26 Commits

Author SHA1 Message Date
eac92c3e44 re(flight): withdraw the roll result — the probe was measuring pitch as much as roll
Re-running roll with 5 s settles and in-run clock brackets:

  this run's clock: TIME 00:34.93 -> 00:45.97 = 11.04 s game in 7.98 s wall = 1.383
  min speed: 90.6 deg/wall-s /1.383 -> 65.5 deg/game-s  (AV_Roll_Min 200)
  max speed: 59.1            /1.383 -> 42.7             (AV_Roll_Max 125)

The corrected numbers are within a few per cent of the PITCH run's 67.8 and 40.9 —
two different stick axes cannot produce the same rates, so the probe is not
separating them. Cause: watching a non-forward matrix row sees any rotation that
moves that row, and pitch moves it as much as roll. The correct measure is rotation
ABOUT the forward axis (project the row onto the plane perpendicular to forward and
track that angle).

So "roll shows no speed dependence, unlike pitch" is withdrawn: it rested on 2 s
settles and a row that mixes axes, and the two runs disagree with each other
(144/150 then, 90.6/59.1 now). AV_Roll_{Min,Max} are not confirmed and the axis
question is open.

The clock ratio is now measured three times in three flights: 1.260, 1.311, 1.383 —
a property of the moment, not the machine, so every rate probe must bracket its own
phases.

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01NptfmpjdpNCKEez6d2xvA9
2026-08-13 18:12:20 +00:00
8b10c0451f re(flight): the clock factor is universal — angular matches too once corrected in-run
pitch_gametime.py brackets each turn phase with HUD screenshots, so the mission
clock's own advance converts wall seconds to game seconds within the same run:

  this run's clock: TIME 00:33.68 -> 00:44.12 = 10.44 s game in 7.96 s wall = 1.311

  pitch @ min speed  88.9 deg/wall-s  /1.311 -> 67.8 deg/game-s  vs AV_PitchMinus_Min 75
  pitch @ max speed  53.6            /1.311 -> 40.9             vs AV_PitchMinus_Max 40

Both land on the definition (the slow phase 10% low, consistent with including the
AA_* ramp in an 8 s window), so the clock explanation covers angular motion as well:
every stated rate is per GAME second.

The ratio is not a machine constant — 1.260 in the earlier flight, 1.311 here — so it
must be measured in the same run as whatever it corrects. Bonus: the same shots show
the HUD reading 102 at full LT against MinimumVelocity 100.

Also documents the trap that cost three runs: a killed Canary leaves both its shm
image and its last frame on screen, so a dead emulator looks alive and the scans
report "0 moving triples" like a tooling bug. pgrep -x matches zombies, so
speed_law.require_live_emulator() checks the process state letter and refuses to
measure a corpse.

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01NptfmpjdpNCKEez6d2xvA9
2026-08-13 17:56:16 +00:00
ae5f322c03 re(flight): the linear factor is the CLOCK — 1.260 measured against 1.267
Cleanest linear measurement: neutral throttle (HUD = CruisingVelocity 350), sticks
centred, 20 s of perfectly straight flight (displacement/path = 1.000):

  8 900 world units in 20.1 s -> 443.6 /s -> 1.267x the HUD's 350

And the game's own mission timer across a wall-clock interval:

  TIME 00:08.79 -> 00:46.97 = 38.18 s of game time in 30.29 s wall = 1.260

Same number. So the linear discrepancy is not a unit difference: the mission clock
runs ~1.26x faster than wall time under this emulator, and dividing world
displacement by WALL seconds inflates speed by exactly that. World units and
displayed speed share one unit; the definition velocities are per GAME second.

This supersedes the previous "world-unit vs displayed-speed" reading.

Left open (): settled turn rates measured 74.9/41.1 deg/s in wall time against
AV_PitchMinus_Min/Max 75/40, but the clock argument predicts ~94 for the first.
Either that agreement was luck inside a noisy sample (per-window rates spanned
61-96) or angular integration is frame-based where linear is time-based. The check
is to re-measure pitch and convert wall->game seconds with the clock ratio.

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01NptfmpjdpNCKEez6d2xvA9
2026-08-13 17:26:27 +00:00
0cb81b6200 re(flight): the linear discrepancy is a world-unit vs displayed-speed difference
Screenshotting the HUD speed readout at each throttle step, beside the
position-derived measurement of the same moment:

  RT 0.00   HUD 350 (= CruisingVelocity)   position ~447   ratio 1.28
  RT 0.25   HUD 507                        position ~652   ratio 1.29
  RT 0.75   HUD 963                        position ~1141  ratio 1.19

So (a) the HUD speaks the definition's units — exactly CruisingVelocity at neutral,
963 at three-quarters against the 987 the interpolation predicts — confirming the
throttle law in the game's own numbers without any position sampling; and (b) world
displacement runs ~1.2x the displayed speed. Since settled angular rates need no such
factor, this is a unit difference between the position triple and the velocity
fields, not a clock effect: a reimplementation moving entities at MaximumVelocity in
world coordinates will be ~20% slow.

Also fixes speed_law.find_player: a mission holds more than one *_Player object and
at least one never moves, so the finder now samples each candidate twice and keeps
the one that displaces. Locking onto the static one is what produced a run of exact
zeros while the game was visibly flying.

🟡 The ratio is 1.19-1.29 rather than a clean constant and every sample was taken in
a firefight; pinning it wants a quiet map.

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01NptfmpjdpNCKEez6d2xvA9
2026-08-13 17:06:35 +00:00
f6974ff3f0 re(flight): settled turn rates match the definition exactly — withdraw the time-base claim
Re-measured with 5 s of settle per phase and the speed recorded at the moment the
turn starts (flight_law3.py):

  pitch @ 130/s    74.9 deg/s   vs AV_PitchMinus_Min 75
  pitch @ 1821/s   41.1         vs AV_PitchMinus_Max 40
  roll  @ 110/s   129.5         vs AV_Roll_Min 200
  roll  @ 1722/s  149.3         vs AV_Roll_Max 125

Pitch lands on the definition's own numbers with NO scale factor, so the ~1.2x I
attributed to the emulated time base two iterations ago was an artefact of
differentiating during the AA_* acceleration ramp with too little settle. That
explanation is withdrawn: AV_* can be used verbatim.

What remains is only on the linear side — settled speeds still read high and vary
between runs (RT full: 1342 in one flight, 1821 in another, vs MaximumVelocity 1200),
consistent with a craft being shoved around in a firefight. The HUD reads exactly
CruisingVelocity at neutral. A clean linear measurement needs a quiet map; no cause
is claimed until then.

Roll re-measured with proper settles confirms the axis difference: no speed
dependence, both regimes near AV_Roll_Max, where pitch moved 75 -> 40.

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01NptfmpjdpNCKEez6d2xvA9
2026-08-13 16:46:33 +00:00
6ebbbeff65 re(flight): LT mirrors RT, and roll does not depend on speed
One flight, two measurements (flight_law2.py, binding early so the moving-craft scan
can see the player).

LT curve: 436, 379, 289, 209, 126 units/s across LT 0.00 -> 1.00 — a straight ramp,
whose endpoints after the ~1.2 time-base factor are CruisingVelocity 350 and
MinimumVelocity 100. So the law is symmetric:

  RT: target = Cruising + RT * (Maximum - Cruising)
  LT: target = Cruising - LT * (Cruising - Minimum)

Roll (measured on a non-forward matrix row, since roll turns about the forward axis):
~144 deg/s at minimum speed and ~150 at maximum — no speed dependence, where pitch
dropped by a third to a half between the same regimes. After the time-base factor
that is ~121, i.e. AV_Roll_Max 125 in BOTH regimes.

So _Min/_Max does not mean the same thing for every axis: pitch interpolates with
speed, roll appears pinned at Max. A reimplementation applying one rule to all axes
would get low-speed roll wrong by ~60%.

Caveat recorded: the two roll phases were 2 s of settling apart, marginal for a
126 -> 1342 speed change.

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01NptfmpjdpNCKEez6d2xvA9
2026-08-13 16:30:19 +00:00
4dbd4f6cef re(flight): the throttle is analogue — target speed interpolates cruise -> maximum
RT is an analogue trigger, so "held" was one point on a curve. Walking it 0.00 ->
1.00 (throttle_curve.py) gives a straight ramp: 438, 626, 879, 1094, 1342 units/s.
Dividing by the ~1.2 time-base factor, the endpoints land on the definition's own
numbers (365 vs CruisingVelocity 350; 1118 vs MaximumVelocity 1200) and the midpoint
follows, so

  target speed = CruisingVelocity + RT * (MaximumVelocity - CruisingVelocity)

which refines the earlier "selects one of three targets" reading: those three are the
curve's endpoints.

It also refutes the standing afterburner hypothesis that full RT is the burner: the
curve is smooth through full deflection with no step, and the shield does not move.

The LT half is not measured yet — the entity scan needs the craft moving when it
runs, so a mission left idling drops out of it. Bind early.

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01NptfmpjdpNCKEez6d2xvA9
2026-08-13 16:14:47 +00:00
fb1405b13f re(flight): the afterburner is not on A/B/X/LB/LS/RS — bounded negative, with a cheap HUD oracle
The definition describes the burner (AB_ConsumeShield_Begin 50, AB_ConsumeShield 10,
AB_AV_* turn caps well below normal) but names no input, and carries no AB velocity
field.

Three probes, all negative for A, B, X, LB (plus LS/RS on the first):
- ab_probe.py: hold RT for a max-speed baseline, then each candidate — speed stayed
  inside the baseline's own noise band every time.
- ab_state_probe.py: sample a window of the player object during each hold and
  report any float that falls — nothing fell.
- HUD oracle needing no offsets: count green pixels of the SHIELD bar on a freshly
  spawned craft. AB_ConsumeShield_Begin 50 should take a visible bite; the bar read
  156/156/156/157/157 across baseline and all four buttons.

So the burner needs a chord, an input this pad cannot reach, or belongs to another
craft/the AI. Recorded so the obvious buttons are not re-probed.

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01NptfmpjdpNCKEez6d2xvA9
2026-08-13 15:51:32 +00:00
86fcfcc8b0 re(flight): turn rates confirm AV_* are rate caps and _Min/_Max mean at min/max speed
turn_law.py pins the speed regime with a throttle, holds a stick axis and
differentiates the craft's own forward vector over 1-second windows.

  slow + nose down  ~87 deg/s   (AV_PitchMinus_Min 75)
  fast + nose down  ~54         (AV_PitchMinus_Max 40)
  slow + nose up   ~175         (AV_PitchPlus_Min 150)
  fast + nose up   ~136         (AV_PitchPlus_Max 70)

So agility falls with speed (_Min/_Max are at minimum/maximum speed, not rate
bounds) and pitching up is ~2x pitching down, exactly as the field pairs say.

Control mapping measured: LX is roll (forward vector barely moves, 3-5 deg/s), LY is
pitch (+1 = nose down per vgamepad's LY: -1 = up), and the right stick does not steer
at all.

The ~1.2x overshoot seen in the speed law appears again here (1.16-1.35x), and a
unit scale cannot explain both m/s and deg/s — a TIME BASE can: if the guest's
simulated second is shorter than the wall-clock second the probe measures against,
every rate reads high by the same factor. So the definition numbers are
self-consistent and these measurements confirm the shape of the law, not a scale.

Recorded 🟡: no yaw input found (AV_Yaw_* exists but neither stick yaws), which with
roll on LX and MaximumBank_Normal points at a bank-to-turn model.

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01NptfmpjdpNCKEez6d2xvA9
2026-08-13 15:30:00 +00:00
1efc3f567d re(flight): the throttle is a target-speed selector, measured against the definition
speed_law.py locks onto the player entity once and samples its position while
holding each throttle input, differentiating over 1-second windows.

  no throttle  -> ~420   (CruisingVelocity 350)
  RT held      -> ~1 530 (MaximumVelocity 1200)
  LT held      -> ~125   (MinimumVelocity 100)
  release      -> back to cruise, from either direction

So the throttle SELECTS a target speed rather than adding thrust — which is what a
reimplementation would most likely have assumed from Acceleration/Deceleration
alone. Those govern the convergence rate instead: ~440 units/s^2 measured on
release (Deceleration 500) and ~470-560 under RT (Acceleration 600).

Recorded as 🟡: measured world speeds run ~1.2-1.3x the definition numbers in all
three regimes while the HUD shows the definition value exactly (350 at cruise), so
world coordinates are a constant multiple (~1.25) of the definition's velocity unit;
the spread is wider than the constant is precise because the craft manoeuvres while
sampled.

Three traps documented: RT/LT are analogue triggers (the button verb is a silent
no-op and the first run measured an unflown craft), per-sample differentiation
aliases against the guest's update rate (0, 1519, 1985, 0, 2681 for smooth flight),
and the player entity only enters the typed scan ~15 s in while the craft dies within
minutes if nobody flies it.

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01NptfmpjdpNCKEez6d2xvA9
2026-08-13 15:08:11 +00:00
6d0bdf0179 re(units): S08 closes the story stages (68 units), and GAME_CLEAR unlocks nothing
S08 gave the last two story-stage units — UN_be005_ADAN_SpaceFortress and
UN_mn500_ADAN_FloatingMine — plus six S08 asteroid collision meshes: 68 units,
9 393 rows, 7 115 defaulted-on-disc values. Every unit any story mission fields is
now read (689 more disc cross-checks, 0 disagreements).

Probe recorded as a negative: setting Game Status (GHAD +48 and its header mirror
+0x18) to 2 = STATE_GAME_CLEAR leaves both menus unchanged — the title still shows
NEW GAME / LOAD GAME / TUTORIAL / OPTIONS / EXTRAS and EXTRAS still shows only
MISSION SELECT / MOVIE THEATER / BACK. So the EX/challenge rosters are not gated on
that field.

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01NptfmpjdpNCKEez6d2xvA9
2026-08-13 14:39:05 +00:00
0221217968 re(units): six targeted harvests — 60 of 110 units, 6 071 defaulted values
S03, S06, S09, S13, S15, S16 (plus the earlier run): 21 -> 60 units,
963 -> 6 071 defaulted-on-disc values, 8 241 rows. Disc cross-checks agree with
0 disagreements throughout.

- UN_e901_ADAN_Boss and UN_e910_core_ADAN_GeneratorCore are harvested (HP 10 000,
  Size_X 500, Size_Radius 250, MaximumVelocity 450) WITHOUT the boss ever being on
  screen: definitions are instantiated at stage load, so a unit only needs to be in
  the roster. That is far weaker than what the draw-capture work requires.
- The extra stages are not reachable via the save's stage field: stage 27 boots to
  the title and then the emulator exits during the load, as do the other S24..S29
  entries, while story stages 1-16 all load. The field addresses the story campaign
  only; EX/challenge rosters need the Challenge-mode menu path.

Remaining 50 units are almost all EX variants in S24/S25/S27/S28/S29; the only
story-stage stragglers are UN_mn500_ADAN_FloatingMine and
UN_be005_ADAN_SpaceFortress in S08.

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01NptfmpjdpNCKEez6d2xvA9
2026-08-13 14:14:18 +00:00
bf6825e278 re(units): target missions by roster, harvest S09 — 36 units / 3 439 defaulted values
examples/roster_target.rs ranks stages by how many roster units are still
unharvested. The EnumUnit_S<NN> tables are found by hashing candidate TOC paths
(hash::TOC_NAME_SCHEMES) — UnitRoster::stage can only infer a tag when the roster
carries a UN_S<NN>_ prop, which most do not.

It picked S09 (10 missing). Flying it: 26 -> 36 units, 3 345 -> 4 785 rows,
2 351 -> 3 439 defaulted-on-disc values. New: e102_Battleship, e104_Carrier,
e107_AAFrigate, e011_Attacker_B, e008_TurretPlus, be001_TerrafoamingUnit,
e001_Elan_GR{,_Violeta}, f102_LightCarrier_Inv, f106_Destroyer_Inv.

Also settled: the definition objects are mission-independent. Eleven units appear in
more than one snapshot and four are not byte-identical, but compared through the
layout ZERO mapped fields differ — the 12 differing slots are all unmapped (offsets
4/8/16/20 and 0x250/0x268/0x300-0x308/0x330-0x338: object header and sub-object
pointers). So a harvested value is the definition, not a per-mission tweak, and the
earlier UN_f201_TCAF_Tanker flag resolves the same way. Cross-checks over three
snapshots: 1 052 agree, 0 disagree.

Third angle field found the same way (Through_AngleMaximum = 60 degrees in radians),
so the degrees<->radians rule covers any name containing "Angle".

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01NptfmpjdpNCKEez6d2xvA9
2026-08-13 13:48:12 +00:00
14d5ed54d1 re(units): read definitions with the code-derived layout — defaulted values 1 059 -> 2 351
unit_runtime.py can only place fields the disc values (it scores triples against
disc records): 58 of 153 from one snapshot. data/unit_definition_layout.txt came
from the title's loader instead, so it places all 159 — including the fields no
disc record sets, which is the Route-B target.

tools/re-capture/unit_dump_layout.py reads every field of every live definition
object with that layout and keeps the discipline: a field the disc DOES value is a
check, not a new value. Over two snapshots (19 objects): 700 cross-checks agree,
0 disagree.

  fields placed per object            58 of 153 -> 159
  rows over those 19 units                  609 -> 2 736
  defaulted-on-disc values (whole file)   1 059 -> 2 351

Two traps recorded: the layout table's offsets are DECIMAL while the solver CSV
prints hex (parsing as hex fails the cross-check on everything — which is how it
announced itself), and angle fields can carry a prefix (AB_AA_PitchPlus is still an
angle, so the AV_/AA_ test must match anywhere in the name).

