re: the RTTI route is dead - BASE_INFO enumerates 95 screens instead
Item (a): can the vtable scan name the corpus's anonymous classes? The route I proposed last turn - "the RTTI behind those two anon classes" - does not exist. Of all 1150 catalogued vtables, 1150 carry an ANON_ class name, 0 have rtti_present set, and 0 have a non-empty base_classes_json. Not one named class, not one RTTI flag, not one base-class edge in the whole table. Withdrawn as unrunnable; the ANON_Class_XXXXXXXX labels are synthesised, not recovered. The sibling methods cannot name a class either: slots 0, 2, 3 and 4 of both EX_ classes reference zero strings. Every naming datum sits in slot 1, the method the corpus already had. Re-verified at the true addresses (0x820A9760 and 0x820A9350) that sub_822814D8 and sub_8227A3A0 are each slot 1 uniquely, and sub_82286BC8 is in no vtable. What the shape DID give: both classes are 5-slot with an exactly-88-byte slot 0. 83 vtables have 5 slots, 16 also have the 88-byte slot 0, 13 of those have a catalogued slot 1, and 10 build a key list. Ranked by key count the two known screens sit at the top and the rest name themselves - a medals screen (MEDALS/ACHIEVED_MEDALS/NEW_MEDAL), an evaluation list (EVALUATION_LIST plus eval_%02d_eval / eval_%02d_points), the gamma screen (GAMMA_RGB/GAMMA_WB), POINT_RANKING, CLEAR_TIME_RANKING, and three bare ones. POINT_RANKING and CLEAR_TIME_RANKING being two separate screens is a direct lead for the open item "which challenge stage is which leaderboard mode": the leaderboard is ranked two ways and each way has its own class. But the obvious follow-on claim - that BASE_INFO marks this family - is false, and the control says so. BASE_INFO is a single string at 0x820A20EC referenced by 95 functions: 10 inside the family, 85 outside, including sub_82286BC8 (the save screen, in no vtable at all) and sub_822AE628 (the hangar loader). So the direction inverts: BASE_INFO is the universal first key of every screen key list, a 95-function population, while the 5-slot/88-byte shape is only a weak filter that catches 10 of them plus 6 non-screens. Enumerate screens by BASE_INFO, not by vtable shape. All seventeen artefacts byte-identical.
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@@ -6966,3 +6966,35 @@ unfiltered count would inflate by ~633. Elsewhere the populations are disjoint.
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**Rule**: always filter `kind='call'`; and a function with no `call` edges is a
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**virtual method**, not a gap to fill from `ind_call`.
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---
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## ✅❌ 2026-08-28 — the RTTI route is dead; `BASE_INFO` enumerates 95 screens
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Item (a): can the vtable scan name the anonymous classes?
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❌ **The RTTI route I proposed last turn does not exist.** Of all **1 150**
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catalogued vtables: **1 150** have an `ANON_` class name, **0** have
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`rtti_present`, **0** have a non-empty `base_classes_json`. Withdrawn as
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unrunnable.
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❌ **Sibling methods cannot name a class either** — slots 0/2/3/4 of both `EX_`
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classes reference **zero** strings; all naming content is in slot 1, which the
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corpus already had.
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✅ **Re-verified at the true addresses** (`0x820A9760` / `0x820A9350`):
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`sub_822814D8` and `sub_8227A3A0` are each slot 1, uniquely.
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✅ **The shape did find eight more screens.** 83 vtables have 5 slots; **16**
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also have an exactly-88-byte slot 0; 13 have a catalogued slot 1; **10 build a
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key list** — naming the medals screen, an evaluation list (`eval_%02d_points`),
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the gamma screen, **`POINT_RANKING`**, **`CLEAR_TIME_RANKING`**, and 3 bare ones.
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🔑 **Two separate ranking screens** — a lead for "which challenge stage is which
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leaderboard mode".
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❌ **But `BASE_INFO` is not the family signature.** One string, **95** referring
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functions: **10 inside the family, 85 outside** (`95 = 10 + 85`), including
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`sub_82286BC8` and `sub_822AE628`. **`BASE_INFO` is the universal screen-key-list
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marker; the vtable shape is only a weak filter.** Enumerate screens by
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`BASE_INFO`, not by vtable shape.
