docs(overhaul): contract S5 c3 building degrades
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Erik
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@ -682,7 +682,8 @@ Update immediately when a slice changes state. Chat is not the ledger.
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| S4-c3b | **LANDED 2026-09-04** — implementation `26e97ba41`, provenance contract `5110bf676`, packet-only correction `3f2f00c9f`; packet §22–§25. Dead classic-group `LocalSortCenters`/`CachedBatch.LocalSortCenter` storage and the alpha camera-parameter/digest chain are deleted. Live per-cell/particle CYpt keys, opaque `SortDistance`, building/private/portal distances, two FIFO lists, all state/barriers, and AP/AD rows remain. | **G3 LEAD SELF-GATE PROVISIONAL PASS; owner acceptance/owner-only rows pending. G4 UNPASSED.** | Retail/deletion lens PASS. Production lens found no code defect and one artifact-provenance omission; packet-only fix round 1 passed its narrow re-review. Fresh campaign: Release 0W/0E; App 132/132; Core 29/29; allocation 2/2 at 0 B; shader 32/32. G3: route 1 13/13, route 2 4/4, route 3 retry 3/3, all exit 0/graceful. The first route-3 attempt stopped before Nanto on registered #462. Exact PNG paths: packet §25. |
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| S5-c1 | **LANDED 2026-09-04 after the owner-authorized documentation/evidence exception.** Mandatory stop `efb075619` remains in history; final campaign tip `1718832e2`, reviewed scratch tip `b2d56f9e3`. | G4 UNPASSED | Narrow exception re-review PASS. Clean evidence: hermetic 16,760/16,760; inclusive InstalledDat 385 pass / the same documented 10 fail / 1 skip; both exact `d6592d3ac`, `WorktreeDirty=false`, manifests fully verified. Fresh campaign Release 0W/0E, Core 111/111, visibility 38/38, allocation/AP-116 4/4. Lead graphical portal-haze gate PROVISIONAL PASS, exit 0/graceful, 10 PNGs under `logs/selfgate-20260904-171137-s5c1-particle-visibility`; owner inspection pending. |
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| S5-c2 | **LANDED + REVIEW-CLOSED 2026-09-04; lead graphical gate PROVISIONAL PASS.** Campaign stack `a4de2efc4` -> `048027e71` -> `ef819eedf`; reviewed scratch tip `521f5edda54`; packet §§14–16. The opt-in IA-24 path borrows the exact prior-completed landscape set/flag, selects world casters through S2 CELLARRAY or building `EffectCellId`, selects authored terrain slots, and projects exact active instance runs without rebuilding retained topology. Pack-off remains unchanged. | G4 UNPASSED | Retail/deviation PASS; production's documentation-only fix round 1 narrowly re-reviewed PASS. Fresh campaign Release 0W/0E and affected 137/137. Official evidence: hermetic 16,768/16,768; broader InstalledDat 468 pass / 10 fail / 1 skip; canonical 385 pass / the same 10 fail / 1 skip; manifests and nonpassing identities exact. Valid lead gate `logs/selfgate-20260904-183925-s5c2-candidate-shadow-ab`: seven PNGs, exit 0, graceful logout, no fatal match, no client left. Exact parent `5c106bcdf` A/B at `s5-c2-ab-parent/logs/selfgate-20260904-183815-s5c2-parent-shadow-ab` proves the gate-visible dark lighting switch predates c2; #469/IA-24 carry it for resolution or explicit owner acceptance before G4. Owner PNG inspection pending. |
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| S5 | IN FLIGHT — c1 and c2 landed/review-closed/provisionally self-gated; c3–c5, #469 disposition, closeout, and G4 remain | G4 | Packet §§7 and 12–16 are binding; S5-c3 is next; never merge main before G4. |
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| S5-c3 | **CONTRACTED 2026-09-04; implementation pending.** Packet §17 is binding. | G4 UNPASSED | Exact building part-0 degrade selection, selected-Gfx complete-body gate, selected shell submission, shared retail FPS/automatic-degrade owner, and the three live Config preferences. Sonnet implements in a detached scratch worktree; lead verification and both sequential reviews precede landing. |
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| S5 | IN FLIGHT — c1 and c2 landed/review-closed/provisionally self-gated; c3 contracted; c4–c5, #469 disposition, closeout, and G4 remain | G4 | Packet §§7 and 12–17 are binding; S5-c3 implementation is next; never merge main before G4. |
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---
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@ -1,7 +1,7 @@
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# Campaign OVERHAUL v2 — S5 consumers, material, and closeout packet
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**Status:** S5-c1 and S5-c2 LANDED + lead graphical gates PROVISIONAL PASS
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2026-09-04; S5-c3 is next.