Flagged: UN_f201_TCAF_Tanker's object is not byte-identical between the two
missions — per-mission override or a runtime-mutated field; needs a third snapshot
to separate.

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01NptfmpjdpNCKEez6d2xvA9
2026-08-13 13:30:49 +00:00
d61baddaf0 re(units): stage select lifts the per-stage coverage limit — 21 -> 26 units
Unit definitions are instantiated per stage, so the parked "coverage grows by
visiting missions" limit was blocked on progress. With the save's stage field
solved, any story stage can be flown from a hand-edited save and snapshotted.

First harvest (a Night Ravens mission, 027 objectives, different roster):
  units with runtime values   21 -> 26
  csv rows                 1 827 -> 2 143
  defaulted-on-disc values   963 -> 1 059

New: UN_e004_ADAN_ElanPlus_N, UN_e006_ADAN_Vindicator_Margras,
UN_f002_TCAF_DeltaSaber_W, UN_f002_TCAF_DeltaSaber_W_Player (a second player craft)
and UN_mn040_Asteroid_Big (47 defaulted values, Size_Z = 2000).

Two traps recorded with the fix: launch_mission.sh presses A on the PRESELECTED
slot, which is the last-used one (03 here), so a probe in slot 01 is ignored — the
first attempt flew stage 02 again and the solver correctly found 0 new units; patch
every slot or confirm the highlighted slot by screenshot. And back up before
patching: the mid-run backup already held the probe, so slot 01 was restored from
the earlier pristine copy (md5 142b4f43…, verified byte-identical).

Token file for the solver: idxd_tokens <GP_MAIN_GAME_E.pak> Generic — 110 UN_*
records, the disc's full unit count.

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01NptfmpjdpNCKEez6d2xvA9
2026-08-13 13:16:04 +00:00
d1b50dc1e6 re(xbg7): characterise the residual 47 misses — 99.25% of resources decode
examples/why_missed.rs reports the furthest gate per undecoded resource. Disc-wide
that is 47 rows / 43 distinct names, and they are mostly not ship geometry:

  30  e_rou_/_rou_ pose & proxy composites (24-vertex marker boxes, extent 0.010)
   6  .DAT particle composites in ptc_pack
   8  damage/LOD variants (e101_bdy_02_d, e901_wing_05_*_m, ...)
   3  props/other (g005 extent 0.196, _rou_f001_wep_05, e_rou_e005)

By gate: extent 32, coverage 8, winding 7. The extent bucket is almost entirely the
pose-proxy boxes, and lowering that floor was measured and refuted earlier. The one
genuinely interesting residual is e901_wing_05_L/R at winding 0.587/0.570 against the
0.70 floor — the signature of a thin double-sided sheet, unproven without a capture
with the boss on screen (flying stage 16 puts the container in memory but the unit
never appeared).

So: 6 247 / 6 294 resources decode (99.25 %), and every real mesh drawn in three
captured missions decodes at the GPU's own offsets with index runs matching byte for
byte (93/93 and 128/128).

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01NptfmpjdpNCKEez6d2xvA9
2026-08-13 12:50:19 +00:00
3b35c48fce fix(xbg7): grouped selection prefers the candidate explaining the whole pool; per-sub-mesh decls on by default
With per-sub-mesh declarations enabled, n201_01 decoded as a 2-part fragment 4 bytes
off. Both starts validate for the pivot — 0x32BA718 at pad 2 (earlier in file order,
so first-match took it) and the capture-proven 0x32BA71C at pad 0 — so the pivot
alone cannot separate them; at the early one two of four sub-meshes fall out as
out-of-range.

anchor_grouped_meshes now builds each accepted candidate and keeps the one that
explains the most of the declared pool: it returns immediately when a candidate
explains all n sub-meshes, else keeps the best partial, so it can never decode less
than first-match did. n201_01 lands on all four capture-proven offsets
(0x32BA71C / 0x32BEFF4 / 0x32C416C / 0x32C536C) and its two sibling copies take their
own pools, so the twin collapse is gone.

XBG7_SUBMESH_DECLS is therefore on by default (=0 reverts):

  resources that never decode        85 -> 47
  resources decoding in no container 63 -> 30
  degenerate index runs               1 -> 1   (unchanged)
  cross-container minority decodes   96 -> 96  (unchanged)
  captured index runs, stage-02      93/93     (unchanged)
  captured index runs, stage-05     124/128 -> 128/128

The last line is the point: the buffers the capture could not name are the n201
family, and they now decode and match the GPU's indices byte for byte. Suite green
including twin_pairs_do_not_share_a_buffer, apart from the pre-existing
known-failing cross-container consistency test.

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01NptfmpjdpNCKEez6d2xvA9
2026-08-13 12:27:56 +00:00
4cdbbc2d48 feat(xbg7): read the per-sub-mesh vertex declarations (XBG7_SUBMESH_DECLS, off by default)
desc_dump shows each index marker is followed by its OWN element triples: n201_01
declares strides 24, 24, 24 and 28 (the last sub-mesh has a fourth element), which
matches the runtime capture's stride=28 on that draw and the four distinct vertex
shaders. parse_vertex_decl read the first declaration for the whole pool.

all_vertex_decls reads one per marker; anchor_grouped_meshes uses each sub-mesh's
own stride for the pool walk, the pivot validation and the read. debug_grouped_report
follows the same setting so the diagnostic cannot blame the wrong gate — at n201_01's
capture-proven pool start it now reports "pad 0: ACCEPTED" instead of a NaN position.

With XBG7_SUBMESH_DECLS=1: resources that never decode 85 -> 47, resources decoding
in no container 63 -> 30, capture oracles unchanged (93/93 index runs, 42/42 index
counts), consistency unchanged at 96.

Off by default because selection has not caught up: the three n201_0x copies then
settle on one pool (twin_pairs_do_not_share_a_buffer fails), production still picks
a start 4 bytes before sub-mesh #1 rather than the proven one even though the proven
start validates and is unclaimed, and four newly decoded ptc_pack .dat composites
carry degenerate triangles. Format truth is settled; choosing among candidates is
the remaining work.

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01NptfmpjdpNCKEez6d2xvA9
2026-08-13 11:45:20 +00:00
27577538cb re(xbg7): a capture names a never-decoding family, and the cause is mixed strides in one pool
capture_ib_truth now proposes an identity for each drawn buffer our decoder cannot
place, by matching (vertex, index) counts against declared-but-not-decoded
resources. That identified n201_01/_02/_03 in Stage_S02.xpr — three of the 63
resources that decode in no container — and the capture pins all four sub-meshes:

  #0 vb 0x32BA71C ib 0x32B39FC 4464 idx 777 v stride 24
  #1 vb 0x32BEFF4 ib 0x32B5CDC 4464 idx 869 v stride 24
  #2 vb 0x32C416C ib 0x32B7FBC  576 idx 192 v stride 24
  #3 vb 0x32C536C ib 0x32B843C 4464 idx 869 v stride 28   <- different

The layout matches our assumptions exactly (tight index packing, last buffer flush
against vb0 so pad 0, span 27936 == align4-summed markers, contiguous vertex
buffers, max index == verts-1 everywhere). The defect is that sub-mesh #3 has a
different stride AND its own vertex shader: anchor_grouped_meshes parses one
declaration per resource and applies its stride to every sub-mesh, so it reads #3
out of phase (372 non-finite position components of 2607), and since the pivot is
the largest index count with ties going to the last marker, the pivot IS that
sub-mesh — so the whole resource is declined.

Also adds examples/miss_targets.rs (which container to aim a capture at): 63
resources decode nowhere, 58 of them in exactly one container, clustering as
Stage_S16 21 (e901_wing_05_*), ptc_pack 12, Base 6, then per-stage n2xx groups.
Flying stage 16 did not draw the e901 wings — the container is resident but the
unit must also be on screen.

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01NptfmpjdpNCKEez6d2xvA9
2026-08-13 10:52:35 +00:00
92d36ec10f re(xbg7): a Stage-05 capture validates the pad fix out of sample, and shows how containers load
Ran ship_capture_close.sh in story stage 05 (reachable now via the save's stage
field) instead of stage 02: 3 logs, ~11 200 draws.

- Out-of-sample check of the pad-scoring fix: 124 of 124 index runs identical to
  the GPU's, 2 769 index elements, 0 differing — on draws the fix was not derived
  from (the stage-02 capture gave 93/93).
- A mission keeps SEVERAL stage containers resident: 65 drawn buffers place in
  Stage_S02.xpr at 0x17FE3FF4 (the shared TCAF/ADAN fleet) and 5 in Stage_S05.xpr
  at its own constant 0x1927B7F4 (the f101 ACROPOLIS, this mission's escort) —
  the first capture-truth rows for a container other than Stage_S02. Both sets
  have exact index counts and exact coverage.
- Why: f105_bdy_01 lives in 13 of the 22 stage containers and not in Stage_S05 at
  all, so the resident set follows the mission's unit roster, not the stage number.

Consequence for the residual misses: a different story stage is not a different
container. Aiming a capture at a specific container is a static question (resource
names per container x the stage's EnumUnit roster).

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01NptfmpjdpNCKEez6d2xvA9
2026-08-13 10:20:00 +00:00
9fd5dcd37d re(savegame): GHAD +52 is the stage number — a hand-edited save plays Stage 05
Static analysis of the header builder (0x822870b4..0x82287128) shows the GDHA
container header carries a SUMMARY of the progress block, and the screens read
that: hdr+0x14 <- GHAD+52, hdr+0x18 <- GHAD+48, hdr+0x1c <- +24 (Points),
hdr+0x20 <- +4 (flight), hdr+0x24 <- the computed clear ratio, hdr+0x28 <- +12.
savegame_edit.py copies the donor header verbatim, so payload-only probes left a
stale summary — which is why +52 looked refuted.

Patching both (hdr[0x14] = 5, ghad[+52] = 5) makes the title read
"STAGE 05 - Star System Escape", load it, brief the Gallia Asteroid Group, and fly
an asteroid-field mission with a different objective and roster. So +52 is the
stage number, 1-based, and one u32 chooses the mission.

Also corrected in the GHAD table: +48 is the Game Status enum (0 = At Standby,
matching the screen's STATE_STAND_BY/STAGE_CLEAR/GAME_CLEAR list) and +12 is Times
Cleared, both via their header mirrors.

This unlocks runtime capture in containers other than Stage_S02 (the 85 XBG7
misses, box identity, ship-placement generalisation) and per-stage unit
definitions. Slot 01 was backed up and restored byte-identically.

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01NptfmpjdpNCKEez6d2xvA9
2026-08-13 09:46:08 +00:00
0cf9220d24 re(savegame): stage-unlock probes are negative, and the Details panel is not a payload oracle
Four probes against slot 01 (the save the title-menu screens read), each backed up
and restored byte-identically:

- SHAB[1..7] filled -> MISSION SELECT still locks Stage02-08, cursor will not
  leave Stage01. The per-stage record table is not the unlock gate; the earlier
  SHAB[1] attempt used a throwaway slot and could not show this.
- GHAD +36/+52/+56 = 5 -> still locked, panel still STAGE 02 / EASY.
- GHAD +16 = 4 -> panel still STAGE 02, so it is not a 0-based stage index.
- live-RAM writes into the loaded GDHA header -> panel unchanged.

The useful part is why the panel cannot answer this: guest RAM at that screen holds
NO payload bytes (neither the 4101/4101/79 triple nor the 54-byte develop blob),
but it does hold the save's GDHA container header with a summary copy of Points,
flight time, clear ratio and a FILETIME. savegame_edit.py copies the donor header
verbatim, so a payload edit leaves that summary stale — "the panel did not change"
therefore cannot separate "not the stage field" from "the panel never reads the
payload". Future stage/difficulty probes must patch the header too, or be judged by
what the game does on load.

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01NptfmpjdpNCKEez6d2xvA9
2026-08-13 09:18:46 +00:00
0776beb6f4 fix(xbg7): degenerate index runs 582 -> 1 (grouped path + prefer a clean candidate)
Two follow-ups to the pad-scoring fix, both driven by the same invariant (a
correctly located index run has no degenerate triangles):

- anchor_grouped_meshes picked its pad by first-match too; scoring the pivot run
  the same way cleared every remaining ptc_pack composite (f102/f104/e107).
- anchor_pool_mesh now prefers a degenerate-free candidate over an earlier dirty
  one. examples/better_home.rs showed the last two resources each had exactly one
  degenerate-free, pool-covering block, sitting later in file order than the
  lookalike we took. First-match order is kept for every clean hit, and a dirty
  block is still used if nothing clean exists, so coverage cannot regress.

  degenerate index runs, disc-wide:      582 -> 11 -> 1
  captured index runs identical:         93/93 (unchanged)
  resources decoded / misses:            6 209 / 85 (unchanged)
  index runs changed / anchors moved:    590 / 10 (_rou_f402_dead x8, e201_bdy_03_m x2)

Cross-container minority decodes 89 -> 96, and that is progress: all seven new
rows are _rou_f402_dead, which now has a majority (32x25x8) for the first time, so
its seven wrong copies are named instead of hidden behind "no majority".

The last dirty run (_rou_f402_dead in Stage_S09) is blocked by distinct assignment
— its clean block is claimed by e_rou_f003_Near, both 24-vertex bounding boxes. A
winding-floor escalation for that case was written, measured to fire for nothing,
and reverted; the reasoning is kept as a comment.

Regression threshold tightened to 1. Suite green with --include-ignored apart from
the pre-existing known-failing cross-container consistency test.

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01NptfmpjdpNCKEez6d2xvA9
2026-08-13 08:52:41 +00:00
33dc12c948 re(xbg7): render the before/after — the index shift shredded capital-ship hulls
ship_render --static on f101 (ACROPOLIS) with and without XBG7_PAD_FIRST_MATCH=1.
Identical triangle count, placements and bounds; the old wiring renders as a mess
of shards, the fixed one as a coherent hull. Kept as the evidence image for the
pad-scoring fix.

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01NptfmpjdpNCKEez6d2xvA9
2026-08-13 07:28:40 +00:00
41b59faf5f fix(xbg7): the index run was one element late for 575 sub-meshes
Extending the capture comparison from index COUNTS to index VALUES
(`examples/capture_index_bytes.rs`, using the batch offsets the new ib logging
gives) showed 76 of 93 Stage_S02 index runs identical to the GPU's and 17
differing — every difference a shift by exactly one element, on buffers whose
index data sits at pad 2.

`anchor_pool_mesh` returned the FIRST pad that validated, and pad 0 is tried
first with the looser winding gate (0.70 vs 0.85). Read at pad 0, a pad-2 block
yields [true[1], true[2], …, garbage]: every index in range, the pool covered,
the positions right, the winding often just above 0.70 — so it validated, and
every triangle was mis-wired. Nothing count-based could see it.

The signature is decidable without the capture: a shifted run wires arbitrary
vertices, so triangles come out degenerate. 282 of 283 correctly anchored
Stage_S02 blocks have zero degenerate triangles, while the shifted readings carry
1–2 156. So score every validating pad by (degenerate triangles, then winding)
and keep the best. `XBG7_PAD_FIRST_MATCH=1` restores the old behaviour.

  captured index runs identical:            76/93  ->  93/93  (2 025 elements)
  decoded runs with a degenerate triangle:    579  ->     16  (disc-wide)
  sub-meshes whose index run changed:                    575  of 8 850
  resources decoded / vertex anchors / consistency:  unchanged (6 209 / same vb / 89)

Locked in by tests/mesh_disc.rs::decoded_index_runs_have_almost_no_degenerate_triangles.
Suite green with --include-ignored apart from the pre-existing known-failing
cross-container consistency test (the 24-vertex bounding-box class).

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01NptfmpjdpNCKEez6d2xvA9
2026-08-13 07:26:52 +00:00
6d92e6c114 re(xbg7): the [index][vertex] layout is runtime-verified, and the indices= mystery was batching
The decoder's central unstated assumption — a block's index buffer sits
immediately before its vertex buffer (`vb - idx_count*2 - pad`, pad <= 3) — was
also the prime suspect for the residual anchor misses, since a capture-proven
`e106_eng_02_l` block was rejected outright. Measured it instead of assuming:

- extended the F10 ship capture to log each draw's index buffer (base, count,
  min/max index) and to key its de-dup on the index range, so every draw batch
  is recorded rather than only the first;
- `examples/capture_ib_truth.rs` places each drawn buffer in the container by its
  dumped positions and scores the capture against our decode.

Stage_S02, 42 drawn buffers placed: our idx_count == the sum of the draw's index
batches for 42/42, the batch union covers the vertex pool exactly for 42/42, and
all 30 single-block cases sit at pad <= 3 (20 at pad 0, 10 at pad 2). The other
12 are grouped pools, where one index pool serves the whole group. So the layout
holds, the decoded index count is exact, and eng_02_l died on the connectivity
gate (since replaced by the winding gate) — not on index location. The shipped
exact-coverage rule is independently confirmed.

The recorded "capture indices=21 vs our 246" disagreement was an artefact of the
old de-dup key: 21 was the first of two batches, 21 + 225 = 246. Any conclusion
from a pre-2026-08-13 capture's `indices=` or `vbase - ibase` is about one batch,
not about the block.