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@@ -227,3 +227,66 @@ is safe and an `ind_call`-based one is meaningless.
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**Rule for future work:** always filter `kind='call'`; and when a function has no
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`call` edges, that is a *fact about it* — it is a virtual method — not a gap to
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be filled from `ind_call`.
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### ❌ The RTTI route is dead — and ✅ what the vtable scan gave instead
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Last iteration proposed "the RTTI behind those two anonymous classes" as the next
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route with power. **Measured, it does not exist.**
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| over all 1 150 catalogued vtables | |
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|---|---|
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| `class_name` starting `ANON_` | **1 150 of 1 150** |
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| `rtti_present` true | **0** |
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| non-empty `base_classes_json` | **0** |
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There is not one named class, not one RTTI flag, and not one base-class edge in
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the whole table. ⚠️ **Withdrawn: my own "next route" from last turn was
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unrunnable.** The `ANON_Class_XXXXXXXX` labels are synthesised, not recovered
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names.
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✅ **Re-verified, though**: reading the two vtables at their true addresses
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(`0x820A9760`, `0x820A9350`) confirms `sub_822814D8` and `sub_8227A3A0` are each
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**slot 1, uniquely**, and `sub_82286BC8` is in no vtable.
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❌ **The sibling methods cannot name the class either.** Slots 0, 2, 3 and 4 of
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both classes reference **zero** strings. Every naming datum in both classes sits
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in slot 1 — the method the corpus already had.
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#### ✅ But the shape found eight more screens
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Both classes are 5-slot with an exactly-88-byte slot 0. Filtering the whole
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table on that shape: 83 vtables have 5 slots, **16** also have the 88-byte slot
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0, 13 of those have a catalogued slot 1, and **10 of the 13 build a key list**.
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Ranked by key count, the two known screens are at the top and the rest name
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themselves:
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| class | slot 1 | its key vocabulary |
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|---|---|---|
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| `ANON_Class_271D5F25` | `sub_822814D8` | `EX_STAGE_RESULT` / `STAGE_RESULT` — **the debriefing** |
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| `ANON_Class_CAA8AD62` | `sub_8227A3A0` | `EX_OVERVIEW` / `OVERVIEW` / `LAST_RESULT` — **the career screen** |
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| `ANON_Class_5FFD2641` | `sub_82278960` | `MEDALS`, `ACHIEVED_MEDALS`, `NEW_MEDAL`, `DETAIL_NEW` |
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| `ANON_Class_8501FBF7` | `sub_82275F80` | `EVALUATION_LIST`, `eval_%02d_eval`, `eval_%02d_points` |
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| `ANON_Class_B09C08C7` | `sub_822B4838` | `GAMMA_RGB`, `GAMMA_WB` |
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| `ANON_Class_9795AB66` | `sub_8227F6E0` | **`POINT_RANKING`** |
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| `ANON_Class_A7CB2C37` | `sub_82282C28` | **`CLEAR_TIME_RANKING`** |
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| `ANON_Class_7EE7DC6F` / `431702E3` / `22F09B71` | `sub_822B6F60` / `sub_822B84A8` / `sub_822B9B78` | `BASE_INFO` only |
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🔑 **`POINT_RANKING` and `CLEAR_TIME_RANKING` are two separate screens** — a
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direct lead for the open item "which challenge stage is which leaderboard mode":
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the leaderboard is ranked two ways, and each way has its own class.
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⚠️ Note `eval_%02d_eval` — a **printf numeric wildcard**, the code-side analogue
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of the datasheet schema's `???` suffix wildcard.
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#### ❌ …but `BASE_INFO` is NOT this family's signature
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The obvious next claim — "`BASE_INFO` marks the family" — is false, and the
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control says so plainly. `BASE_INFO` is a single string (`0x820A20EC`) and
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**95 functions reference it: 10 inside the family, 85 outside** (`95 = 10 + 85`).
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Among the outsiders are `sub_82286BC8` (the save screen, in no vtable at all) and
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`sub_822AE628` (the hangar loader).
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So the direction inverts: **`BASE_INFO` is the universal first key of every
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screen key list — a 95-function population** — while the 5-slot/88-byte shape is
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only a **weak** filter that happens to catch 10 of them (and 6 non-screens). Use
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`BASE_INFO` to enumerate screens; do not use the vtable shape.
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