cedc5872fb
4 Commits
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m3ultra
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a493c0a13c |
Lane A round 25 (v5.0-alpha): the sweep reconciled with Ruling 2 + the six pins (ledger #1)
All 8 tree reds cleared. selfcheck ALL GREEN 156,211/156,211; scaffold + consistency green; classic
0x3fa36874 and gig 0xb1d48ea1 frozen. F: the tag is unblocked from my side, nothing of mine is pending.
SIX OF THE EIGHT REDS WERE MY OWN GATE ASSERTING RULING 2 AWAY. I built the R24 identity arm on an
assumption that was true when I wrote it and false the moment G shipped: that a godverse cache is ALL
census shops. Ruling 2 makes it MIXED -- a keyed GODVERSE layer plus an inherited OSM texture layer that
G measured to be load-bearing, not cosmetic (census-only Red Hill: 306 m spacing warn + a poster inside a
kerb). So newtown_godverse (18 keyed + 54 texture) and redhill_godverse (10 + 27) were HEALTHY TOWNS MY
GATE CALLED BROKEN -- it fired 54/72 on a good town. Keyed asserts now run PER-LAYER over the keyed subset
only; unkeyed texture shops raise nothing. The validator's "N/M missing" warn dies with it. The one honest
requirement left at that layer: a `godverse+osm` cache must have a NON-EMPTY godverse layer (else it's an
osm cache wearing the wrong `source`) -- still a warn, for the R24 charter reasons that still hold.
THE UNIQUENESS CHECK WAS BROKEN IN BOTH DIRECTIONS. `new Set(all ids).size === shops.length` collapses
every `undefined` into ONE Set entry, so it (a) failed structurally on any mixed cache -- 54 texture shops
became one entry -- and (b) could HIDE A REAL DUPLICATE behind that same collapse. Now over DEFINED ids
only. And per the vacuous-gate law I made it prove it bites rather than asserting that it does:
validateTownCache rejects duplicates at the front door, so a dup can never reach the plan that way -- the
test feeds one STRAIGHT TO THE LIFT (generatePlanOSM does not validate) and asserts the predicate catches
it, with a healthy mixed cache passing the same predicate. A check nobody can watch fail is not a check.
NEW -- THE ORPHANED-ATLAS GATE (my own R24 finding, now enforced instead of filed). The lift legitimately
drops shops (overlap-resolve, counted since R19). Dropping a shop that HAS a committed atlas means real
stock keyed to a shop that isn't in the town -- exactly the failure I filed in R24, and one F's #7b could
only catch in a browser at the end of a round. Now a node gate: for each godverse town, every
stock_godverse/<id>/ on disk belonging to that cache MUST be seated, else FAIL. Subject-aware -- it SKIPs
by name when a town has no atlas, rather than passing quietly.
It already found one, benign today: redhill's lift drops keyed shop 2286 "Empire Revival" (10 keyed in
cache -> 9 seated). No atlas, so nothing is orphaned and the gate passes -- but it prints, because a drop
must never be silent (the R19/R20 ruling). G: stocking Empire Revival at the beta would orphan it. Monster
Robot Party is seated (lot 8), which is the one that matters this round.
THE SIX PINS, cross-checked two ways before landing -- byte-identical across two fresh processes, AND
matching the three values G stated independently in
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m3ultra
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1eb0b45bd0 |
Lane A round 24 (v5.0-alpha): the identity field — godverseShopId, published first (ledger #2)
The optional shop key that resolves `stock_godverse/<godverseShopId>/`. Schema STAYS v2 (optional field ⇒ every shipped cache still valid, the 21 osm caches untouched by construction). Published to web/assets/towns/README.md — the doc G and E build to — plus CITY_SPEC. selfcheck ALL GREEN (+15 checks), synthetic 0x3fa36874 frozen, NO golden moved. THE BRIEF'S "THE POS SHOP ID IS THE ID — NO MAPPING TABLE" IS FALSE FOR THE ONE SHOP THIS ALPHA IS ABOUT. G's own docstring says it: Monster Robot Party is NOT in thriftgod's census, so its id is its DEALGOD STORE ID 3962749, while census shops use thriftgod ids (max 2992) -- two disjoint spaces, deliberately kept clear of each other. Had I coded "godverseShopId == shop.id" or derived it from the census, the headline shop could never be keyed. So it is an OPAQUE key: no derivation from `id`, no equality assert, no mapping table (the R12 gigKey law -- one key, zero mapping; G emits, everyone reads). THE FIELD HAD TO SURVIVE THE LIFT OR IT WAS DECORATION. plan_osm builds a FRESH shop object and copies nothing unknown, and the runtime reads plan.shops[], never the cache -- so a cache-only field could never reach F's per-shop base. It's now carried through, CONDITIONALLY: absent ⇒ the key isn't written ⇒ JSON.stringify byte-identical ⇒ every pinned golden holds until G re-emits (that re-emit IS the sanctioned move). Proven end-to-end: a keyed cache puts `stock_godverse/3962749/` on the plan with census ids (101..107) coexisting alongside it. ARMS SPLIT BY HAZARD, NOT TIDINESS: - malformed -> ERROR. It names a path segment; "3962749" vs 3962749 is the same folder but different JSON, and that coercion drift is the exact species that broke C's atlas contract (licence/license). - duplicate -> ERROR. Two shops keyed to one atlas IS mis-stocking -- charter risk #3 forbids it by name. - missing on a godverse cache -> WARN + fail-soft to tier 0. RECORDED DEPARTURE (Fable's to overrule): ledger #2 says validateTownCache "requires" the field; I made MISSING a warn. Three reasons. (1) The charter's determinism boundary is "world = seeded, frozen, gated; stock = data tiers" -- an error inverts it, failing to load a TOWN because its STOCK identity is absent; tier 0 must always boot. (2) Charter risk #3 names the remedy for identity gaps: "fail-soft to tier 0, never mis-stocked" -- missing IS the soft case, duplicate is the hard one; they are different failures and now get different arms. (3) Sequencing: newtown_godverse carries 0 ids today, it is G's to re-emit in wave 2 (their namespace, no census DB on m3), so a hard error would red the tree for C and E through all of wave 1 to say what the warn already says. The requirement keeps its teeth where R23 taught us to put them -- the VACUOUS-GATE LAW: selfcheck FAILS on partial keying (a half-keyed town silently mis-stocks the rest) and prints an explicit "⊘ SKIP ... 