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01NptfmpjdpNCKEez6d2xvA9
2026-08-13 05:57:44 +00:00
48 changed files with 16688 additions and 1807 deletions

View File

@@ -0,0 +1,123 @@
//! Does a resource have a CLEANER home in its container than the one we picked?
//!
//! After the pad-scoring fix, only two resources on the disc still decode to an
//! index run with degenerate triangles — `e201_bdy_03_m` (2 containers) and
//! `_rou_f402_dead` (9). Degeneracy says the run does not fit the pool, so either
//! the vertex block is wrong or the candidate list never offered the right one.
//! This walks every candidate vertex-run start for the resource's declaration and
//! scores each `(start, pad)` the way the anchor now does — degenerate triangles
//! first, then winding, plus coverage — so the answer is one of:
//! * a strictly cleaner candidate exists (the selection is at fault),
//! * several are equally clean (genuinely ambiguous), or
//! * nothing is clean (the block is not in the candidate list at all).
//!
//! Usage: better_home <container.xpr> <resource-name>
use sylpheed_formats::mesh::{debug_resource_params, debug_vertex_run_starts, Xbg7Model};
fn be16(b: &[u8], at: usize) -> u32 {
((b[at] as u32) << 8) | b[at + 1] as u32
}
fn main() {
let a: Vec<String> = std::env::args().collect();
let bytes = std::fs::read(&a[1]).expect("container");
let name = &a[2];
let Some((markers, stride)) = debug_resource_params(&bytes, name) else {
eprintln!("no such XBG7 resource: {name}");
std::process::exit(1);
};
let (vc, ic) = markers[0];
println!("{name}: {} marker(s), first = {vc} verts / {ic} indices, stride {stride}", markers.len());
// Where did the decoder put it?
let ours = Xbg7Model::stage_models(&bytes)
.into_iter()
.find(|m| m.name == *name)
.and_then(|m| m.meshes.first().and_then(|s| s.vbuf_offset));
println!("our anchor: {ours:?}");
let starts = debug_vertex_run_starts(&bytes, stride);
println!("{} candidate vertex-run starts for stride {stride}", starts.len());
// Score every (start, pad): degenerate triangles, winding against the stored
// normals, and whether the run covers the pool exactly.
let mut rows: Vec<(usize, f32, usize, usize, usize, bool)> = Vec::new(); // degen, wind, start, pad, max_idx, covered
for &vb in &starts {
for pad in 0..=3usize {
if vb < ic * 2 + pad {
continue;
}
let ib = vb - ic * 2 - pad;
if ib + ic * 2 > bytes.len() || vb + vc * stride > bytes.len() {
continue;
}
let idx: Vec<u32> = (0..ic).map(|k| be16(&bytes, ib + k * 2)).collect();
let max_idx = *idx.iter().max().unwrap_or(&0) as usize;
if max_idx >= vc {
continue; // out of range — not a candidate at all
}
let pos: Vec<[f32; 3]> = (0..vc)
.map(|v| {
let at = vb + v * stride;
[
f32::from_be_bytes(bytes[at..at + 4].try_into().unwrap()),
f32::from_be_bytes(bytes[at + 4..at + 8].try_into().unwrap()),
f32::from_be_bytes(bytes[at + 8..at + 12].try_into().unwrap()),
]
})
.collect();
if pos.iter().any(|p| p.iter().any(|c| !c.is_finite() || c.abs() > 1e6)) {
continue;
}
let mut degen = 0usize;
let (mut agree, mut counted) = (0usize, 0usize);
for t in idx.chunks_exact(3) {
let (x, y, z) = (t[0] as usize, t[1] as usize, t[2] as usize);
if x == y || y == z || x == z {
degen += 1;
continue;
}
// Winding needs normals; use the geometric centroid normal as a
// stand-in so this stays declaration-agnostic: a consistent mesh
// has all faces pointing away from the centroid on a convex-ish
// hull. Weak, so degeneracy leads the sort.
let e1 = [pos[y][0] - pos[x][0], pos[y][1] - pos[x][1], pos[y][2] - pos[x][2]];
let e2 = [pos[z][0] - pos[x][0], pos[z][1] - pos[x][1], pos[z][2] - pos[x][2]];
let f = [
e1[1] * e2[2] - e1[2] * e2[1],
e1[2] * e2[0] - e1[0] * e2[2],
e1[0] * e2[1] - e1[1] * e2[0],
];
let cx: [f32; 3] = {
let mut c = [0.0f32; 3];
for p in &pos {
for k in 0..3 {
c[k] += p[k] / pos.len() as f32;
}
}
c
};
let out = [pos[x][0] - cx[0], pos[x][1] - cx[1], pos[x][2] - cx[2]];
counted += 1;
if f[0] * out[0] + f[1] * out[1] + f[2] * out[2] > 0.0 {
agree += 1;
}
}
let w = if counted == 0 { 0.0 } else { agree as f32 / counted as f32 };
rows.push((degen, w.max(1.0 - w), vb, pad, max_idx, max_idx + 1 == vc));
}
}
rows.sort_by(|a, b| a.0.cmp(&b.0).then(b.1.total_cmp(&a.1)));
println!("\n{} in-range candidates; best 12 by (degenerate, winding):", rows.len());
for (d, w, vb, pad, mx, cov) in rows.iter().take(12) {
let mark = if Some(*vb) == ours { " <-- ours" } else { "" };
println!(
" vb 0x{vb:07X} pad {pad} degen {d:>4} wind {w:.3} max_idx {mx}/{} {}{mark}",
vc - 1,
if *cov { "covers" } else { "SHORT" }
);
}
let clean = rows.iter().filter(|r| r.0 == 0 && r.5).count();
println!("\n{clean} candidates are degenerate-free AND cover the pool exactly");
}

View File

@@ -0,0 +1,222 @@
//! Where does a drawn block's INDEX buffer really live?
//!
//! Our XBG7 anchor scan only ever *assumes* the layout `[index buffer][vertex
//! buffer]` with a pad of at most 3 bytes between them (`anchor_pool_mesh`:
//! `ib = vb - idx_count*2 - pad`). Nothing on disc states it, and it is the gate
//! that rejected the capture-proven `e106_eng_02_l` block
//! (docs/re/captures/…): the block's index data was not where the decoder
//! looked. The F10 ship capture was extended on 2026-08-13 to log each draw's
//! index-buffer base, count and min/max index value, so the assumption is now
//! directly checkable:
//!
//! * `vbase - ibase` is the real gap in guest memory, and a stage container is
//! uploaded contiguously (see `shared_vbase_check`), so the same difference
//! holds in the file;
//! * `max index vs vcount` says whether a draw covers its whole vertex pool —
//! the "buffer not covered" miss class is a *sub-range draw* if it does not.
//!
//! Usage:
//! cargo run --release --example capture_ib_truth -- <Stage_SNN.xpr> <capture.log>...
use sylpheed_formats::mesh::{debug_resource_params, xbg7_resource_names, Xbg7Model};
use sylpheed_formats::ship_capture::{parse_capture, CapturedDraw};
use std::collections::HashMap;
fn q(v: f32) -> i64 {
(v as f64 * 1e4).round() as i64
}
fn main() {
let a: Vec<String> = std::env::args().collect();
if a.len() < 3 {
eprintln!("usage: capture_ib_truth <container.xpr> <capture.log>...");
std::process::exit(2);
}
let bytes = std::fs::read(&a[1]).expect("container");
// One entry per (log, vbase): the capture already de-dups per placement, and
// a buffer drawn at several transforms has the same index buffer each time.
let mut draws: Vec<CapturedDraw> = Vec::new();
let mut seen = std::collections::HashSet::new();
for log in &a[2..] {
let text = std::fs::read_to_string(log).expect("log");
for d in parse_capture(&text) {
// One entry per (log, vbase, index range): the engine issues SEVERAL
// draws over one vertex buffer, each with its own index sub-range, and
// it is their UNION that describes the block. (Captures taken before
// 2026-08-13 de-dup by (vbase, transform) and so hold only the first
// batch — such a log reads as a mysteriously short draw.)
let k = d.ib.map(|i| (i.ibase, i.icount)).unwrap_or((0, 0));
if d.ib.is_some() && d.pos.len() >= 4 && seen.insert((log.clone(), d.vbase, k)) {
draws.push(d);
}
}
}
eprintln!("{} drawn buffers with an index buffer", draws.len());
// ── Place the drawn buffers in the file: POSITION is f32×3 big-endian at
// vertex offset 0, so the dumped positions are a literal byte pattern.
let be = |at: usize| f32::from_be_bytes(bytes[at..at + 4].try_into().unwrap());
let mut index: HashMap<(i64, i64, i64), Vec<u32>> = HashMap::new();
let mut o = 0usize;
while o + 12 <= bytes.len() {
let (x, y, z) = (be(o), be(o + 4), be(o + 8));
if x.is_finite() && y.is_finite() && z.is_finite() && x.abs() < 1e6 && y.abs() < 1e6 && z.abs() < 1e6 {
index.entry((q(x), q(y), q(z))).or_default().push(o as u32);
}
o += 4;
}
let mut deltas: HashMap<i64, usize> = HashMap::new();
let mut hits: Vec<(i64, usize, &CapturedDraw)> = Vec::new(); // (delta, file offset, draw)
for d in &draws {
let k = (q(d.pos[0][0]), q(d.pos[0][1]), q(d.pos[0][2]));
for dx in -1..=1i64 {
for dy in -1..=1i64 {
for dz in -1..=1i64 {
let Some(cands) = index.get(&(k.0 + dx, k.1 + dy, k.2 + dz)) else { continue };
for &off in cands {
for stride in (12..=64).step_by(4) {
let ok = (1..4).all(|j| {
let at = off as usize + j * stride;
at + 12 <= bytes.len()
&& (0..3).all(|c| (be(at + c * 4) - d.pos[j][c]).abs() <= 1e-4)
});
if ok {
let delta = d.vbase as i64 - off as i64;
*deltas.entry(delta).or_default() += 1;
hits.push((delta, off as usize, d));
break;
}
}
}
}
}
}
}
let Some((&base_delta, &n)) = deltas.iter().max_by_key(|(_, n)| **n) else {
eprintln!("no draw could be placed in this container");
std::process::exit(1);
};
println!("container load constant: vbase - file_offset = 0x{base_delta:X} ({n} buffers agree)");
// ── Our decoder's view of the same container.
let models = Xbg7Model::stage_models(&bytes);
let mut by_off: HashMap<usize, Vec<(String, usize, usize)>> = HashMap::new();
for m in &models {
for sm in &m.meshes {
if let Some(off) = sm.vbuf_offset {
by_off
.entry(off)
.or_default()
.push((m.name.clone(), sm.positions.len(), sm.indices.len()));
}
}
}
println!("decoded {} resources, {} distinct vertex offsets\n", models.len(), by_off.len());
// Declared-but-not-decoded resources, indexed by their first marker's
// (vertex, index) counts. A drawn buffer our decoder cannot name is the one
// thing a capture can give the residual misses: ground truth for where the
// block actually is. Matching on counts is enough to propose an identity —
// then `debug_try_anchor` at that offset says which gate rejects it.
let decoded_names: std::collections::HashSet<String> =
models.iter().map(|m| m.name.clone()).collect();
let mut undecoded_by_counts: HashMap<(usize, usize), Vec<String>> = HashMap::new();
for n in xbg7_resource_names(&bytes) {
if decoded_names.contains(&n) {
continue;
}
if let Some((markers, _)) = debug_resource_params(&bytes, &n) {
if let Some(&(v, i)) = markers.first() {
undecoded_by_counts.entry((v, i)).or_default().push(n);
}
}
}
// ── The report: one row per drawn BUFFER, aggregating its index batches.
let mut per_buf: HashMap<u32, (usize, Vec<sylpheed_formats::ship_capture::CapturedIndexBuffer>, u32)> =
HashMap::new();
for (delta, voff, d) in &hits {
if *delta != base_delta {
continue;
}
let e = per_buf.entry(d.vbase).or_insert((*voff, Vec::new(), d.vcount));
let ib = d.ib.unwrap();
if !e.1.contains(&ib) {
e.1.push(ib);
}
}
let (mut pad0, mut pad_small, mut pad_off, mut unnamed) = (0usize, 0usize, 0usize, 0usize);
let (mut cover_exact, mut cover_short, mut idx_equal, mut idx_partial) = (0usize, 0usize, 0usize, 0usize);
let mut rows: Vec<(usize, String)> = Vec::new();
for (_, (voff, ibs, vcount)) in per_buf.iter() {
let batches = ibs.len();
let total: u32 = ibs.iter().map(|i| i.icount).sum();
let lo = ibs.iter().map(|i| i.ibase).min().unwrap() as i64 - base_delta;
let hi = ibs.iter().map(|i| i.ibase + i.icount * 2).max().unwrap() as i64 - base_delta;
let umax = ibs.iter().map(|i| i.imax).max().unwrap();
let gap = *voff as i64 - hi; // bytes from the end of the index data to the vertex buffer
let names = by_off.get(voff);
let dec_idx = names
.and_then(|v| v.iter().find(|(_, p, _)| *p as u32 == *vcount).map(|(_, _, i)| *i as u32));
// The decoder's assumption, scored: it expects the whole index buffer at
// `vb - 2*idx_count - pad`, pad ≤ 3.
let dec_pad = dec_idx.map(|i| *voff as i64 - (i as i64) * 2 - lo);
match dec_pad {
Some(0) => pad0 += 1,
Some(p) if (1..=3).contains(&p) => pad_small += 1,
Some(_) => pad_off += 1,
None => unnamed += 1,
}
if umax + 1 == *vcount {
cover_exact += 1;
} else {
cover_short += 1;
}
match dec_idx {
Some(i) if i == total => idx_equal += 1,
Some(_) => idx_partial += 1,
None => {}
}
rows.push((
*voff,
format!(
"vb 0x{:07X} v={:<6} batches {:<3} idx {:<6} span {:<7} gap {:<8} decpad {:<7} cover {:<10} {}",
voff,
vcount,
batches,
total,
hi - lo,
gap,
dec_pad.map(|p| p.to_string()).unwrap_or_else(|| "?".into()),
if umax + 1 == *vcount { "exact".to_string() } else { format!("{}/{}", umax, vcount - 1) },
names
.map(|v| v
.iter()
.map(|(n, p, i)| format!("{n}(v{p},i{i})"))
.collect::<Vec<_>>()
.join(" "))
.unwrap_or_else(|| {
// Nothing of ours sits here — is it a resource that never
// decodes? Propose it by (vertex, index) counts.
undecoded_by_counts
.get(&(*vcount as usize, total as usize))
.map(|v| format!("MISSED? {}", v.join(" ")))
.unwrap_or_else(|| "-".into())
})
),
));
}
rows.sort();
for (_, r) in &rows {
println!("{r}");
}
println!("\nplaced {} drawn buffers in this container", rows.len());
println!(
"DECODER layout assumption — whole index buffer at vb - 2*idx_count - pad: pad 0 {pad0} · pad 1..3 {pad_small} · elsewhere {pad_off} · not decoded here {unnamed}"
);
println!(
"index extent: our idx_count == sum of captured batches for {idx_equal} buffers, differs for {idx_partial}"
);
println!("vertex-pool coverage by the union of batches: exact {cover_exact} · short {cover_short}");
}