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**Status:** S5-c1 and S5-c2 LANDED + lead graphical gates PROVISIONAL PASS;
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S5-c3 CONTRACTED 2026-09-04, implementation pending.
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**Branch:** `claude/campaign-w-retail-frame-walk`.
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**Gate:** G4 remains unpassed. Nothing merges to `main` before G4.
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@ -947,3 +947,288 @@ silently accepted as a solid-renderer result: issue #469 records it and IA-24
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now names the gate-visible discontinuity. It must be resolved or explicitly
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owner-accepted before G4. S5-c3 is next; G4 remains unpassed and nothing may
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merge to `main`.
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## 17. S5-c3 contract — exact building degrade selection and complete-body gate
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This chunk is deliberately bounded to the building part-0 path named by S5.
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It replaces the capture-specific fixed `+0.99` selection, preserves the
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selected GfxObj identity separately from its optional drawing BSP, draws that
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selected shell, and makes the three already-authored Config preferences live.
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It does not add generic entity LOD, change S5-c1 particle visibility, change
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S5-c2 shadow selection, or implement the fixed-function material work reserved
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for c4.
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### 17.1 Lead-verified retail and paired-binary facts
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The paired executable is `C:\Users\erikn\Downloads\acclient.exe`, SHA-256
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`006FFEADC5D679C871497112A5BD1F87714D0E273E2166BAE5052DDE369297B1`.
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Its CodeView record remains GUID `{9E847E2F-777C-4BD9-886C-22256BB87F32}`,
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age 1, matching `refs/acclient.pdb`. Fresh read-only Ghidra output was checked
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against the named pseudo-C. Exact function byte ranges are:
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| Function | VA / file offset / length | SHA-256 |
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|---|---|---|
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| `SceneTool::UpdateFPSCounter` | `0x0043E510` / `0x0003E510` / 176 | `4B49B883F2F03284F08BAF70716F2AFFAA6591EAD4142D8D5A68879F79CA9DA2` |
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| `CPhysicsPart::Draw` | `0x0050D7A0` / `0x0010D7A0` / 192 | `965E1E6208DF662EE3466AA455CFF57BBDEA8AA3751E4DE2F5FD30C3842661FA` |
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| `CPhysicsPart::UpdateViewerDistance` | `0x0050E030` / `0x0010E030` / 384 | `30F0EEA8829728497E1D00E0D9737DF9EB112CC6643A24ED6150F1350D29D49D` |
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| `GfxObjDegradeInfo::get_degrade` | `0x0051E4B0` / `0x0011E4B0` / 400 | `E0FE4A2BC79F108985B84DDBA44460B8B80809AE81088779D02C2FEF6CCDD8B7` |
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| `Render::SetDegradeLevelInternal` | `0x0054C3C0` / `0x0014C3C0` / 240 | `9A59895EC901ABA75584EA5B059222C00CC9CF2B7AF54F5FB7C2A2CF444D83E4` |
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| `Render::CalcDegLevel` | `0x0054CAF0` / `0x0014CAF0` / 736 | `607DC8B8DBAAB9498C163241CE535E14751378A7EC06DFFD724BB68910C7BB08` |
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| `RenderDeviceD3D::DrawBuilding` | `0x0059F2A0` / `0x0019F2A0` / 177 | `0FEC14C65D32DACEA0344A9F347937A2588CE3D14694AC658607BDFE5ACDE125` |
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`RenderDeviceD3D::DrawBuilding @0x0059F2A0` always publishes the building's
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outdoor portal list and calls `UpdateViewerDistance(parts[0])`. Its complete
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body is gated only by
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`parts[0]->gfxobj[parts[0]->deg_level] != nullptr`. Inside that gate retail
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sets building/detail state, calls `FlushAlphaList(0f)`, calls
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`CPhysicsPart::Draw(part0, 1)` for the portal-only walk, sets the building
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flag, calls `CPhysicsPart::Draw(part0, 0)` for the selected shell, clears the
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flag, and clears detail state. A non-null selected GfxObj whose `drawing_bsp`
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is null therefore still crosses the alpha barrier and draws its shell; only
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the portal-only sub-walk naturally emits nothing. The current acdream
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`if (bsp is null) return` conflates those facts and is wrong.
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`CPhysicsPart::Draw @0x0050D7A0` normalizes its local level to zero when the
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part has no degrade descriptor or its stored level is outside the loaded Gfx
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array, then indexes `gfxobj[level]`. A null selected GfxObj returns; a non-null
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one reaches `DrawMesh`. `UpdateViewerDistance @0x0050E030` measures from the
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viewer to the base GfxObj's sort center after component-wise part scale, stores
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CYpt and heading, selects level zero/mode one for a missing ladder or the
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player, otherwise calls `get_degrade(CYpt / gfxobj_scale.z)`, and calculates a
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draw frame only when the selected GfxObj is non-null.