0/18 shops carry godverseShopId. Subject absent ... binds the moment one id lands" at zero. It names its subject, proves it touched it with a count, and cannot pass vacuously. FILED FOR G BEFORE THEY START (measured in wave 1, so it costs them minutes not a wave): redhill_godverse cannot contain Monster Robot from EITHER source. godverse_town.py takes roads from the OSM donor and shops from the census, and the shop is in neither -- not in the census (G's R23 finding), and NOT in E's redhill_real, which I checked the moment it landed: 36 shops, ZERO of type `record`, nothing matching /monster|robot/. As written the adapter yields a Red Hill of census charity shops while the atlas keys to a shop that isn't in the town -- F's #7b id-equality gate would fail at the end of the round. It must be injected explicitly; the opaque-key design exists precisely to serve that case. Second trap on the same path: redhill_godverse must still clear MIN_TOWN_SHOPS (6) from the census bbox or the cache is rejected outright (hard error). E's donor is otherwise good: valid, no warns, 73.3 m median spacing. HOUSEKEEPING: removed toowoomba's two stale pins -- E retired the cache in R23, and a golden for a town that cannot load can never fire (the vacuous-gate law, one layer down). E's attempt also proved my R23 spacing metric is GAMEABLE: the re-bbox fixed the median (395.7 -> 89.4 m, "passes") while hub density fell 3/12 -> 2/12, the pack's worst. It is necessary, not sufficient -- D's hub test is the complement, and E used both and refused to game it. Ballarat (255 m) is still flagged and still E's call; I pin what moves. PINS NOT TAKEN YET, DELIBERATELY: redhill_real is untracked/in-flight (E still editing build_towns.py), and redhill_godverse + the re-keyed newtown_godverse don't exist until wave 2. Pinning a moving file buys a false green or a spurious red. The round's law says A pins these BATCHED -- that batch lands when E commits and G's caches are in. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
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4dc80c2146 |
Lane A round 18: town-cache schema v2 (roads[]) — published FIRST (v4.0-alpha REAL ROADS)
The half-day handshake so E's build_towns.py can fetch road geometry (ledger #1). Optional roads[] on the town cache carries real OSM way geometry; plan_osm's graph lift (consuming it) follows in the next commit. v1 caches (roads absent) stay valid — the marched fallback — so nothing shipped regresses. - validateTownCache accepts schema procity-town-cache/1 AND /2; when roads[] is present each road must be { kind:string, pts:[[lat,lon],…] } with >=2 finite points (else rejected); <2 pts dropped, unmapped highway kind → 'side' (warnings). ROAD_KIND maps OSM highway=* → CityPlan edge kind (main/side/lane/arcade). - Full v2 contract in web/assets/towns/README.md (the doc E builds to): shape, road validity, the kind map, the fidelity knob (charter risk #4), and the bbox-bound-the-roads rule. - E's 5 existing v1 caches re-validate clean; selfcheck ALL GREEN. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |
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m3ultra
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6fffd19043 |
Lane A round 17: v3.2 the town-cache contract (published first) + plan_osm hardened for real data
The real-map scout (ledger #6), A's half. Scope fence held: NO new plan features, NO golden moved (classic 0x3fa36874, gig 0xb1d48ea1, all three osm fixtures frozen). The scout proves the EXISTING ?plansrc=osm contract eats real geography. - The town-cache contract (published FIRST — E builds build_towns.py to it). plan_osm.js gains validateTownCache() (authoritative {ok,errors,warnings}), registerTownCache(), a generatePlanOSM(.., {cache}) seam, and TOWN_CACHE_SCHEMA/MIN_TOWN_SHOPS(6)/MAX_TOWN_SPAN_M(5km). Shape: {schema,key,town, source,license,attribution,center{lat,lon},shops[{id,name,type,lat,lon,suburb?}]}. Home declared: web/assets/towns/<key>.json (+ README.md full spec). Documented in CITY_SPEC v3.2 + LANE_A_NOTES R17. - plan_osm hardened: blank name -> registry label; the validator gates finite center/coords + a >=6-shop floor and warns on unknown-type(->opshop)/dup-id/span>5km. Proven vs thriftgod's real 2,828-shop city_source.json: boots a valid plan, 0 bad coords, 0 'undefined' names. - selfcheck: a committed synthetic-adversarial contract suite (valid-messy caches boot + pass structural/ gig; invalid reject; wide-spread warns; registry seam) + an auto-loader for web/assets/towns/*.json (validate -> suites -> pin per-town golden), empty and green until E lands caches. ALL GREEN 15277/15277. - v4 charter risk list (LANE_A_NOTES R17): the MEGA-STRIP (unbounded bbox -> 11.6 km strip; town selection is E's real lever, warned >5km); sparse compact towns (2 km inner-Canberra held 6 shops); osm facades clear (rows 54 m apart) so R16's bias is a no-op on real towns. E->A handshake: E drops a cache in web/assets/towns/, the selfcheck prints its golden, I pin it. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> |