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//! Do our decoded triangle indices equal the ones the GPU actually read?
//!
//! `capture_ib_truth` established *where* a block's index buffer lives and that
//! its length matches ours. This asks the stronger question: are the index VALUES
//! the same, in the same order? The capture prints the first 24 indices of every
//! draw batch verbatim (`idx: …`), and a batch's `ibase` locates it inside the
//! block's index buffer — so for each drawn buffer we can line the captured run
//! up against `GameMesh::indices` at the right offset and compare element by
//! element. That tests the whole index path at once: the anchor, the u16
//! big-endian read, the triangle-list interpretation (a strip would disagree
//! immediately), and the sub-mesh carve.
//!
//! Usage:
//! cargo run --release --example capture_index_bytes -- <Stage_SNN.xpr> <capture.log>...
use sylpheed_formats::mesh::Xbg7Model;
use sylpheed_formats::ship_capture::{parse_capture, CapturedDraw};
use std::collections::HashMap;
fn q(v: f32) -> i64 {
(v as f64 * 1e4).round() as i64
}
fn main() {
let a: Vec<String> = std::env::args().collect();
if a.len() < 3 {
eprintln!("usage: capture_index_bytes <container.xpr> <capture.log>...");
std::process::exit(2);
}
let bytes = std::fs::read(&a[1]).expect("container");
let mut draws: Vec<CapturedDraw> = Vec::new();
let mut seen = std::collections::HashSet::new();
for log in &a[2..] {
let text = std::fs::read_to_string(log).expect("log");
for d in parse_capture(&text) {
let k = d.ib.map(|i| (i.ibase, i.icount)).unwrap_or((0, 0));
if d.ib.map_or(false, |i| i.head_len > 0) && d.pos.len() >= 4 && seen.insert((log.clone(), d.vbase, k)) {
draws.push(d);
}
}
}
eprintln!("{} draw batches with an index head", draws.len());
// Place each drawn buffer in the file by its dumped positions (see
// capture_ib_truth for the method) and keep the modal load constant.
let be = |at: usize| f32::from_be_bytes(bytes[at..at + 4].try_into().unwrap());
let mut index: HashMap<(i64, i64, i64), Vec<u32>> = HashMap::new();
let mut o = 0usize;
while o + 12 <= bytes.len() {
let (x, y, z) = (be(o), be(o + 4), be(o + 8));
if x.is_finite() && y.is_finite() && z.is_finite() && x.abs() < 1e6 && y.abs() < 1e6 && z.abs() < 1e6 {
index.entry((q(x), q(y), q(z))).or_default().push(o as u32);
}
o += 4;
}
let mut deltas: HashMap<i64, usize> = HashMap::new();
let mut hits: Vec<(i64, usize, &CapturedDraw)> = Vec::new();
for d in &draws {
let k = (q(d.pos[0][0]), q(d.pos[0][1]), q(d.pos[0][2]));
for dx in -1..=1i64 {
for dy in -1..=1i64 {
for dz in -1..=1i64 {
let Some(cands) = index.get(&(k.0 + dx, k.1 + dy, k.2 + dz)) else { continue };
for &off in cands {
for stride in (12..=64).step_by(4) {
let ok = (1..4).all(|j| {
let at = off as usize + j * stride;
at + 12 <= bytes.len()
&& (0..3).all(|c| (be(at + c * 4) - d.pos[j][c]).abs() <= 1e-4)
});
if ok {
*deltas.entry(d.vbase as i64 - off as i64).or_default() += 1;
hits.push((d.vbase as i64 - off as i64, off as usize, d));
break;
}
}
}
}
}
}
}
let Some((&base_delta, _)) = deltas.iter().max_by_key(|(_, n)| **n) else {
eprintln!("no draw could be placed in this container");
std::process::exit(1);
};
println!("load constant 0x{base_delta:X}");
// Our decode, indexed by vertex offset. A model may hold several sub-meshes;
// compare against the one whose vertex count matches the draw.
let models = Xbg7Model::stage_models(&bytes);
let mut by_off: HashMap<usize, Vec<(String, usize, Vec<u32>)>> = HashMap::new();
for m in &models {
for sm in &m.meshes {
if let Some(off) = sm.vbuf_offset {
by_off
.entry(off)
.or_default()
.push((m.name.clone(), sm.positions.len(), sm.indices.clone()));
}
}
}
// Where does each buffer's index data START? Take it from the capture, not
// from an assumed pad: `capture_ib_truth` established that a buffer's batches
// tile its index buffer exactly (sum of counts == our idx_count, span ==
// 2*count), so the lowest `ibase` over a buffer's batches IS the block's
// index start. Assuming `vb - 2*len` instead is wrong for the buffers that
// sit at pad 2 and shifts the whole comparison by one element.
let mut ib_start: HashMap<u32, i64> = HashMap::new();
for (delta, _, d) in &hits {
if *delta != base_delta {
continue;
}
let ibase = d.ib.unwrap().ibase as i64;
ib_start.entry(d.vbase).and_modify(|e| *e = (*e).min(ibase)).or_insert(ibase);
}
let (mut agree, mut disagree, mut unmatched, mut nooverlap) = (0usize, 0usize, 0usize, 0usize);
let mut bad: Vec<String> = Vec::new();
let mut checked_elems = 0usize;
let mut done: std::collections::HashSet<(u32, u32)> = std::collections::HashSet::new();
for (delta, voff, d) in &hits {
if *delta != base_delta {
continue;
}
let ib = d.ib.unwrap();
if !done.insert((d.vbase, ib.ibase)) {
continue;
}
let Some(cands) = by_off.get(voff) else {
unmatched += 1;
continue;
};
let Some((name, _, ours)) = cands.iter().find(|(_, p, _)| *p as u32 == d.vcount) else {
unmatched += 1;
continue;
};
// Element 0 of our index list is the block's index start, as observed.
let ours_start = ib_start[&d.vbase] - base_delta;
let batch_off = ib.ibase as i64 - base_delta - ours_start;
if batch_off < 0 || batch_off % 2 != 0 {
nooverlap += 1;
continue;
}
let first = (batch_off / 2) as usize;
let n = (ib.head_len as usize).min(ours.len().saturating_sub(first));
if n == 0 {
nooverlap += 1;
continue;
}
let mism = (0..n).find(|&k| ours[first + k] != ib.head[k]);
checked_elems += n;
match mism {
None => agree += 1,
Some(k) => {
disagree += 1;
if bad.len() < 8 {
bad.push(format!(
"{name} vb 0x{:07X} batch@{first}: ours {:?} != captured {:?} (first differs at {k})",
voff,
&ours[first..first + n.min(12)],
&ib.head[..n.min(12)]
));
}
}
}
}
println!(
"index runs compared: {agree} identical · {disagree} differing · {unmatched} no decoded resource · {nooverlap} batch outside our buffer"
);
println!("{checked_elems} index elements checked against the GPU");
for b in &bad {
println!(" MISMATCH {b}");
}
}

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//! Dump an XBG7 resource's descriptor around each index marker, to see whether a
//! grouped pool carries a declaration PER sub-mesh (the 2026-08-13 mixed-stride
//! finding says it must: n201's four sub-meshes use strides 24/24/24/28 and four
//! different vertex shaders).
//! Usage: desc_dump <container.xpr> <resource>
fn be32(b: &[u8], o: usize) -> u32 {
u32::from_be_bytes(b[o..o + 4].try_into().unwrap())
}
fn main() {
let a: Vec<String> = std::env::args().collect();
let bytes = std::fs::read(&a[1]).unwrap();
let want = &a[2];
// Walk the XPR2 directory by hand (the crate's reader is private).
// 16-byte directory entries at 0x10: type tag, data offset, descriptor size,
// name offset — all relative to 0x10 (see texture::Xpr2ResourceEntry).
let num = be32(&bytes, 12) as usize;
for i in 0..num {
let e = &bytes[0x10 + i * 16..0x10 + i * 16 + 16];
let tag = &e[0..4];
let data_off = be32(e, 4) as usize + 0x10;
let desc_size = be32(e, 8) as usize;
let name_off = be32(e, 12) as usize + 0x10;
if tag != b"XBG7" {
continue;
}
let name = {
let s = name_off.min(bytes.len());
let end = bytes[s..].iter().position(|&c| c == 0).unwrap_or(0) + s;
String::from_utf8_lossy(&bytes[s..end]).to_string()
};
if name != *want {
continue;
}
let desc = &bytes[data_off..(data_off + desc_size).min(bytes.len())];
println!("{name}: descriptor at 0x{data_off:X}, {} bytes", desc.len());
// markers: a == c*2, c%3==0, vertex count 32 bytes earlier
let mut rel = 0usize;
while rel + 8 <= desc.len() {
let (x, c) = (be32(desc, rel), be32(desc, rel + 4));
if c >= 3 && c % 3 == 0 && c < 400_000 && x == c * 2 && rel >= 32 {
let vc = be32(desc, rel - 32);
if (3..=200_000).contains(&vc) {
println!("\n marker @0x{rel:X}: {vc} verts / {c} indices — declaration triples after it:");
let mut r = rel + 8;
let mut stride = 0u32;
for _ in 0..12 {
if r + 12 > desc.len() {
break;
}
let (o, code, usage) = (be32(desc, r), be32(desc, r + 4), be32(desc, r + 8) >> 16);
if o == 0x00FF_0000 || code == 0xFFFF_FFFF || o > 0x1000 {
println!(" end marker @0x{r:X}: off=0x{o:X} code=0x{code:X}");
break;
}
println!(" off {o:>3} code 0x{:06X} usage {usage}", code & 0xFF_FFFF);
stride = stride.max(o + 4);
r += 12;
}
println!(" (min stride from element offsets: {stride})");
rel += 8;
continue;
}
}
rel += 4;
}
return;
}
eprintln!("resource not found");
}

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@@ -0,0 +1,2 @@
fn main(){let a:Vec<String>=std::env::args().collect();let b=std::fs::read(&a[1]).unwrap();
for l in sylpheed_formats::mesh::debug_grouped_report(&b,&a[2],a[3].parse().unwrap()){println!("{l}")}}

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@@ -0,0 +1,32 @@
//! Dump a fingerprint of every decoded index run, so two decoder settings can be
//! diffed exactly. Usage: index_hash_dump <resource3d_dir>
use sylpheed_formats::mesh::Xbg7Model;
fn main() {
let dir = std::env::args().nth(1).expect("resource3d dir");
let mut files: Vec<_> = std::fs::read_dir(&dir)
.unwrap()
.flatten()
.map(|e| e.path())
.filter(|p| p.extension().and_then(|s| s.to_str()) == Some("xpr"))
.collect();
files.sort();
for f in &files {
let Ok(bytes) = std::fs::read(f) else { continue };
let w = f.file_name().unwrap().to_string_lossy().to_string();
for m in Xbg7Model::stage_models(&bytes) {
for (k, sm) in m.meshes.iter().enumerate() {
let mut h = 1469598103934665603u64;
for i in &sm.indices {
h = (h ^ *i as u64).wrapping_mul(1099511628211);
}
println!(
"{w} {} {k} vb={:?} n={} h={h:016x}",
m.name,
sm.vbuf_offset,
sm.indices.len()
);
}
}
}
}

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//! Is our index list one element late? A capture-free check of the `pad` choice.
//!
//! `anchor_pool_mesh` tries `ib = vb idx_count*2 pad` for `pad` in `0..=3`,
//! **pad 0 first and with the looser winding gate** (`XBG7_PAD0_CONSISTENCY`,
//! 0.70) than the pad ≥ 1 path (0.85). The 2026-08-13 index-byte comparison
//! against the runtime showed 17 draw batches whose captured indices equal our
//! decoded list shifted by exactly one element — all of them on buffers whose
//! real index data sits at pad 2. A one-element shift re-wires every triangle,
//! and it is invisible to every count-based metric (the count, the coverage and
//! the positions are all still right).
//!
//! This reproduces that finding from the container alone: for each resource it
//! reads the index run at pad 0 and at pad 2 and scores both on two properties a
//! correct triangle list has — **no degenerate triangles** (two equal indices)
//! and consistent winding against the stored normals.
//!
//! Usage: index_pad_check <container.xpr> [name-substring]
use sylpheed_formats::mesh::Xbg7Model;
fn be16(b: &[u8], at: usize) -> u32 {
((b[at] as u32) << 8) | b[at + 1] as u32
}
/// Degenerate triangles (a repeated index) and the fraction of triangles whose
/// face normal agrees with their vertices' stored normals.
fn score(idx: &[u32], pos: &[[f32; 3]], nrm: &[[f32; 3]]) -> (usize, f32, usize) {
let mut degen = 0usize;
let mut agree = 0usize;
let mut counted = 0usize;
for t in idx.chunks_exact(3) {
let (a, b, c) = (t[0] as usize, t[1] as usize, t[2] as usize);
if a == b || b == c || a == c {
degen += 1;
continue;
}
if a >= pos.len() || b >= pos.len() || c >= pos.len() {
continue;
}
let e1 = [pos[b][0] - pos[a][0], pos[b][1] - pos[a][1], pos[b][2] - pos[a][2]];
let e2 = [pos[c][0] - pos[a][0], pos[c][1] - pos[a][1], pos[c][2] - pos[a][2]];
let f = [
e1[1] * e2[2] - e1[2] * e2[1],
e1[2] * e2[0] - e1[0] * e2[2],
e1[0] * e2[1] - e1[1] * e2[0],
];
if nrm.len() <= a {
continue;
}
let n = nrm[a];
let dot = f[0] * n[0] + f[1] * n[1] + f[2] * n[2];
counted += 1;
if dot > 0.0 {
agree += 1;
}
}
let frac = if counted == 0 { 0.0 } else { agree as f32 / counted as f32 };
(degen, frac.max(1.0 - frac), counted)
}
fn main() {
let a: Vec<String> = std::env::args().collect();
let bytes = std::fs::read(&a[1]).expect("container");
let filter = a.get(2).cloned().unwrap_or_default();
let models = Xbg7Model::stage_models(&bytes);
println!(
"{:<22} {:>6} {:>6} {:<26} {:<26} verdict",
"resource", "verts", "idx", "pad 0 (what we decode)", "pad 2 (2 bytes earlier)"
);
let (mut better_p2, mut better_p0, mut tie) = (0usize, 0usize, 0usize);
let mut hist_ok: Vec<(usize, String, usize)> = Vec::new();
for m in &models {
if !filter.is_empty() && !m.name.contains(&filter) {
continue;
}
if m.meshes.len() != 1 {
continue; // single-block path only; grouped pools use another formula
}
let sm = &m.meshes[0];
let Some(vb) = sm.vbuf_offset else { continue };
let n = sm.indices.len();
if n < 6 || sm.normals.is_empty() || vb < n * 2 + 2 {
continue;
}
let read_at = |start: usize| -> Vec<u32> { (0..n).map(|k| be16(&bytes, start + k * 2)).collect() };
let l0 = read_at(vb - n * 2);
let l2 = read_at(vb - n * 2 - 2);
// Sanity: l0 must be what the decoder emitted, or the assumption that we
// took pad 0 is wrong for this resource and the comparison is meaningless.
let took_pad0 = l0 == sm.indices;
if !took_pad0 {
continue;
}
let (d0, c0, _) = score(&l0, &sm.positions, &sm.normals);
let (d2, c2, _) = score(&l2, &sm.positions, &sm.normals);
let max_i0 = l0.iter().max().copied().unwrap_or(0);
let max_i2 = l2.iter().max().copied().unwrap_or(0);
let v = sm.positions.len() as u32;
// A shifted list typically also overruns the pool by one vertex or leaves
// the last vertex unreferenced, so carry the coverage as evidence too.
let verdict = if d2 < d0 && c2 >= c0 {
better_p2 += 1;
"pad 2 is the real one"
} else if d0 < d2 || c0 > c2 {
better_p0 += 1;
"pad 0 fine"
} else {
tie += 1;
"indistinguishable"
};
if verdict == "pad 0 fine" {
hist_ok.push((d0, m.name.clone(), n));
}
if verdict != "pad 0 fine" || !filter.is_empty() {
println!(
"{:<22} {:>6} {:>6} degen {:>5} wind {:.3} max {:<5} degen {:>5} wind {:.3} max {:<5} {}",
m.name, v, n, d0, c0, max_i0, d2, c2, max_i2, verdict
);
}
}
println!("\npad 2 wins: {better_p2} · pad 0 wins: {better_p0} · indistinguishable: {tie}");
// Is "no degenerate triangle" a safe invariant for a correctly anchored
// block? Distribution over the resources where pad 0 is the better choice.
let zero = hist_ok.iter().filter(|(d, _, _)| *d == 0).count();
println!(
"of the {} pad-0-correct resources, {zero} have ZERO degenerate triangles",
hist_ok.len()
);
let mut worst: Vec<_> = hist_ok.iter().filter(|(d, _, _)| *d > 0).collect();
worst.sort_by_key(|(d, _, _)| std::cmp::Reverse(*d));
for (d, n, idx) in worst.iter().take(10) {
println!(" {n}: {d} degenerate of {} triangles", idx / 3);
}
}

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@@ -0,0 +1,86 @@
//! Which container should the next runtime capture aim at?
//!
//! The 2026-08-13 stage-05 capture showed that a mission keeps several containers
//! resident and that its OWN `Stage_SNN.xpr` is among them (the f101 ACROPOLIS was
//! drawn from `Stage_S05.xpr`), so a capture can be aimed by choosing the mission.
//! This ranks the targets: for every XBG7 resource on the disc it records the
//! containers where it decodes and the ones where it does not, then reports
//!
//! * resources that decode **nowhere** — the real gaps, where a capture is the
//! only ground truth left;
//! * per container, how many of those it holds (fly that mission);
//! * resources that miss in one container but decode in another — a defect worth
//! fixing, but the geometry is already recoverable, so a capture is not needed.
//!
//! Usage: miss_targets <resource3d_dir>
use sylpheed_formats::mesh::{xbg7_resource_names, Xbg7Model};
use std::collections::{BTreeMap, BTreeSet};
fn main() {
let dir = std::env::args().nth(1).expect("resource3d dir");
let mut files: Vec<_> = std::fs::read_dir(&dir)
.unwrap()
.flatten()
.map(|e| e.path())
.filter(|p| p.extension().and_then(|s| s.to_str()) == Some("xpr"))
.collect();
files.sort();
// resource -> (containers where it decodes, containers where it misses)
let mut ok: BTreeMap<String, BTreeSet<String>> = BTreeMap::new();
let mut miss: BTreeMap<String, BTreeSet<String>> = BTreeMap::new();
for f in &files {
let Ok(bytes) = std::fs::read(f) else { continue };
let where_ = f.file_name().unwrap().to_string_lossy().to_string();
let declared: BTreeSet<String> = xbg7_resource_names(&bytes).into_iter().collect();
if declared.is_empty() {
continue;
}
let decoded: BTreeSet<String> =
Xbg7Model::stage_models(&bytes).into_iter().map(|m| m.name).collect();
for n in &declared {
if decoded.contains(n) {
ok.entry(n.clone()).or_default().insert(where_.clone());
} else {
miss.entry(n.clone()).or_default().insert(where_.clone());
}
}
}
let never: BTreeMap<&String, &BTreeSet<String>> =
miss.iter().filter(|(n, _)| !ok.contains_key(*n)).collect();
let recoverable: Vec<&String> = miss.keys().filter(|n| ok.contains_key(*n)).collect();
println!("resources that decode NOWHERE: {}", never.len());
println!("resources that miss somewhere but decode elsewhere: {}\n", recoverable.len());
// Rank containers by how many never-decoding resources they hold.
let mut per_container: BTreeMap<&String, Vec<&String>> = BTreeMap::new();
for (n, wheres) in &never {
for w in wheres.iter() {
per_container.entry(w).or_default().push(n);
}
}
let mut ranked: Vec<_> = per_container.iter().collect();
ranked.sort_by_key(|(_, v)| std::cmp::Reverse(v.len()));
println!("container never-decoding resources it holds");
for (w, v) in ranked.iter().take(14) {
let sample: Vec<&str> = v.iter().take(6).map(|s| s.as_str()).collect();
println!("{:<26} {:>3} {}", w, v.len(), sample.join(", "));
}
// Exclusives: a never-decoding resource that only ONE container holds is only
// reachable through whatever loads that container.
let excl: Vec<(&&String, &&BTreeSet<String>)> =
never.iter().filter(|(_, w)| w.len() == 1).collect();
println!("\nof the never-decoding, {} live in exactly one container", excl.len());
let mut by_one: BTreeMap<&String, Vec<&String>> = BTreeMap::new();
for (n, w) in &excl {
by_one.entry(w.iter().next().unwrap()).or_default().push(n);
}
let mut b: Vec<_> = by_one.iter().collect();
b.sort_by_key(|(_, v)| std::cmp::Reverse(v.len()));
for (w, v) in b.iter().take(10) {
println!(" {:<24} {:>3} {}", w, v.len(), v.iter().take(5).map(|s| s.as_str()).collect::<Vec<_>>().join(", "));
}
}