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`GfxObjDegradeInfo::get_degrade @0x0051E4B0` uses
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`max(0, abs(distance) - Render::s_rDegradeDistance)`. With automatic degrades
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enabled it uses `Render::deg_mul`; otherwise it uses
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`Render::s_rUserSuppliedDegradeBias`. For a nonnegative multiplier the strict
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threshold is `ideal - (ideal - max) * multiplier`; for a negative multiplier
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it is `ideal + (ideal - min) * multiplier`. The first strict `effective <
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threshold` match wins; equality advances; no match selects the last level.
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`degrades_disabled` forces level zero and that level's mode; a forced level is
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clamped to the last slot. This chunk has no production force-level or global
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disable control, but its pure selector must keep those two explicit inputs so
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the retail branches are pinned and no future caller must fork the algorithm.
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The binary statics are `s_rDegradeDistance=50`, `max_framerate=20`,
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`min_framerate=8`, `ideal_framerate=10`, `auto_update_deg_mul=1`, manual bias
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`0`, and initial `deg_mul=0`. The Config UI's authored defaults are separately
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automatic=false, bias=0, distance=50; production follows the persisted UI
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preference, not a capture's transient multiplier.
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`SceneTool::UpdateFPSCounter @0x0043E510` sums the prior 20 frame-duration
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slots, publishes FPS as zero when the sum is not strictly greater than
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`0.000199999995f`, otherwise publishes `20/sum`, then shifts the history and
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inserts the just-finished duration. Preserve this retail one-sample ordering,
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the 20-slot warmup contents, and single-precision behavior.
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`Render::CalcDegLevel @0x0054CAF0` first shifts its 30-slot candidate history.
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With automatic degrades off it stores the unchanged current automatic
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multiplier and returns. With automatic degrades on it evaluates retail's exact
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five-weight piecewise formula from current FPS and the 8/10/20 rates, adds the
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current multiplier, clamps to `[-1,+1]`, and calls
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`SetDegradeLevelInternal(candidate)` only after all 30 prior history slots are
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within the strict retail `abs(slot-candidate) < 0.01` band; it finally stores
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the resulting current multiplier. Port this body as one testable pure routine
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from the named function and paired bytes. A proportional controller, moving
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average substitute, time-based debounce, modern clamp, or reordered history
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is not equivalent.
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`Render::SetDegradeLevelInternal @0x0054C3C0` also derives retail object,
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particle, static-light, and dynamic-light budgets. S5-c3 changes only the
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building consumer of `deg_mul`: TS-15, AP-116, and AP-85 already own the
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surviving non-building LOD, particle-range, and light-pool differences and
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must be amended in the same implementation commit to name that uncoupled
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adaptive-budget fact. Do not perturb those already-landed policies here.
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Finally, `CBuildingObj::makeBuilding @0x006B53A0` calls
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`InitPartArrayObject(model, 1)`. That path accepts either a direct GfxObj or a
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Setup, but `DrawBuilding` still uses only `parts[0]`. A Setup-backed building
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therefore resolves the existing `SetupMesh.Flatten`/Resting placement part
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zero and its transform; it never flattens every Setup part into the building
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shell draw. The installed-DAT census below contains no Setup building, so this
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branch is a synthetic structural pin, not an installed-population claim.
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### 17.2 Installed-DAT population pin
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The lead scanned the installed land/cell/portal DATs through the legal
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`DatCollection` reader before this contract. Record and reproduce these exact
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facts in an InstalledDat test or an existing InstalledDat census surface:
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- 1,639 landblocks contain 6,979 building instances across 398 distinct
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models;
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- all 6,979 installed building models are direct GfxObjs; zero are Setup or
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another type;
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- all 6,979 resolve part-zero GfxObj data; none are missing;
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- 6,760 instances have degrade ladders, containing 27,859 level slots across
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350 distinct ladder models;
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- every one of those 6,760 ladders has exactly one zero-id slot and it is the
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final slot; no nonzero slot is missing and all 21,099 nonzero slots have a
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drawing BSP;
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- level-count histogram: 2→196, 3→216, 4→4,964, 5→1,341, 6→43;
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- there are no duplicate building-anchor groups.
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Thus the complete-body null-selected-Gfx path is real and widespread, while
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the non-null-Gfx/null-BSP path requires a synthetic pin even though its retail
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behavior is unambiguous. Do not “repair” the authored final zero slots, clamp
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to the last nonzero slot, or use BSP presence as a body-existence proxy.
