trace-et1.jsonl |
l1-turn1.sav (= verify/results/saves/turn1-state.sav) + one End Turn — the hive-creation turn. SVSOSwarmQueen::RegisterHives words 170 → 172. |
trace-et2.jsonl |
the same session after a second End Turn; the second bracket is 192 → 211 with a residual of 0. Supersedes trace-et1.jsonl, which is kept because it is the record as it stood before the control turn existed. |
trace-oracle.jsonl |
ref-turn2.sav + one End Turn with the same build and config. This run reproduced the determinism oracle byte for byte (bb4fd9ac… / 978041ac…), so it is the rule-19 control for everything in the other two. |
watch-arm.txt |
the watch.mode=snlv arming sweep: all 28 systems with AFlags, SnLv and the decoded per-player 2-bit contact levels, plus the canary self-test. |
watch-hits.txt |
24 hardware watchpoint hits — 20 writes to Spica's SnLv (all from 0x0086a789) and 4 to its NVO record's {touched, TShn} pair. |
saves/l1-t1t2-post.sav |
post-turn autosave of the hive-creation turn, full L1 hook set. |
saves/l1-t1t2-post-hooksoff.sav |
the same turn with hooks=off, nothing installed. It differs from the line above AND from the historical turn2-state.sav, in one field: player 3's ResTNm. See the finding's §6.1 — this pair is why turn1-state.sav must not be used as a determinism oracle. |
saves/l1-t2t3-pre.sav, saves/l1-t2t3-post.sav |
the second bracket's two autosaves. |
rep.py |
the reader used for every table in the finding: prints each record's hook, depth, rng word delta and non-pointer arguments. uv run python3 rep.py trace-et2.jsonl. |