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@@ -0,0 +1,129 @@
//! How much geometry on the disc was being read one index element late?
//!
//! The pad-scoring fix (2026-08-13) makes `anchor_pool_mesh` choose the pad whose
//! index run is cleanest instead of the first that validates. This measures the
//! blast radius: per container, how many single-block resources now decode from a
//! run that is NOT the old first-match (`pad 0`) one, and how many decoded runs
//! still contain degenerate triangles (the shift signature) afterwards.
//!
//! Usage: pad_shift_audit <resource3d_dir>
use sylpheed_formats::mesh::Xbg7Model;
fn be16(b: &[u8], at: usize) -> u32 {
((b[at] as u32) << 8) | b[at + 1] as u32
}
/// Fraction of triangles whose face normal agrees with the stored normals,
/// folded to `max(na, 1-na)` so both authored windings read as ≈1.
fn winding(idx: &[u32], pos: &[[f32; 3]], nrm: &[[f32; 3]]) -> f32 {
let (mut agree, mut n) = (0usize, 0usize);
for t in idx.chunks_exact(3) {
let (a, b, c) = (t[0] as usize, t[1] as usize, t[2] as usize);
if a == b || b == c || a == c || a.max(b).max(c) >= pos.len() || a >= nrm.len() {
continue;
}
let e1 = [pos[b][0] - pos[a][0], pos[b][1] - pos[a][1], pos[b][2] - pos[a][2]];
let e2 = [pos[c][0] - pos[a][0], pos[c][1] - pos[a][1], pos[c][2] - pos[a][2]];
let f = [
e1[1] * e2[2] - e1[2] * e2[1],
e1[2] * e2[0] - e1[0] * e2[2],
e1[0] * e2[1] - e1[1] * e2[0],
];
let nv = nrm[a];
n += 1;
if f[0] * nv[0] + f[1] * nv[1] + f[2] * nv[2] > 0.0 {
agree += 1;
}
}
if n == 0 {
return 1.0;
}
let fr = agree as f32 / n as f32;
fr.max(1.0 - fr)
}
fn degenerate(idx: &[u32]) -> usize {
idx.chunks_exact(3)
.filter(|t| t[0] == t[1] || t[1] == t[2] || t[0] == t[2])
.count()
}
fn main() {
let dir = std::env::args().nth(1).expect("resource3d dir");
let mut files: Vec<_> = std::fs::read_dir(&dir)
.unwrap()
.flatten()
.map(|e| e.path())
.filter(|p| p.extension().and_then(|s| s.to_str()) == Some("xpr"))
.collect();
files.sort();
let (mut total, mut moved, mut still_degen) = (0usize, 0usize, 0usize);
let mut weak = 0usize;
let mut weak_wind: Vec<(f32, f32, String)> = Vec::new();
let mut worst: Vec<(usize, String, String)> = Vec::new();
for f in &files {
let Ok(bytes) = std::fs::read(f) else { continue };
let where_ = f.file_name().unwrap().to_string_lossy().to_string();
let mut c_moved = 0usize;
for m in Xbg7Model::stage_models(&bytes) {
// Degeneracy is counted over EVERY sub-mesh (grouped pools included —
// they have their own pad choice); the pad-0 comparison below only
// applies to single-block resources, whose run starts at `vb - 2n`.
for sm in &m.meshes {
let d = degenerate(&sm.indices);
if d > 0 {
still_degen += 1;
worst.push((d, m.name.clone(), where_.clone()));
}
}
if m.meshes.len() != 1 {
continue;
}
let sm = &m.meshes[0];
let Some(vb) = sm.vbuf_offset else { continue };
let n = sm.indices.len();
if n < 6 || vb < n * 2 {
continue;
}
total += 1;
let pad0: Vec<u32> = (0..n).map(|k| be16(&bytes, vb - n * 2 + k * 2)).collect();
if pad0 != sm.indices {
moved += 1;
c_moved += 1;
// How strong was the evidence for moving? A pad-0 run with
// degenerate triangles is a decisive shift signature; one with
// none moved on winding alone, which is weaker.
if degenerate(&pad0) == 0 {
weak += 1;
// Record how far apart the two runs' winding is, to see
// whether these look like the same shift signature as the
// decisive cases (pad-0 winding drifting toward 0.5) or like
// noise between two equally clean readings.
let w0 = winding(&pad0, &sm.positions, &sm.normals);
let w2: f32 = {
let l2: Vec<u32> = (0..n).map(|k| be16(&bytes, vb - n * 2 - 2 + k * 2)).collect();
winding(&l2, &sm.positions, &sm.normals)
};
weak_wind.push((w0, w2, m.name.clone()));
}
}
}
if c_moved > 0 {
println!("{where_:<24} {c_moved} resources read from a non-pad-0 index run");
}
}
println!("\n{moved} of {total} single-block resources moved off the pad-0 run");
println!("{still_degen} decoded runs still contain a degenerate triangle");
println!("of the moved, {weak} had a pad-0 run with no degenerate triangle (moved on winding alone)");
let clear = weak_wind.iter().filter(|(w0, w2, _)| *w2 - *w0 > 0.15).count();
let close = weak_wind.iter().filter(|(w0, w2, _)| (*w2 - *w0).abs() <= 0.05).count();
println!(" of those: {clear} show the shift signature (pad-2 winding > pad-0 by >0.15), {close} are within 0.05 (noise)");
for (w0, w2, n) in weak_wind.iter().take(8) {
println!(" {n}: pad0 wind {w0:.3} -> pad2 {w2:.3}");
}
worst.sort_by_key(|(d, _, _)| std::cmp::Reverse(*d));
for (d, n, w) in worst.iter().take(15) {
println!(" {n} ({w}): {d} degenerate triangles");
}
}

View File

@@ -0,0 +1,13 @@
fn main(){
let a:Vec<String>=std::env::args().collect();
let bytes=std::fs::read(&a[1]).unwrap();
let filter=a.get(2).cloned().unwrap_or_default();
for n in sylpheed_formats::mesh::xbg7_resource_names(&bytes) {
if !filter.is_empty() && !n.contains(&filter) { continue }
if let Some((m,stride))=sylpheed_formats::mesh::debug_resource_params(&bytes,&n) {
let strides = sylpheed_formats::mesh::debug_decl_strides(&bytes, &n);
println!("{n:<28} decl-stride {stride} markers {:?} per-sub-mesh strides {:?}",
&m[..m.len().min(4)], strides);
}
}
}

View File

@@ -0,0 +1,6 @@
fn main() {
let a: Vec<String> = std::env::args().collect();
let bytes = std::fs::read(&a[1]).unwrap();
let vb: usize = a[3].parse().unwrap();
println!("{:?}", sylpheed_formats::mesh::debug_try_anchor(&bytes, &a[2], vb, 3));
}

View File

@@ -0,0 +1,60 @@
//! Which mission should the next unit harvest fly?
//!
//! Unit definitions are instantiated per stage, so coverage grows by visiting
//! missions — but only if the mission fields units we have not read yet. This
//! ranks every stage by how many of its roster units are missing from the
//! harvested CSV.
//!
//! Usage: roster_target <disc-root> <unit-runtime-fields.csv>
use sylpheed_formats::hash::name_hash;
use sylpheed_formats::idxd::IdxdObject;
use sylpheed_formats::pak::PakArchive;
use std::collections::{BTreeMap, BTreeSet};
fn main() {
let a: Vec<String> = std::env::args().collect();
let pak = PakArchive::open(format!("{}/dat/GP_MAIN_GAME_E.pak", a[1])).expect("pak");
let have: BTreeSet<String> = std::fs::read_to_string(&a[2])
.expect("csv")
.lines()
.skip(1)
.filter_map(|l| l.split(',').next().map(str::to_string))
.collect();
// Label each roster by STAGE: the TOC stores a hash of the original path, and
// the table names are known (`EnumUnit_SNN.tbl`), so hashing the candidates
// maps entries back to stages. Most rosters carry no `UN_S<NN>_` prop id, which
// is all `UnitRoster::stage` can infer from.
let mut by_hash: BTreeMap<u32, String> = BTreeMap::new();
// The TOC hashes a PATH, and these tables live under a directory — try the
// known schemes (see hash::TOC_NAME_SCHEMES) rather than the bare name.
for i in 1..=29 {
let stage = format!("S{i:02}");
for pre in ["", "unit\\", "battle\\", "stage\\", "enemy\\"] {
for suf in [".tbl", ""] {
by_hash.insert(name_hash(&format!("{pre}EnumUnit_{stage}{suf}")), stage.clone());
}
}
}
let mut rows: Vec<(usize, String, Vec<String>)> = Vec::new();
for e in pak.entries() {
let Some(stage) = by_hash.get(&e.name_hash).cloned() else { continue };
let Ok(b) = pak.read(e) else { continue };
let Ok(o) = IdxdObject::parse(&b) else { continue };
let mut units: Vec<String> = Vec::new();
for id in o.tokens().iter().filter(|s| s.starts_with("UN_")) {
let prop = id.contains("Asteroid") || id.contains("cmesh") || id.contains("_Box");
if !prop && !units.iter().any(|u| u == id) {
units.push(id.clone());
}
}
let missing: Vec<String> = units.iter().filter(|u| !have.contains(*u)).cloned().collect();
rows.push((missing.len(), stage, missing));
}
rows.sort_by_key(|(n, _, _)| std::cmp::Reverse(*n));
println!("units already harvested: {}\n", have.len());
println!("stage missing roster units not yet read");
for (n, stage, missing) in rows.iter().take(12) {
let s: Vec<&str> = missing.iter().take(6).map(|s| s.as_str()).collect();
println!("{stage:<8} {n:>5} {}", s.join(", "));
}
}

View File

@@ -0,0 +1,7 @@
fn main(){let a:Vec<String>=std::env::args().collect();let b=std::fs::read(&a[1]).unwrap();
let stride:usize=a[2].parse().unwrap(); let want:usize=a[3].parse().unwrap();
let s=sylpheed_formats::mesh::debug_vertex_run_starts(&b,stride);
println!("{} candidate starts at stride {}", s.len(), stride);
println!("contains {:#x}: {}", want, s.contains(&want));
let near:Vec<String>=s.iter().filter(|&&o| o.abs_diff(want)<0x200).map(|o|format!("{o:#x}")).collect();
println!("nearby: {}", near.join(" "));}

View File

@@ -0,0 +1,19 @@
//! Why does a named resource never decode? Reports the furthest gate its best
//! candidate reached. Usage: why_missed <container.xpr> [name-substring]
use sylpheed_formats::mesh::{debug_best_rejection, xbg7_resource_names, Xbg7Model};
use std::collections::HashSet;
fn main() {
let a: Vec<String> = std::env::args().collect();
let bytes = std::fs::read(&a[1]).unwrap();
let filter = a.get(2).cloned().unwrap_or_default();
let decoded: HashSet<String> = Xbg7Model::stage_models(&bytes).into_iter().map(|m| m.name).collect();
for n in xbg7_resource_names(&bytes) {
if decoded.contains(&n) || (!filter.is_empty() && !n.contains(&filter)) {
continue;
}
match debug_best_rejection(&bytes, &n) {
Some((rank, why)) => println!("{n:<28} rank {rank} {why}"),
None => println!("{n:<28} (no candidate reached any gate / skipped before anchoring)"),
}
}
}

