan street graph (v4.0-alpha REAL ROADS)
The epoch headline (ledger #2). A v2 cache's roads[] now builds the CityPlan street graph FROM real OSM geometry instead of marching shops onto synthetic avenues. SAME CityPlan schema out — B/C/D/F consume it unchanged by contract. roads absent ⇒ the v1 marched fallback, so classic/gig/osm goldens are FROZEN. plan_osm.buildRealRoads: project ways+shops to the local metre frame → simplify each way (Douglas-Peucker eps~6m, the fidelity knob) → snap coincident points (<=3m) to shared nodes = real intersections → straight-segment edges → classify main by OSM highway class + shop density → seat each shop on its NEAREST real edge (real order, real side), marched with regularised spacing + a deterministic overlap-resolve pass. Fidelity (charter risk #4): real edge/order/side + regularised spacing — NOT pixel positions (real shops overlap; the no-overlap invariant is load-bearing). Alpha failure list in LANE_A_NOTES §R18: overflow drop on short edges; intersections = shared-coordinates only (a D sim-graph risk); per-edge frontage-strip blocks not planar faces (a B ground-render item); crowded-intersection overlap-resolve. Proven: a committed synthetic irregular graph (main + two cross streets + a real intersection + an acute angle + a dead-end lane + a curve) passes the FULL structuralSuite + gig district + byte-identical determinism; mutation-tested non-vacuous (flip the facade facing → 'faces its frontEdge' fails). Robust on messy inputs (single road, coincident dups, disconnected ways, all-roads-too-short → marched). All osm goldens frozen; E's 4 trailing caches pinned on v1; katoomba_real UNPINNED (its real-roads golden pins when E lands roads — the A->E->A finalization). selfcheck ALL GREEN 16810/16810; scaffold + consistency GREEN. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
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cf1334fc73 |
Fable (integrator): v4 REAL MAP charter + round-18 instructions — v4.0-alpha REAL ROADS (katoomba_real)
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> |
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m3ultra
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e4a49b5bc8 |
Lane F R17 (v3.2): real towns boot in the engine + the town-matrix scout gate (ledger #7)
F wired the last mile of the real-map scout and gated the whole matrix. - index.js barrel re-exports registerTownCache/validateTownCache; the shell fetches + registers assets/towns/<key>.json before generatePlanFor when the town isn't a checked-in fixture — so ?plansrc=osm&town=bendigo_real boots a REAL AU town in the engine (the gap: E's caches were on disk + in the node selfcheck, but the shell never loaded them → silent Melbourne fallback). Fail-soft (404 / invalid / ?noassets -> fixture fallback); opt-in, never on the default or ?classic path. - tools/qa/town_matrix.py (opt-in qa.sh --matrix): boot / determinism / budget / district / ?noassets across 10 towns (2 synthetic hero seeds + 3 osm fixtures + E's 5 real AU caches). ALL 5x10 GREEN — Castlemaine at the 6-shop floor still lands a 3-venue district. The existing CityPlan contract eats real Australian geography: the evidence John charters v4 = THE REAL MAP on. - docs: LANE_F_NOTES §17 (the town x gate table), README real-town row, F-progress R17. qa.sh --strict --soak GREEN 7/7. Verified: ?plansrc=osm&town=bendigo_real -> Bendigo, 9 shops, 3 venues, 0 errors. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
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64ded4ea01 |
Lane D R17 (v3.2): bench-sit loiter (ledger #2) — the carried R16 stretch
Street peds occasionally sit during a window-shop loiter (verandah/footpath edge). makeActor gains an opt-in setSitting with a SCALE-AWARE re-plant (the R16 spawnRig re-plant was scale-naive; the sim scales these rigs per-citizen), played only on sit so walkers/placeholders/?classic are byte-identical. Seeded via a dedicated benchsit rng stream (no shift to turn/loit/patron; identity signature unchanged). Classic inert at the source (roll gated on sitClip). In-shell (default, seed 20261990): head bone 1.466->1.070, bone span 1.667->1.299 (in seated gate [0.9,1.5]), feet re-plant to y=0 and hold through sit-idle, stand-up restores inner.y 0.929 byte-for-byte, procitySeated tagged, innerRotY:pi throughout. 9 distinct peds sat naturally per soak. Classic: fleetSitClip:false, everSat:0. Plan golden 0x3fa36874 unchanged. Draws 35/tris 6k. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
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483a4b75c6 |
Lane E R17 (v3.2): the real-map scout — 5 AU town caches + publish --verify fix
Ledger #4 (warm-up): publish.py --verify no longer false-flags non-procity_ published assets (sit.glb, vintage-cash-register). It compares the _published.json name record against the depot's full file list (fetch_depot_files) instead of a procity_ prefix filter; only OUR namespace flags as unrecorded. --verify now: all 39 recorded assets live. Ledger #6 (the scout): new pipeline/build_towns.py ports thriftgod build_city()'s Overpass route to per-town caches in A's procity-town-cache/1 contract. 5 real compact AU towns under web/assets/towns/ (katoomba/newtown/fremantle/bendigo/castlemaine, 6-21 shops, spans <2.4km): bounded Overpass query -> raw cached in-repo (re-runs never re-fetch) -> dedupe/suburb-fill/parody (trademarked chains only; indie shops keep real OSM names)/type-map. Deterministic (byte-identical re-run, no RNG). ODbL: SOURCES.md licence table + license/attribution on every cache. All 5 boot through the full structural+gig suites (selfcheck 16596/16596 green; synthetic golden 0x3fa36874 unmoved). Overpass fetch John-authorized (Standing #2). -> Lane A: caches live under web/assets/towns/; pin the per-town goldens selfcheck printed (katoomba 0x61760542 newtown 0x95978b45 fremantle 0xee9fd09a bendigo 0x5e3e76a6 castlemaine 0xf1a628a1) + feed through plan_osm. E->A handshake. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
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6671cf08f4 |
Lane D R17 (v3.2): the drummer's pelvic-lean (ledger #1)
The R16 seated drummer sat bolt-upright (the sit clip can't carry a pelvic tilt
— Hips.quaternion is unusable on these rigs). Fix: a small constant forward torso
lean applied POST-MIX. spawnRig({seated}) caches the mid-spine bone (seatBone);
seatedLean(spine) rotates it forward ~0.34 rad each frame after the mixer resets
it (constant offset, not accumulation); band.js calls it for m.seated members.
The drummer leans into the kit — head 0.28m forward of the hips, reads as a real
drummer from the side.
Byte-identical (my signature): standing rigs get no seatBone (found only in the
seated block) and seatedLean runs for seated figs only. Verified with the lean
live — walkers 188/188 face travel, keeper standing rig (stature 1.718,
hasSeatBone:false, innerRotY pi). No existing consumer moves.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
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