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### 17.3 One typed selection, one shared degrade owner
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Replace BSP-only selection with one value that carries at least the selected
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GfxObj id, nullable drawing BSP, degrade level, and degrade mode. The base
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direct-Gfx path carries its own GfxObj id even with no ladder. Ladder entries
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carry the authored GfxObj id and mode as well as min/ideal/max and the optional
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BSP. A selected GfxObj id of zero is the exact complete-body failure. A
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nonzero id with null BSP is an admitted complete body with no portal walk.
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`HasGeometry`, the fixed `DefaultDegradeMultiplier=0.99`, and the erroneous
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default distance 100 are deleted, not retained as fallback truths.
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Create one renderer-lifetime degrade owner, passed/borrowed through normal
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composition: no static mutable global, service locator, duplicate UI mirror,
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or second ticker. It owns the 20 frame-time slots, 30 candidate slots, current
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automatic multiplier, exact rolling FPS, and the current persisted settings
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view. It advances exactly once per accepted graphical render callback using
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that callback's real delta; world replacement/portal travel does not recreate
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or double-tick it. Settings changes are observed on the next frame:
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- automatic=false → building selection and the FPS panel's DEG field use the
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persisted manual `GraphicsPerformance` bias;
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- automatic=true → they use the exact current automatic multiplier;
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- both modes use the persisted `DegradeDistance`;
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- the FPS panel's FPS field borrows this same retail rolling-FPS value, not a
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second cadence, while its authored show/hide option remains unchanged.
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The controller must define and pin initial/warmup behavior, zero and tiny
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deltas, NaN/infinity input, settings toggle transitions, and exact float
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ordering. It may fail closed or sanitize only where the retail x87 comparison
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would do so identically; any modern safety divergence must receive a register
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row in this same commit. No allocation is permitted after warmup.
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### 17.4 Exact building body, portal, and selected-shell execution
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At `DrawBuilding` entry retain the unconditional BLD transcript event and
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portal-list publication. Then select part zero once and use that same immutable
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selection for every downstream action:
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1. selected GfxObj id zero: return after entry publication; no alpha barrier,
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portal walk, look-in draw, or shell;
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2. selected id nonzero: emit the existing alpha barrier first;
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3. if the selection's BSP is non-null, run the existing pass-1/pass-2 portal
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walk through each active view; if null, emit no portal work but continue;
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4. submit the shell after the portal walk using exactly the selected GfxObj id.
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Thread the typed selection through `OnBuildingShellTurn` and the production
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world/populator/dispatcher seam. Do not mutate the retained
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`RenderProjectionRecord`, rebuild retained topology, clone a record per frame,
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or silently keep the base shell's `MeshRefs`. Classification must preserve
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the retained building's scene/lifecycle identity, root transform, material/
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surface overrides, detail state, effect/anchor membership, and picking facts,
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while replacing the part-zero GfxObj with the selected one. Direct-Gfx models
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use identity part transform. Setup models use exactly the precomputed part-zero
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placement/default-scale transform, and portal projection, sort-center distance,
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and shell submission must agree on the same composed part-zero frame.
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The building path submits exactly one selected part-zero mesh. If its render
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mesh is not resident, request/load that selected id through the existing
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asynchronous mesh seam and draw no shell for that frame; never fall back to
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the base GfxObj, block on DAT access, or query DAT from the renderer. Retry on
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the following frame through existing residency behavior. Zero retained shell
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records during a streaming boundary remains an empty shell turn; multiple
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matching retained shell records for one committed building is a fail-loud
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ownership error. No new dictionary, cell scan, or linear model search may run
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per building per frame.
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### 17.5 Config and deviation truth
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`Render_AutomaticDegrades`, `Render_GraphicsPerformance`, and
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`Render_DegradeDistance` become live rows and must no longer receive
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`storeOnly:true` or cite AP-198. Update the exact Config dim-set test and all
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comments/counts that pin it. AP-198 narrows from its current residual set by
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those three rows; do not disturb the already-live landscape-radius and
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building-detail controls. Keep AD-78's count and description mechanically
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consistent with the actual controller test.
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Narrow TS-15 explicitly to non-building parts. Amend AP-85 to say its fixed
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one-list light cap is not driven by `SetDegradeLevelInternal`'s multiplier,
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and AP-116 to say the explicit Retail/Extended particle-range choice is not
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the adaptive multiplier's object/particle distance budget. Those existing
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rows cover every intentionally uncoupled `SetDegradeLevelInternal` consumer;
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add no duplicate row. If implementation discovers another surviving
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deviation, add or correct its row in the same commit. The active-row total
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must change only if a row is actually added or retired; narrowing does not
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change it.