View File

@@ -513,6 +513,9 @@ impl Xbg7Model {
/// → the grouped-pool layout ([`anchor_grouped_meshes`]).
markers: Vec<(usize, usize)>,
decl: VertexDecl,
/// One declaration per marker (same order). A grouped pool can mix
/// strides, so the grouped path must use these rather than `decl`.
decls: Vec<VertexDecl>,
}
let mut resources: Vec<Res> = Vec::new();
for _ in 0..header.num_resources {
@@ -551,10 +554,17 @@ impl Xbg7Model {
// at a different offset when requested alone. The filter is applied
// to the OUTPUT instead, so a subset is always a subset of the
// container's own answer.
let mut decls = if submesh_decls() { all_vertex_decls(d) } else { Vec::new() };
if decls.len() != markers.len() {
// Never seen on the disc, but if the two walks disagree fall back
// to the single declaration rather than mis-pair them.
decls = vec![decl.clone(); markers.len()];
}
resources.push(Res {
name,
markers,
decl,
decls,
});
}
if resources.is_empty() {
@@ -614,7 +624,7 @@ impl Xbg7Model {
// Several sub-meshes sharing grouped index/vertex pools → the
// deterministic grouped-pool decode (hero ships et al.).
let grouped =
anchor_grouped_meshes(bytes, data_base, starts, &r.markers, &r.decl, &empty_taken);
anchor_grouped_meshes(bytes, data_base, starts, &r.markers, &r.decls, &empty_taken);
if !grouped.is_empty() {
grouped
} else {
@@ -728,7 +738,7 @@ impl Xbg7Model {
// Grouped pool: re-place the WHOLE pool past everything
// claimed, or keep what we had.
let alt = anchor_grouped_meshes(
bytes, data_base, starts, &r.markers, &r.decl, &taken,
bytes, data_base, starts, &r.markers, &r.decls, &taken,
);
if !alt.is_empty() {
m.meshes = alt;
@@ -915,6 +925,40 @@ pub fn debug_best_rejection(bytes: &[u8], name: &str) -> Option<(usize, String)>
Some(best)
}
/// Diagnostic: the stride of every sub-mesh declaration of a named resource.
/// A grouped pool may mix them (`n201_01` → 24, 24, 24, 28).
pub fn debug_decl_strides(bytes: &[u8], name: &str) -> Vec<usize> {
decls_of(bytes, name).map(|v| v.iter().map(|d| d.stride).collect()).unwrap_or_default()
}
/// Every sub-mesh declaration of a named resource (see [`all_vertex_decls`]).
fn decls_of(bytes: &[u8], name: &str) -> Option<Vec<VertexDecl>> {
if bytes.len() < 16 || &bytes[..4] != b"XPR2" {
return None;
}
let mut cur = Cursor::new(bytes);
let header = Xpr2Header::read(&mut cur).ok()?;
const DIR_BASE: usize = 0x10;
for _ in 0..header.num_resources {
let Ok(e) = Xpr2ResourceEntry::read(&mut cur) else { break };
if &e.type_tag != b"XBG7" {
continue;
}
let desc = e.data_offset as usize + DIR_BASE;
let desc_end = (desc + e.descriptor_size as usize).min(bytes.len());
if desc >= bytes.len() || desc_end <= desc {
continue;
}
let rname = read_cstr(bytes, e.name_offset as usize + DIR_BASE)
.unwrap_or_else(|| "XBG7".to_string());
if rname != name {
continue;
}
return Some(all_vertex_decls(&bytes[desc..desc_end]));
}
None
}
/// Diagnostic: why does the decoder refuse a grouped-pool resource at a given
/// pool start? Recomputes the pool layout exactly as [`anchor_grouped_meshes`]
/// does and reports the pivot sub-mesh's verdict for each index/vertex pad —
@@ -927,6 +971,12 @@ pub fn debug_grouped_report(bytes: &[u8], name: &str, vb0: usize) -> Vec<String>
if n == 0 {
return vec!["no index markers".into()];
}
// Per-sub-mesh declarations, like the production path: a pool can mix strides
// and reporting with one of them blames the wrong gate.
let decls = match decls_of(bytes, name).filter(|v| v.len() == n && submesh_decls()) {
Some(v) => v,
None => vec![decl.clone(); n],
};
let (mut rel_ib, mut acc_i) = (Vec::with_capacity(n), 0usize);
for &(_, ic) in &markers {
rel_ib.push(acc_i);
@@ -936,8 +986,8 @@ pub fn debug_grouped_report(bytes: &[u8], name: &str, vb0: usize) -> Vec<String>
let kmax = (0..n).max_by_key(|&i| markers[i].1).unwrap_or(0);
let (vck, ick) = markers[kmax];
let mut off_v = 0usize;
for &(vc, _) in markers.iter().take(kmax) {
off_v += vc * decl.stride;
for (i, &(vc, _)) in markers.iter().take(kmax).enumerate() {
off_v += vc * decls[i].stride;
}
let mut out = vec![format!(
"{name}: {n} sub-meshes, pivot #{kmax} ({vck} verts, {ick} idx), pool span {span}"
@@ -957,7 +1007,7 @@ pub fn debug_grouped_report(bytes: &[u8], name: &str, vb0: usize) -> Vec<String>
vb0 + off_v,
vck,
ick,
&decl,
&decls[kmax],
0.85,
true,
);
@@ -1089,6 +1139,33 @@ fn pad0_consistency() -> f32 {
std::env::var("XBG7_PAD0_CONSISTENCY").ok().and_then(|v| v.parse().ok()).unwrap_or(0.70)
}
/// Revert knob for the 2026-08-13 pad scoring: with `XBG7_PAD_FIRST_MATCH=1`,
/// [`anchor_pool_mesh`] takes the FIRST pad that validates (the pre-fix
/// behaviour) instead of the pad whose index run is cleanest. Kept so the two
/// behaviours can be diffed on the disc; see docs/re/structures/xbg7-mesh.md.
/// Use the **per-sub-mesh** vertex declarations in a grouped pool — **on by
/// default**; `XBG7_SUBMESH_DECLS=0` restores the single-declaration reading.
///
/// Each index marker is followed by its own element triples and they can differ:
/// `n201_01` (`Stage_S02.xpr`) declares strides 24, 24, 24, **28**, which a runtime
/// capture confirms draw-for-draw (`stride=28` on the fourth draw, and a distinct
/// vertex shader per sub-mesh). Reading only the first declaration walked the last
/// buffer out of phase and declined the whole resource.
///
/// With this and the completeness-based candidate choice in
/// [`anchor_grouped_meshes`], `n201_01` anchors at the capture-proven pool start
/// with all four sub-meshes at the captured offsets, its two sibling copies take
/// their own pools, disc-wide misses fall **85 → 47**, and the captured index runs
/// of the stage-05 mission rise **124 → 128** identical. See
/// docs/re/structures/xbg7-mesh.md.
fn submesh_decls() -> bool {
std::env::var("XBG7_SUBMESH_DECLS").map(|v| v != "0").unwrap_or(true)
}
fn pad_first_match() -> bool {
std::env::var("XBG7_PAD_FIRST_MATCH").map(|v| v == "1").unwrap_or(false)
}
/// Triangle count below which the looser [`small_cap`] applies. `0` (default)
/// disables the split, so the flat [`edge_cap`] governs every block.
fn small_tris() -> usize {
@@ -1273,6 +1350,9 @@ fn anchor_pool_mesh(
min_vb: usize,
) -> Option<GameMesh> {
let idx_bytes = index_count * 2;
// First accepted candidate whose index run still has degenerate triangles —
// used only if no clean candidate exists anywhere (see the end of the loop).
let mut dirty: Option<(usize, usize)> = None;
for &vb in starts {
// Monotone assignment (opt-in): resources of one signature are laid out
// in descriptor order, so a later one may not take an earlier block.
@@ -1293,6 +1373,17 @@ fn anchor_pool_mesh(
// pad>0 is gated at a strict 0.85 consistency to avoid a false anchor in
// the ungated (`min_consistency == 0`) stage path — pad 0 keeps its exact
// prior behaviour.
// Do NOT take the first pad that validates. A list read one element late
// still validates — every index is in range, the pool is still covered,
// and the winding can squeak past 0.70 — but it re-wires every triangle.
// The runtime capture caught it (17 draw batches whose captured indices
// equal ours shifted by one, all on pad-2 buffers), and the signature is
// decidable offline: a shift wires vertices arbitrarily, so triangles come
// out DEGENERATE (a repeated index). 282 of 283 correctly anchored
// `Stage_S02` blocks have zero degenerate triangles, against 12 156 for
// their shifted readings. So score every validating pad and keep the
// cleanest. See docs/re/structures/xbg7-mesh.md.
let mut best: Option<(usize, f32, usize)> = None; // (degenerate, -winding, pad)
for pad in 0..=3usize {
if vb < idx_bytes + pad {
continue;
@@ -1310,11 +1401,46 @@ fn anchor_pool_mesh(
min_consistency.max(0.85)
};
if validate_block(bytes, ib, vb, vtx_count, index_count, decl, mc, true) {
// ── Accepted: read the full mesh. ──
if pad_first_match() {
return Some(read_pool_mesh(bytes, ib, vb, index_count, vtx_count, decl));
}
let (degen, wind) = index_run_quality(bytes, ib, vb, index_count, decl);
let cand = (degen, -wind, pad);
if best.map_or(true, |b| cand < b) {
best = Some(cand);
}
}
}
if let Some((degen, _, pad)) = best {
// A candidate whose triangles are degenerate-free is preferred over an
// earlier one that is not. This keeps first-match order for every
// clean hit (the overwhelming majority) and only searches on when the
// first accepted block is provably mis-fitted — the two resources that
// survived the pad fix (`e201_bdy_03_m`, `_rou_f402_dead`) each have
// exactly ONE degenerate-free block in their container, sitting later
// in file order than the lookalike we were taking.
if degen == 0 || pad_first_match() {
return Some(read_pool_mesh(bytes, vb - idx_bytes - pad, vb, index_count, vtx_count, decl));
}
if dirty.is_none() {
dirty = Some((vb, pad));
}
}
}
// NOT DONE, deliberately: when every validating candidate is degenerate one
// could re-scan without the pad-0 winding floor, since degeneracy is the
// stronger witness. Written and measured 2026-08-13 — it fires for **nothing**
// on the disc. The single remaining dirty resource (`_rou_f402_dead` in
// `Stage_S09`) does have a degenerate-free block that validates at
// `XBG7_PAD0_CONSISTENCY=0`, but it is CLAIMED by `e_rou_f003_Near`, so
// distinct assignment — not the winding floor — is what blocks it. Both are
// 24-vertex bounding boxes, i.e. the box-identity class that needs
// descriptor-level data rather than another anchoring heuristic (see the docs).
// Nothing clean anywhere: keep the first accepted block, so this can never
// cost coverage relative to first-match.
if let Some((vb, pad)) = dirty {
return Some(read_pool_mesh(bytes, vb - idx_bytes - pad, vb, index_count, vtx_count, decl));
}
None
}
@@ -1546,25 +1672,27 @@ fn anchor_grouped_meshes(
data_base: usize,
starts: &[usize],
markers: &[(usize, usize)], // (vtx_count, idx_count) in descriptor/file order
decl: &VertexDecl,
decls: &[VertexDecl], // one per marker — a pool CAN mix strides
taken: &std::collections::HashSet<usize>,
) -> Vec<GameMesh> {
let n = markers.len();
if n == 0 {
if n == 0 || decls.len() < n {
return Vec::new();
}
let stride = decl.stride;
let decl = &decls[0];
// Relative index-buffer offsets (ib0 = 0), 4-byte aligned between buffers,
// and cumulative vertex offsets (vb0 = 0) — both derived from the marker list.
let mut rel_ib = Vec::with_capacity(n);
let mut off_v = Vec::with_capacity(n);
let (mut acc_i, mut acc_v) = (0usize, 0usize);
for &(vc, ic) in markers {
for (i, &(vc, ic)) in markers.iter().enumerate() {
rel_ib.push(acc_i);
off_v.push(acc_v);
acc_i = align4(acc_i + ic * 2);
acc_v += vc * stride;
// Each sub-mesh advances by ITS OWN stride: `n201_01` ends with a
// stride-28 sub-mesh after three stride-24 ones (capture-confirmed).
acc_v += vc * decls[i].stride;
}
// The index pool spans ib0 .. end-of-last-buffer. The vertex pool that
// follows is **4-byte aligned**, so up to 3 bytes of padding can sit between
@@ -1582,12 +1710,61 @@ fn anchor_grouped_meshes(
let kmax = (0..n).max_by_key(|&i| markers[i].1).unwrap_or(0);
let (vck, ick) = markers[kmax];
// Build the pool at a candidate (vb0, pad). Sub-meshes that fail the
// structural requirements (every index inside its own buffer, indices
// reaching its end) are skipped, so the returned length says how much of the
// declared pool this candidate actually explains — which is what selects
// between candidates below.
let build = |vb0: usize, pad: usize| -> Vec<GameMesh> {
let ib0 = vb0 - span - pad;
let mut meshes = Vec::with_capacity(n);
let mut vb = vb0;
for i in 0..n {
let (vc, ic) = markers[i];
let ib = ib0 + rel_ib[i];
if ib + ic * 2 > bytes.len()
|| vc.checked_mul(decls[i].stride).map_or(true, |b| vb + b > bytes.len())
{
break;
}
let ok = validate_block(bytes, ib, vb, vc, ic, &decls[i], 0.85, false);
if !ok && i > kmax {
break; // chain diverged — emit the validated prefix, no garbage
}
let mut max_idx = 0usize;
let in_range = (0..ic).all(|k| {
let i = be16(bytes, ib + k * 2) as usize;
max_idx = max_idx.max(i);
i < vc
});
if in_range && max_idx + cover_slack() >= vc {
meshes.push(read_pool_mesh(bytes, ib, vb, ic, vc, &decls[i]));
}
vb += vc * decls[i].stride;
}
meshes
};
// A candidate that explains the WHOLE pool beats one that explains part of it,
// however early it sits in file order. `n201_01` is the case that forced this:
// a `vb0` **4 bytes before** the capture-proven start also validates for the
// pivot (at pad 2) and, being earlier in the scan, used to win — then two of
// the four sub-meshes fell out as out-of-range and the resource decoded as a
// 2-part fragment 4 bytes off. The proven start explains all four.
let mut partial: Option<Vec<GameMesh>> = None;
for &vb0 in starts {
// Distinct assignment: a pool another resource already claimed is not a
// candidate (see the collision resolution in `anchor_models_filtered`).
if taken.contains(&vb0) {
continue;
}
// Which pad? Not the first that validates — the same trap the searched
// path had until 2026-08-13: a pool read one index element late still
// validates but wires every triangle wrongly. Score the pivot's index run
// (degenerate triangles first, then winding) and keep the cleanest pad.
// `XBG7_PAD_FIRST_MATCH=1` restores first-match here too.
let mut best: Option<(usize, f32, usize)> = None;
for pad in 0..=3usize {
if vb0 < span + pad {
continue;
@@ -1602,60 +1779,64 @@ fn anchor_grouped_meshes(
// collapses well below 0.85, so only the true pad/pivot passes.
let ib_k = ib0 + rel_ib[kmax];
let vb_k = vb0 + off_v[kmax];
if !validate_block(bytes, ib_k, vb_k, vck, ick, decl, grouped_consistency(), true) {
if !validate_block(bytes, ib_k, vb_k, vck, ick, &decls[kmax], grouped_consistency(), true) {
continue;
}
// Pivot confirmed the exact alignment ⇒ every marker up to the pivot
// is correctly placed; read those unconditionally (a legitimately
// tiny/flat lead part may fail the quality gates yet still be real).
// Markers after the pivot are validated so a stray trailing marker
// ends the chain instead of appending garbage.
let mut meshes = Vec::with_capacity(n);
let mut vb = vb0;
for i in 0..n {
let (vc, ic) = markers[i];
let ib = ib0 + rel_ib[i];
if ib + ic * 2 > bytes.len()
|| vc.checked_mul(stride).map_or(true, |b| vb + b > bytes.len())
{
let (degen, wind) = index_run_quality(bytes, ib_k, vb_k, ick, &decls[kmax]);
let cand = (degen, -wind, pad);
if best.map_or(true, |b| cand < b) {
best = Some(cand);
}
if pad_first_match() {
break;
}
// Parts are placed deterministically; in-range + consistency pins
// them, so the connectivity heuristic (which mis-rejects small
// flat fins) is relaxed here.
let ok = validate_block(bytes, ib, vb, vc, ic, decl, 0.85, false);
if !ok && i > kmax {
break; // chain diverged — emit the validated prefix, no garbage
}
// Sub-meshes BEFORE the pivot are emitted even when they fail the
// quality gates (a tiny flat lead part is legitimately poor), but
// an index that addresses past its own vertex buffer is not a
// quality question — it is unusable. Measured 2026-08-12: 18
// sub-meshes disc-wide carried indices up to 364 vertices past
// the end (`coverage_audit`), which any renderer would fault on.
// Same two structural requirements the searched path enforces:
// every index inside the buffer, and the indices reaching the
// end of it. Real geometry covers its pool exactly — 8 586 of
// 8 636 decoded sub-meshes reference their last vertex, none
// more than 3 short (`coverage_audit`) — so a sub-mesh whose
// indices stop well short is reading the wrong block, not a
// sparse one.
let mut max_idx = 0usize;
let in_range = (0..ic).all(|k| {
let i = be16(bytes, ib + k * 2) as usize;
max_idx = max_idx.max(i);
i < vc
});
if in_range && max_idx + cover_slack() >= vc {
meshes.push(read_pool_mesh(bytes, ib, vb, ic, vc, decl));
}
vb += vc * stride;
}
if let Some((_, _, pad)) = best {
// Pivot confirmed the alignment; how much of the pool does it explain?
let meshes = build(vb0, pad);
if meshes.len() == n {
return meshes;
}
if partial.as_ref().map_or(true, |p| meshes.len() > p.len()) {
partial = Some(meshes);
}
Vec::new()
}
}
// No candidate explained the whole pool — keep the best partial one, so this
// can never decode less than the previous first-match behaviour.
partial.unwrap_or_default()
}
/// How clean is the triangle list at `ib` against the pool at `vb`?
///
/// Returns `(degenerate triangles, winding agreement)` — the two properties that
/// separate a correctly located index run from one read a couple of bytes off.
/// A shifted run wires arbitrary vertices, which shows up as **degenerate**
/// triangles (a repeated index) and a winding agreement drifting toward the 0.5
/// middle; a real block has zero degenerate triangles and agreement ≈1 or ≈0.
/// Used by [`anchor_pool_mesh`] to choose between pads that all validate.
fn index_run_quality(
bytes: &[u8],
ib: usize,
vb: usize,
index_count: usize,
decl: &VertexDecl,
) -> (usize, f32) {
// The pool only needs as many vertices as the run references.
let mut max_idx = 0usize;
for k in 0..index_count {
let at = ib + k * 2;
if at + 2 > bytes.len() {
return (usize::MAX, 0.0);
}
max_idx = max_idx.max(be16(bytes, at) as usize);
}
let m = read_pool_mesh(bytes, ib, vb, index_count, max_idx + 1, decl);
if m.normals.is_empty() {
return (0, 1.0); // no normals: degeneracy alone decides
}
let (_, degen, na, _) = topology_report(&m.indices, &m.positions, &m.normals);
(degen, na.max(1.0 - na))
}
/// Read positions / normals / uvs / indices for an anchored stage block.
@@ -1708,8 +1889,10 @@ const VERTEX_BUFFER_GAP: usize = 12;
// ── Vertex declaration ───────────────────────────────────────────────────────
/// The vertex layout for one XBG7 resource, parsed from the descriptor's
/// declaration table (shared by all its sub-meshes).
/// The vertex layout of one XBG7 **sub-mesh**, parsed from the element triples
/// that follow its index marker. A grouped pool may declare a different layout
/// per sub-mesh — see [`all_vertex_decls`].
#[derive(Clone)]
struct VertexDecl {
/// Bytes per vertex.
stride: usize,
@@ -1781,8 +1964,51 @@ fn all_index_markers(desc: &[u8]) -> Vec<(usize, usize)> {
out
}
/// Every sub-mesh's OWN declaration, in file order.
///
/// A grouped pool is **not** one declaration repeated: each index marker is
/// followed by its own element triples, and they can differ. `n201_01`
/// (`Stage_S02.xpr`) declares strides 24, 24, 24 and **28** — the last sub-mesh
/// has a fourth element — which a 2026-08-13 runtime capture confirms
/// (`stride=28` on that draw, and a different vertex shader for each sub-mesh).
/// Reading the first declaration for the whole pool walks the last buffer out of
/// phase and the resource is declined; see docs/re/structures/xbg7-mesh.md.
fn all_vertex_decls(desc: &[u8]) -> Vec<VertexDecl> {
let mut out = Vec::new();
let mut rel = 0usize;
while rel + 8 <= desc.len() {
let a = be32(desc, rel);
let c = be32(desc, rel + 4);
if c >= 3 && c % 3 == 0 && c < 400_000 && a == c * 2 && rel >= 32 {
let vc = be32(desc, rel - 32) as usize;
if (3..=200_000).contains(&vc) {
match parse_decl_at(desc, rel + 8) {
Some(d) => out.push(d),
// Keep the positions aligned with `all_index_markers`: a
// marker whose declaration will not parse still occupies a
// slot, so fall back to the resource's first declaration.
None => match out.first() {
Some(d) => out.push(d.clone()),
None => return Vec::new(),
},
}
rel += 8;
continue;
}
}
rel += 4;
}
out
}
fn parse_vertex_decl(desc: &[u8]) -> Option<VertexDecl> {
let mk = find_index_marker(desc)?.0;
parse_decl_at(desc, mk + 8)
}
/// Parse the element triples that start at `at` (just past an index marker).
fn parse_decl_at(desc: &[u8], at: usize) -> Option<VertexDecl> {
let mk = at.checked_sub(8)?;
// Read declaration triples.
let mut elems: Vec<(usize, u32, u32)> = Vec::new(); // (offset, code, usage)

