c471a5515f
The standalone now models the turn's dominant generator cost -- 16 of a measured 18-22 words -- and lands 4 and 2 short of the two calibrated pairs, which is exactly the per-call-site ledger's split for those turns. The state block is byte-identical; only left differs. The answer to 'does it match the oracle' is no, by a stated amount, and tools/rng_oracle_check.py is the instrument that says so. The tail's last phase is modelled for the six turn-record fields recoverable from the wire and checked against the record the game itself archived: 480 fields over 80 player-records, 0 mismatches. It stays blocked; --commit-blocked shows exactly which five fields are missing and what they cost. By-product, and probably worth more than the phase: the stored bankruptcy elimination limit is injective in the maximum-income sum it is built from, so every save states the per-system output term that blocks ComputeBudget. tools/max_income_oracle.py inverts it -- 25 player-records over the corpus -- and recovers the protection factor as 3.3 from the saves rather than from the data files. It also shows the engine's -0.15 divisor disagrees with the game on 6 of those 25. divergence unchanged: 209->204 and 108->103, 5 closed / 0 regressed on both pairs. |
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| .. | ||
| control-flow | ||
| objects | ||
| subsystems | ||
| .keep.md | ||
| 00-strategy.md | ||
| 01-fingerprint.md | ||
| _template.md | ||