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### 17.6 Allowed scope and explicit nonchanges
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Allowed production scope is the existing building walk/factory/registry,
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frame-driver world-data/populator/dispatcher classification seam, the one
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renderer/frame-root composition seam needed for the shared controller, the
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FPS retained-UI binding, `DisplaySettings` comments, and the Config row
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dimming flags. One focused App-layer controller file may be added. Tests may
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change only for those surfaces, the exact retail math, installed census,
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composition identity, residency retry, lifecycle, and allocation. The only
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authorized documentation file in the implementation commit is
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`docs/architecture/retail-divergence-register.md`.
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Do not change portal admission, BSP traversal, alpha FIFO routing, material
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blend/state, particle update/range, point-light selection, terrain/shadow
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selection, streaming radii, generic entity/scenery/creature LOD, DAT reader,
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RHI/shaders, login/network/runtime gameplay, self-gate scripts, artifacts, or
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this packet/plan. Do not add a base-shell fallback. No graphical client is
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launched by the implementer.
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### 17.7 Required automated proof, mutations, and return
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Focused tests must prove at minimum:
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1. direct base Gfx and ladder selections carry exact id/BSP/level/mode;
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2. positive and negative multiplier arms, strict threshold equality, last
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slot, disable, forced-level clamp, scaled sort-center/CYpt, zero/negative/
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NaN/infinity inputs match a literal independent retail oracle;
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3. the prior-20 FPS ordering and the complete 30-slot `CalcDegLevel` formula,
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stability gate, clamp, manual arm, warmup, and settings transitions match
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fixed expected sequences—not implementation self-comparison;
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4. zero selected Gfx emits BLD only; nonzero/null-BSP emits BLD → alpha
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barrier → selected shell with no portal events; nonzero/BSP preserves BLD
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→ barrier → portal passes/look-ins → selected shell;
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5. a far selected LOD changes the submitted GfxObj id while all retained
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ownership, transform, surface/detail, effect-cell, picking, and ordering
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facts remain exact; no base fallback occurs while the selected mesh is
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unavailable, and the same selection appears after residency succeeds;
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6. a synthetic Setup building draws only transformed part zero and uses the
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identical composed transform for distance, portal clip, and shell;
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7. Config's three rows are live-colored, persist exact values, and the one
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composed controller instance is borrowed by both renderer and FPS panel;
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8. publish/retire/revisit/reset and first/login/portal/null-root frames neither
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duplicate nor recreate the controller and leave existing building
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lifecycle behavior intact;
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9. the installed census equals §17.2 exactly; and
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10. the warmed selection/controller/classification path allocates 0 managed
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bytes and does not advance retained topology or materialize records.
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Sabotage and restore at least these exact mutations, recording each first
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failing test/assertion in the implementation commit body: use BSP-null as the
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complete-body gate; clamp the final zero slot to the prior nonzero slot; use
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the base GfxObj for shell submission; change strict `<` to `<=`; feed the
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manual bias while automatic is enabled; update FPS after inserting the current
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sample; allow one stable history slot instead of all 30; fall back to base when
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the selected mesh is unavailable; and recreate the shared owner for the FPS
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binding. Include an allocation sabotage that constructs or clones per
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building and prove the 0-B pin catches it.
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Implementer return: `git diff --check`; Release solution build 0W/0E; focused
|
||||
building/walk/driver/dispatcher/settings/UI/composition tests; exact math and
|
||||
0-B lanes; official hermetic lane; inclusive InstalledDat lane with the
|
||||
campaign's accepted exclusions and explicit documented global identities;
|
||||
one clean commit; exact file/count/mutation report; no client run.
|
||||
|
||||
Sequential review 1 — retail/deviation fidelity: re-check every §17.1 byte/
|
||||
named fact, the §17.2 census, selection math, FPS/auto controller, complete-
|
||||
body gate/order, Setup part zero, selected shell, Config/register truth, and
|
||||
all mutations. Sequential review 2 — architecture/production/gate honesty:
|
||||
one shared owner/tick, one typed selection, no retained mutation/base fallback/
|
||||
renderer DAT read/topology rebuild, async residency, transform/material/
|
||||
lifecycle identity, allocation, allowed scope, build/lane provenance, and at
|
||||
least three reproduced sabotage claims. Reviews run sequentially. A failed
|
||||
lens gets one bounded fix contract; a chunk needing a third fix round stops
|
||||
and is written up.
|
||||
|
|
|
|||
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Reference in a new issue