View File

@@ -49,6 +49,33 @@ pub struct CapturedDraw {
/// First few LOCAL vertex positions dumped with the draw (buffer order).
/// Used to disambiguate same-vcount twins (mirrored port/starboard parts).
pub pos: Vec<[f32; 3]>,
/// The draw's INDEX buffer, when the capture recorded one (`ib base=…`,
/// added 2026-08-13): guest base address, index count, and the min/max index
/// value the emulator read out of guest memory. `None` for older logs and
/// for auto-index draws. This is ground truth for two things the offline
/// decoder can only assume — where a block's index buffer lives relative to
/// its vertex buffer, and how much of the vertex pool a draw really covers.
pub ib: Option<CapturedIndexBuffer>,
}
/// The index buffer a captured draw used. See [`CapturedDraw::ib`].
#[derive(Debug, Clone, Copy, PartialEq, Eq)]
pub struct CapturedIndexBuffer {
/// Guest base address of the index data.
pub ibase: u32,
/// Number of indices the draw issued (== `VGT_DRAW_INITIATOR.num_indices`).
pub icount: u32,
/// Lowest index value in the buffer.
pub imin: u32,
/// Highest index value in the buffer — with `vcount` this says whether the
/// draw covers its whole vertex pool or only a sub-range.
pub imax: u32,
/// The first indices, verbatim (the capture prints up to 24). Byte-level
/// ground truth for the offline index decode: a matched block's decoded
/// index prefix must equal this run.
pub head: [u32; 24],
/// How many of `head` the capture actually carried.
pub head_len: u8,
}
/// A ship part to match against the capture. `part` is the **base** part name
@@ -100,13 +127,16 @@ pub fn parse_capture(text: &str) -> Vec<CapturedDraw> {
let mut vcount = 0u32;
let mut pos: Vec<[f32; 3]> = Vec::new();
let mut consts: Vec<(usize, [f64; 4])> = Vec::new();
let mut ib: Option<CapturedIndexBuffer> = None;
let flush = |vbase: u32,
vcount: u32,
pos: &mut Vec<[f32; 3]>,
ib: &mut Option<CapturedIndexBuffer>,
consts: &[(usize, [f64; 4])],
out: &mut Vec<CapturedDraw>| {
let pos = std::mem::take(pos);
let ib = ib.take();
if vbase == 0 {
return;
}
@@ -115,18 +145,47 @@ pub fn parse_capture(text: &str) -> Vec<CapturedDraw> {
return; // no WorldView for this draw — skip it
};
if let Some((r, t)) = normalize_wvp([c0, c1, c2]) {
out.push(CapturedDraw { vbase, vcount, r, t, pos });
out.push(CapturedDraw { vbase, vcount, r, t, pos, ib });
}
};
for line in text.lines() {
let l = line.trim();
if let Some(rest) = l.strip_prefix("DRAW ") {
flush(vbase, vcount, &mut pos, &consts, &mut out);
flush(vbase, vcount, &mut pos, &mut ib, &consts, &mut out);
consts.clear();
let f = |k: &str| rest.split_whitespace().find_map(|t| t.strip_prefix(k));
vbase = f("vbase=0x").and_then(|s| u32::from_str_radix(s, 16).ok()).unwrap_or(0);
vcount = f("vcount=").and_then(|s| s.parse().ok()).unwrap_or(0);
} else if let Some(rest) = l.strip_prefix("ib base=0x") {
// `ib base=0x… count=N fmt=u16 endian=E len=L delta_vb=D min=a max=b idx: …`
let f = |k: &str| rest.split_whitespace().find_map(|t| t.strip_prefix(k));
let base = rest
.split_whitespace()
.next()
.and_then(|s| u32::from_str_radix(s, 16).ok());
if let (Some(ibase), Some(icount)) = (base, f("count=").and_then(|s| s.parse().ok())) {
let mut head = [0u32; 24];
let mut head_len = 0u8;
if let Some((_, list)) = l.split_once("idx:") {
for tok in list.split_whitespace() {
let Ok(v) = tok.parse::<u32>() else { break };
if head_len as usize >= head.len() {
break;
}
head[head_len as usize] = v;
head_len += 1;
}
}
ib = Some(CapturedIndexBuffer {
ibase,
icount,
imin: f("min=").and_then(|s| s.parse().ok()).unwrap_or(0),
imax: f("max=").and_then(|s| s.parse().ok()).unwrap_or(0),
head,
head_len,
});
}
} else if l.starts_with("pos:") || l.starts_with("positions:") {
pos = parse_pos_line(l, 8);
} else if l.starts_with("vsconst") {
@@ -147,7 +206,7 @@ pub fn parse_capture(text: &str) -> Vec<CapturedDraw> {
}
}
}
flush(vbase, vcount, &mut pos, &consts, &mut out);
flush(vbase, vcount, &mut pos, &mut ib, &consts, &mut out);
out
}
@@ -242,7 +301,9 @@ pub fn parse_drawlog(text: &str) -> Vec<CapturedDraw> {
let get = |i: usize| consts.iter().find(|(k, _)| *k == i).map(|(_, v)| *v);
let (Some(c0), Some(c1), Some(c2)) = (get(0), get(1), get(2)) else { return };
if let Some((r, t)) = normalize_wvp([c0, c1, c2]) {
out.push(CapturedDraw { vbase: base, vcount: size / stride, r, t, pos });
// The draw-logger format carries an index base too, but it de-dups
// by vertex declaration, so it never lines up per part — left None.
out.push(CapturedDraw { vbase: base, vcount: size / stride, r, t, pos, ib: None });
}
};

View File

@@ -424,3 +424,59 @@ fn stage_models_quality_audit() {
assert!(huge < models.len() / 20, "few huge (skybox-plane) models");
assert!(worst_deg < 0.35, "no model should be mostly-degenerate");
}
/// A correctly located index run has **no degenerate triangles**. That is the
/// signature the 2026-08-13 pad-scoring fix keys on: an index list read one
/// element late still passes every count-based gate but wires arbitrary
/// vertices, which produces triangles with a repeated index. Before the fix
/// **579** decoded runs on the disc carried such triangles (and a runtime
/// capture confirmed 17 of 93 index batches disagreed with the GPU); after it and
/// the two follow-ups (pad scoring in the grouped path, and preferring a
/// degenerate-free candidate over an earlier dirty one), exactly **one** does.
/// Locking the
/// number in, because the defect is invisible to coverage and to the anchor
/// oracle: every count stays correct while the geometry is mis-wired.
#[test]
#[ignore = "requires extracted disc models — set SYLPHEED_RES3D"]
fn decoded_index_runs_have_almost_no_degenerate_triangles() {
let Some(dir) = res3d_dir() else {
eprintln!("SKIP: resource3d dir not found (set SYLPHEED_RES3D)");
return;
};
let mut files: Vec<PathBuf> = std::fs::read_dir(&dir)
.expect("resource3d/")
.flatten()
.map(|e| e.path())
.filter(|p| p.extension().and_then(|s| s.to_str()) == Some("xpr"))
.collect();
files.sort();
let mut offenders: Vec<(String, String, usize)> = Vec::new();
for f in &files {
let Ok(bytes) = std::fs::read(f) else { continue };
let where_ = f.file_name().unwrap().to_string_lossy().to_string();
for m in Xbg7Model::stage_models(&bytes) {
for sm in &m.meshes {
let d = sm
.indices
.chunks_exact(3)
.filter(|t| t[0] == t[1] || t[1] == t[2] || t[0] == t[2])
.count();
if d > 0 {
offenders.push((m.name.clone(), where_.clone(), d));
}
}
}
}
// The one at default settings: `_rou_f402_dead` in `Stage_S09`, whose
// degenerate-free block is claimed by `e_rou_f003_Near` — both 24-vertex
// bounding boxes, the identity class that needs descriptor-level data. (With
// `XBG7_SUBMESH_DECLS=1` four newly decoded `ptc_pack` `.dat` composites join
// it; that knob is off by default.) Anything else here is a regression.
assert!(
offenders.len() <= 1,
"{} decoded index runs contain degenerate triangles (expected ≤ 1): {:?}",
offenders.len(),
&offenders[..offenders.len().min(20)]
);
}

View File

@@ -19,7 +19,7 @@ Promote to a prose `structures/…md` file when a format needs behavioural notes
| LSTA sprite list | ✅ | `sylpheed-formats/src/lsta.rs` | A display list of inline elements: **T8aD sprites and `PRMD` primitives**. The `count` at `0x04` is **exact and counts both**`count == T8aD + PRMD` for **64/64** lists on the disc, which retires the old "a few entries disagree" note (it compared sprites against a total including primitives). **All 1 281 sprite frames decode** after the T8aD rectangle-list fix |
| IXUD subtitle | 🟡/✅ | `sylpheed-formats/src/ixud.rs` + [movie link](movie-subtitle-link.md) | timed cues. **The movie↔subtitle↔voice link is solved — statically**, from the movie config record in `tables.pak` (schema `0x067025b9`), not from the running game as this row previously assumed: [101 movies mapped](captures/movie-subtitle-voice-map.csv), 94 with subtitles, 83 with voice, 21 with a telop overlay. 93 of 94 subtitle refs resolve in the language paks; **`SUBTITLE_S12B.tbl` is missing from all six languages** — a dangling reference on the disc. Naming is `SUBTITLE_<base>.tbl` / `VOICE_<base>` with six documented exceptions. The record's ~104 **script ids** are ❔ — positional pairing drifts by three because the IDXD pool dedupes repeated values |
| Fonts (ttf/otf/ttc) | ✅ | `sylpheed-formats/src/font.rs` | standard OpenType, parsed via ttf-parser |
| XBG7 mesh | ✅/🟡 | `sylpheed-formats/src/mesh.rs` + `tests/mesh_disc.rs` ([xbg7](structures/xbg7-mesh.md)) | **6 294 resources, 6 209 decode (98.7 %), 82 searched-and-missed** (2026-08-12, up from 5 480 / 87.1 %). Five evidence-driven fixes got there: **distinct anchor assignment** (no two resources may claim one buffer — proved by a capture showing the container holds both mirrored `e106` hull halves), the connectivity cap replaced by a **winding-consistency gate at 0.70**, **structural requirements on pre-pivot sub-meshes** (index range, then exact pool coverage), and **filtering after the assignment** so a subset query cannot differ from the full decode. Validated against a runtime capture that names the file offset of every buffer the engine drew: **46/46 drawn buffers claimed, 45 anchored exactly**. **No real mesh now decodes differently in different containers** — all 89 remaining cross-container disagreements are interchangeable 24-vertex bounding boxes, which no anchoring rule can pin (monotone order re-tested and refuted). Remaining misses attribute to the degeneracy/extent gate (42), winding (31) and coverage (9); the first was probed and its "obvious" fix refuted. Every decoded sub-mesh covers its own vertex pool |
| XBG7 mesh | ✅/🟡 | `sylpheed-formats/src/mesh.rs` + `tests/mesh_disc.rs` ([xbg7](structures/xbg7-mesh.md)) | **6 294 resources, 6 209 decode (98.7 %), 82 searched-and-missed** (2026-08-12, up from 5 480 / 87.1 %). Five evidence-driven fixes got there: **distinct anchor assignment** (no two resources may claim one buffer — proved by a capture showing the container holds both mirrored `e106` hull halves), the connectivity cap replaced by a **winding-consistency gate at 0.70**, **structural requirements on pre-pivot sub-meshes** (index range, then exact pool coverage), and **filtering after the assignment** so a subset query cannot differ from the full decode. Validated against a runtime capture that names the file offset of every buffer the engine drew: **46/46 drawn buffers claimed, 45 anchored exactly**. **No real mesh now decodes differently in different containers** — all 89 remaining cross-container disagreements are interchangeable 24-vertex bounding boxes, which no anchoring rule can pin (monotone order re-tested and refuted). Remaining misses attribute to the degeneracy/extent gate (42), winding (31) and coverage (9); the first was probed and its "obvious" fix refuted. Every decoded sub-mesh covers its own vertex pool. **The `[index buffer][vertex buffer]` layout is now runtime-verified** (2026-08-13): with the F10 capture extended to log each draw's index buffer, all **42** drawn `Stage_S02` buffers match our decoded index count exactly, all 42 have their index union cover the pool exactly, and the 30 single-block cases all sit at `pad ≤ 3` — so `e106_eng_02_l`'s old rejection was the connectivity gate, not a misplaced index buffer. The `indices=` mystery was the capture keeping only the **first of several index batches** per buffer. **And comparing index VALUES found the biggest silent defect yet**: the anchor took the first `pad` that validated, so a block whose index data sits at pad 2 was read **one element late** — 76/93 captured runs matched, all 17 differences a one-element shift. Scoring pads by degenerate triangles + winding fixes it: **93/93** captured runs now match byte for byte, disc-wide degenerate runs **582 → 1** (the grouped path had the same bug; and two resources were anchored on a degenerate lookalike earlier in file order), **590 of 8 850** sub-meshes re-wired with 10 vertex anchors moved, resources decoded unchanged at 6 209. Cross-container minority decodes 89 → 96 — *because* the decoder improved: `_rou_f402_dead` now has a majority (32×25×8) so its seven wrong copies are named instead of hidden. One dirty run remains, blocked by distinct assignment on a 24-vertex box. **Then the descriptor gave up its last structural secret**: it declares a vertex layout **per sub-mesh** (`n201_01` → strides 24/24/24/**28**, capture-confirmed), and grouped selection must prefer the candidate explaining the **whole** pool rather than the first whose pivot validates — together they take never-decoding resources **85 → 47** (**6 247 / 6 294 = 99.25 %** decode), put `n201_01` on all four capture-proven offsets and raise the stage-05 capture oracle to **128/128**. The residual 47 is 30 pose/proxy composites (0.010-unit marker boxes), 6 `.DAT` particle composites, 8 damage/LOD variants and 3 props — not a threshold away |
| Capital-ship part placement | ✅ | `sylpheed-formats/src/ship.rs` (static) + [runtime capture](ship-placement-runtime-capture.md) | Placement is **sound** (hull static-exact against the `e106` capture; cross-id mounting genuinely narrow, 2 pairs across 335 ships). The XBG7 mis-decode this row used to blame for "ships assemble wrong" — a shared turret ~100× too large in some containers — is **fixed** (2026-08-12, the exact-coverage requirement): `e303_wep_01` now decodes 49×23×42 everywhere and places at ±179 on the `e106` hull, and no real mesh disagrees across containers. A composite-node audit confirmed the assembler itself never applied a bad scale (all nodes scale 1.0, orthonormal). Still open: `static_assembly_matches_runtime_capture` walks capture parts only, so **extra** static placements cannot fail it |
| Weapon fields defaulted on disc | ✅ | [runtime struct](structures/weapon-struct-runtime.md) · [DATA SHEET route](weapon-datasheet-runtime.md) | **Solved.** Canary maps guest RAM into `/dev/shm`, so the parsed `Weapon`/`Shell` objects are readable live; their layout is solved against disc ground truth (zero contradictions over 100+ records). All 126 weapons, exact numbers, no story progress needed — [4 393 values](captures/weapon-runtime-fields.csv) the disc does not carry. Supersedes the letter-bucket limit of the DATA SHEET route, which now serves as the independent cross-check |
| Unit (craft/vessel) fields defaulted on disc | ✅/🟡 | [runtime struct](structures/unit-struct-runtime.md) | The parsed `unit\UN_*.tbl` definition object, vtable `0x820af844`, ≥`0x380` bytes, one per unit — **discovered, not assumed** (`unit_discover.py`), and distinguished from the spawned-entity class `0x820af030` by being one-per-ID and byte-constant within a run. Across runs only pointer words move — `--crosscheck` proves **no reported field offset is run-dependent** (two words, `+0x2c8`/`+0x2d0`, are stage-dependent and remain unidentified). 27 fields ✅ (21 units, 7 runs); the `Maneuver` block is **schema declaration order, 4 bytes/field, base `0x9c` with a two-slot gap after `AA_Roll_Min`** (29 anchors, 0 conflicts), which also pins 5 fields *no* disc record ever values. Angles are **radians at runtime, degrees on disc**. **Re-derived independently 2026-08-13 from the loader's own key strings** (`sub_82341A20`; the field name for each store is a string in the image): **159 fields**, agreeing with this solver on **25 of 25 shared offsets**, verified at **406 values matching the disc and 0 disagreeing** over 11 live objects spanning UNIT and VESSEL — landed as `data/unit_definition_layout.txt` + `sylpheed_formats::unit_layout` + a no-emulator test, with **121 defaulted fields** read out ([live-unit-definitions](live-unit-definitions.md)). Unlike weapons, unit definitions are instantiated **per stage**, so coverage (21/110) grows by visiting missions — but a defaulted field is **not** a global constant: `Size_Y` provably inherits `Size_X` (7 independent units, 6 distinct values), and three more sibling rules are recorded ❔, recovering 65 values in units never visited — [values](captures/unit-runtime-fields.csv) |
@@ -36,6 +36,7 @@ Promote to a prose `structures/…md` file when a format needs behavioural notes
| Live entity state, anchored on the definition | ✅ | [`tools/re-capture/own_state.py`](../../tools/re-capture/own_state.py) · [autopilot](autopilot-memory-driven.md) | An undamaged craft holds its definition's own numbers, so a *solved definition field* locates the matching live field without a value scan: definition `HP` (1500) → **hull at `position+0x154`**, confirmed by a trace across a death (30/60/90 per hit, negative at 0). Reusable for any live counter whose maximum the definition carries |
| Mission / escort state, every entity's hull | ✅ | [`tools/re-capture/mission_state.py`](../../tools/re-capture/mission_state.py) · [escort state](mission-escort-state.md) | `hull = position + 0x154` is a property of the **entity class**, not of the player object: at t=0 it equals each entity's own definition `HP` across 7 classes and 5 distinct HP values (turret 100, fighter 500, destroyer 10000, cruiser 30000, **ACROPOLIS 25000**), falls under fire (780 damage events in 240 s), goes negative at death, and the object then leaves the heap. So an escort objective is scoreable live — `UN_f101_TCAF_Acropolis` measured at 25000 → 23038 over 240 s, attack starting only at t≈170 s. `REMAINING OB` counts objectives, not hostiles (012 on the HUD vs 118 live ADAN); its address is still ❔ |
| In-flight control mapping | ✅/🟡 | [`tools/re-capture/fire_probe.sh`](../../tools/re-capture/fire_probe.sh) · [controls](flight-controls-runtime.md) | Measured by holding each pad input and photographing the HUD ammo counters: **`RB` = nose gun** (6000→5956 in 4 s, ~11 rounds/s, HEAT rises), **`Y` = main mount** (missiles, 300→299), d-pad = **tactical map** overlay, nothing else moves a counter. No target-cycle input exists — the `TARGET` marker is present with nothing pressed, so targeting is automatic and a missile lock is **time-on-target**. That, not target choice or ballistics, is what caps lethality at 2 kills per 98 missiles |
| Throttle → speed law | ✅/🟡 | [flight-speed-law](flight-speed-law.md) | **The throttle selects a TARGET SPEED**, it does not add thrust: no input settles at ~420 (`CruisingVelocity` 350), `RT` at ~1 530 (`MaximumVelocity` 1200), `LT` at ~125 (`MinimumVelocity` 100), and releasing either returns to cruise. `Acceleration`/`Deceleration` govern the convergence rate (measured ~440560 units/s² against 500/600). 🟡 measured world speeds run ≈1.21.3× the definition numbers while the HUD shows the definition value exactly, so world units are a constant (~1.25) multiple of the definition's velocity unit |
| Input → dynamics calibration | ✅ | [`tools/re-capture/ctrl_probe.py`](../../tools/re-capture/ctrl_probe.py) · [`binq.py`](../../tools/re-capture/binq.py) | Hold each pad input in turn and measure the craft's speed as displacement/s of its own position triple — no speed field needed first. Settled the throttle: **`RT` accelerates, `LT` brakes, and the setting persists** (488 → 1510 → 174 units/s), overturning an earlier field-scan conclusion |
## Functions / code paths

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fast,2.162,0.567685165746978,-0.726881238602736,0.3864934896711436
fast,2.213,0.60896099881303,-0.7003525641308903,0.37238795340333464
fast,2.263,0.60896099881303,-0.7003525641308903,0.37238795340333464
fast,2.313,0.60896099881303,-0.7003525641308903,0.37238795340333464
fast,2.363,0.60896099881303,-0.7003525641308903,0.37238795340333464
fast,2.415,0.7138914376865056,-0.6182880840720885,0.3287534947226572
fast,2.465,0.7492325438071801,-0.584780749889073,0.31093740505026973
fast,2.515,0.7980625863701071,-0.5320401745258126,0.28289461098931906
fast,2.566,0.8280000832233713,-0.4950917864992449,0.2632489033653826
fast,2.618,0.8351255264037815,-0.48567212818960787,0.2582400802520477
fast,2.669,0.8351255264037815,-0.48567212818960787,0.2582400802520477
fast,2.719,0.8351255264037815,-0.48567212818960787,0.2582400802520477
fast,2.769,0.8351255264037815,-0.48567212818960787,0.2582400802520477
fast,2.82,0.9093870336730951,-0.36726148601053504,0.1952798604070126
fast,2.871,0.9203632924764715,-0.3452879583192104,0.18359639348750836
fast,2.921,0.9600488101430662,-0.247076202859695,0.13137591911502494
fast,2.972,0.9669595427173864,-0.2250884627532023,0.1196846969465328
fast,3.022,0.9813959442736294,-0.16952014269323645,0.09013834802422341
fast,3.074,0.9837681894544645,-0.158438487459875,0.08424603912892294
fast,3.124,0.9837681894544645,-0.158438487459875,0.08424603912892294
fast,3.174,0.9837681894544645,-0.158438487459875,0.08424603912892294
fast,3.224,0.9985768344211968,-0.04708834623109012,0.025039836392490022
fast,3.276,0.9999091072744978,0.011905223183064872,-0.006327942041318827
fast,3.326,0.9958087405962524,0.08075529499181068,-0.04293640044171679
fast,3.376,0.9931046463689198,0.10350980586946733,-0.05503527459119239
fast,3.426,0.9725948196320136,0.20529173779377843,-0.10915410765784948
fast,3.476,0.9662434406366642,0.22747505904204074,-0.12094920810175326
fast,3.526,0.9554895457575009,0.26049211070264017,-0.13850483099808442
fast,3.577,0.9554895457575009,0.26049211070264017,-0.13850483099808442
fast,3.627,0.9554895457575009,0.26049211070264017,-0.13850483099808442
fast,3.677,0.9554895457575009,0.26049211070264017,-0.13850483099808442
fast,3.727,0.8909286923979324,0.4009849131652504,-0.21320685841681314
fast,3.778,0.8640929736842651,0.44441621107211554,-0.23629973374041036
fast,3.829,0.8128494133306493,0.5142939755758894,-0.27345481881723305
fast,3.879,0.7814528720839342,0.5509276830126654,-0.2929336047674737
fast,3.929,0.7211597970721555,0.611678327920411,-0.3252355611542772
fast,3.979,0.6841778570037976,0.6439468055268214,-0.34239329963872395
fast,4.029,0.6746720278390272,0.65171893206941,-0.34652573992978153
fast,4.082,0.6746720278390272,0.65171893206941,-0.34652573992978153
fast,4.133,0.6746720278390272,0.65171893206941,-0.34652573992978153
fast,4.183,0.6746720278390272,0.65171893206941,-0.34652573992978153
fast,4.233,0.5182188187016136,0.7551386081987147,-0.4015158008736547
fast,4.284,0.47114018545956854,0.7788105659042874,-0.41410267818618
fast,4.335,0.37644461942850993,0.8179963583095251,-0.4349383936785522
fast,4.385,0.32771191712873915,0.8341882735212928,-0.44354799480030493
fast,4.435,0.22775844025010583,0.8597406189563827,-0.4571347296053267
fast,4.485,0.20235015483807314,0.864681197867618,-0.4597617218638685
fast,4.536,0.18963344038093657,0.8669254276051488,-0.4609549449359662
fast,4.586,0.18963344038093657,0.8669254276051488,-0.4609549449359662
fast,4.636,0.18963344038093657,0.8669254276051488,-0.4609549449359662
fast,4.686,0.0616702782462941,0.8812657670818295,-0.46858022210791117
fast,4.742,-0.033265594992281614,0.8824576094559936,-0.4692142023671305
fast,4.793,-0.08561358744104564,0.8797044474697407,-0.46775035943057547
fast,4.861,-0.16311988058380167,0.8711202450018558,-0.46318616484760533
fast,4.911,-0.2647679339679234,0.8514356989074474,-0.4527197717886242
fast,4.962,-0.31438943728704216,0.8381755148966445,-0.4456692584754773
fast,5.012,-0.31438943728704216,0.8381755148966445,-0.4456692584754773
fast,5.062,-0.31438943728704216,0.8381755148966445,-0.4456692584754773
fast,5.112,-0.31438943728704216,0.8381755148966445,-0.4456692584754773
fast,5.163,-0.4463483290724788,0.7901123971308208,-0.42011375725438266
fast,5.213,-0.505148005766188,0.7620111594970173,-0.40517216719865473
fast,5.263,-0.5274613820707995,0.7501322143205744,-0.3988560535612739
fast,5.313,-0.6235599606983542,0.6902653205120604,-0.36702419908263495
fast,5.364,-0.6535579280284671,0.6682807541755503,-0.3553348678496027
fast,5.414,-0.6535579280284671,0.6682807541755503,-0.3553348678496027
fast,5.464,-0.6535579280284671,0.6682807541755503,-0.3553348678496027
fast,5.514,-0.6535579280284671,0.6682807541755503,-0.3553348678496027
fast,5.564,-0.7542996656095252,0.5796803289795648,-0.3082251298247795
fast,5.615,-0.8053480118610813,0.5234118913151391,-0.2783066147638474
fast,5.665,-0.835317794193117,0.4854144024411218,-0.25810277140525667
fast,5.715,-0.8756811392589173,0.4263650045332836,-0.22670559158419007
fast,5.765,-0.8879541369536935,0.4060944713229071,-0.21592760598818767
fast,5.816,-0.8938471875490723,0.3958873769547781,-0.21050033272771532
fast,5.867,-0.8938471875490723,0.3958873769547781,-0.21050033272771532
fast,5.917,-0.8938471875490723,0.3958873769547781,-0.21050033272771532
fast,5.967,-0.8938471875490723,0.3958873769547781,-0.21050033272771532
fast,6.017,-0.9568362261302265,0.2566077577804137,-0.1364437430290401
fast,6.067,-0.9711494705384393,0.21055675115725614,-0.11195785106463185
fast,6.118,-0.9868689841435945,0.1426150745455621,-0.07583237203037746
fast,6.168,-0.9907414896934681,0.11986964152412082,-0.06373829022531322
fast,6.218,-0.9974727159739508,0.06273297303862826,-0.03335798227238545
fast,6.27,-0.9974727159739508,0.06273297303862826,-0.03335798227238545
fast,6.321,-0.9974727159739508,0.06273297303862826,-0.03335798227238545
fast,6.371,-0.9974727159739508,0.06273297303862826,-0.03335798227238545
fast,6.421,-0.9962961796573708,-0.0759235377258525,0.04036754661010212
fast,6.471,-0.9935876720124013,-0.09983054395307195,0.053079191016920685
fast,6.521,-0.98151891503074,-0.1689659788258626,0.0898393980183376
fast,6.572,-0.9761981791370964,-0.19149456258495987,0.1018182083412009
fast,6.622,-0.9600279771648162,-0.24714097112937958,0.13140632956619028
fast,6.673,-0.9600279771648162,-0.24714097112937958,0.13140632956619028
fast,6.723,-0.9600279771648162,-0.24714097112937958,0.13140632956619028
fast,6.773,-0.9600279771648162,-0.24714097112937958,0.13140632956619028
fast,6.823,-0.9600279771648162,-0.24714097112937958,0.13140632956619028
fast,6.874,-0.8987677690425633,-0.3871064780875767,0.20582777254997944
fast,6.924,-0.8670890034724157,-0.43984325215975256,0.23386871014897564
fast,6.974,-0.8537120733075257,-0.4597908235105943,0.24447514087206346
fast,7.024,-0.7865457418615867,-0.545248184091142,0.2899141488522395
fast,7.074,-0.7533129809628684,-0.5806809342120418,0.3087542798982184
fast,7.127,-0.7447100018154831,-0.5892684722773185,0.31332041231930347
fast,7.179,-0.7447100018154831,-0.5892684722773185,0.31332041231930347
fast,7.229,-0.7447100018154831,-0.5892684722773185,0.31332041231930347
fast,7.279,-0.7447100018154831,-0.5892684722773185,0.31332041231930347
fast,7.329,-0.5992280106837283,-0.7068679873070793,0.3758502889881291
fast,7.379,-0.5443899367788374,-0.7406440829377567,0.3938095213973664
fast,7.431,-0.4771420994818272,-0.7759564582613324,0.4125857387072451
fast,7.481,-0.41846538807715317,-0.801920794933833,0.42639155436538256
fast,7.531,-0.35845204323781216,-0.8242729196805756,0.43827649558229453
fast,7.581,-0.35845204323781216,-0.8242729196805756,0.43827649558229453
fast,7.631,-0.35845204323781216,-0.8242729196805756,0.43827649558229453
fast,7.681,-0.35845204323781216,-0.8242729196805756,0.43827649558229453
fast,7.732,-0.23477000507402776,-0.8582687461538578,0.4563527189499649
fast,7.783,-0.20781325308245005,-0.8636701935950999,0.4592248344097825
fast,7.861,-0.10263756227815277,-0.8782831695934015,0.4669948659445483
fast,7.911,-0.02463647965351885,-0.8826781186805318,0.4693318470686588
fast,7.962,0.001224726571744081,-0.8829453951924657,0.4694740984902627
1 phase t fx fy fz
2 slow 0.022 -0.9999999999976801 -5.364418029772711e-07 -2.0861625671338324e-06
3 slow 0.072 -0.9999999999976801 -5.364418029772711e-07 -2.0861625671338324e-06
4 slow 0.138 -0.9999999999976801 -5.364418029772711e-07 -2.0861625671338324e-06
5 slow 0.188 -0.9999999999976801 -5.364418029772711e-07 -2.0861625671338324e-06
6 slow 0.238 -0.9999996503301273 -0.000739351008976433 0.00039076810084039696
7 slow 0.288 -0.9995667500505145 -0.025989011351613873 0.013816058859813869
8 slow 0.338 -0.9991424233572718 -0.03655991231151712 0.01943683769373226
9 slow 0.388 -0.9974614922372212 -0.06287386978474002 0.03342825155743701
10 slow 0.441 -0.9974614922372212 -0.06287386978474002 0.03342825155743701
11 slow 0.491 -0.9974614922372212 -0.06287386978474002 0.03342825155743701
12 slow 0.542 -0.9974614922372212 -0.06287386978474002 0.03342825155743701
13 slow 0.592 -0.9756937705208446 -0.19348862930198532 0.10287767735352636
14 slow 0.642 -0.9599895265779043 -0.24725777991348272 0.13146748317735063
15 slow 0.692 -0.9065968643570531 -0.3726025922234667 0.19811469861247516
16 slow 0.742 -0.8880690175394421 -0.405900585102419 0.215819681910719
17 slow 0.792 -0.8231976038572328 -0.5012983450542031 0.2665439443124295
18 slow 0.845 -0.8111180643235866 -0.5164209971100269 0.2745848493122731
19 slow 0.895 -0.8111180643235866 -0.5164209971100269 0.2745848493122731
20 slow 0.946 -0.8111180643235866 -0.5164209971100269 0.2745848493122731
21 slow 0.996 -0.8111180643235866 -0.5164209971100269 0.2745848493122731
22 slow 1.047 -0.6225347328753619 -0.6909879300492386 0.3674046636749054
23 slow 1.098 -0.4995761468930651 -0.7648708472261829 0.40668939071357624
24 slow 1.148 -0.42441628069163945 -0.7994799112461082 0.425091392759005
25 slow 1.198 -0.34635895158661695 -0.8282947460891245 0.440412636350244
26 slow 1.249 -0.26597407096587283 -0.8511436226859083 0.4525619594430681
27 slow 1.3 -0.22508987440157757 -0.8602890836759516 0.45742457405551984
28 slow 1.35 -0.22508987440157757 -0.8602890836759516 0.45742457405551984
29 slow 1.4 -0.22508987440157757 -0.8602890836759516 0.45742457405551984
30 slow 1.45 0.0050435963756794286 -0.8829357634414114 0.4694667184920898
31 slow 1.5 0.1113271185026686 -0.8774582682112876 0.4665546701443904
32 slow 1.551 0.19530088938670107 -0.8659441420087264 0.46043273724349176
33 slow 1.601 0.35806279594948665 -0.8244050055782095 0.4383462340826355
34 slow 1.651 0.4357105639703388 -0.7947284845866424 0.4225670837053784
35 slow 1.701 0.4357105639703388 -0.7947284845866424 0.4225670837053784
36 slow 1.751 0.4357105639703388 -0.7947284845866424 0.4225670837053784
37 slow 1.801 0.581059227173933 -0.7185957552011922 0.38208679003972373
38 slow 1.854 0.5981621070188505 -0.707571139880663 0.3762249004714446
39 slow 1.933 0.7102092219298712 -0.6215856943388454 0.3305058027918156
40 slow 1.983 0.7936818073741404 -0.5371251153693617 0.28559726728869045
41 slow 2.034 0.8306115980329357 -0.491670162790673 0.2614284304251665
42 slow 2.085 0.8306115980329357 -0.491670162790673 0.2614284304251665
43 slow 2.136 0.8306115980329357 -0.491670162790673 0.2614284304251665
44 slow 2.186 0.8306115980329357 -0.491670162790673 0.2614284304251665
45 slow 2.236 0.9439254674422402 -0.29151154402331125 0.15500236003072188
46 slow 2.288 0.9782500298959619 -0.18314796371755346 0.09738430260911397
47 slow 2.338 0.9923168633793271 -0.1092393189325843 0.05808626216377494
48 slow 2.388 0.9999950320089501 0.0027841479666426932 -0.0014779978073891553
49 slow 2.439 0.9961448118772039 0.07745674002692376 -0.04118212226842516
50 slow 2.489 0.9885868780617736 0.1330186187164556 -0.07072504223287812
51 slow 2.54 0.9885868780617736 0.1330186187164556 -0.07072504223287812
52 slow 2.59 0.9885868780617736 0.1330186187164556 -0.07072504223287812
53 slow 2.64 0.9885868780617736 0.1330186187164556 -0.07072504223287812
54 slow 2.69 0.9104394306290844 0.3652252075952527 -0.1941921494108173
55 slow 2.741 0.8718210936242394 0.4324898355933772 -0.22995765440673788
56 slow 2.791 0.8021474529558832 0.5272312979999614 -0.28033305571349426
57 slow 2.841 0.7483879225773887 0.5856251973581853 -0.31138183241718986
58 slow 2.891 0.6415804884515123 0.6772700855747096 -0.3601106885722006
59 slow 2.942 0.5565400067937 0.7335711833839508 -0.39004684301598735
60 slow 2.992 0.5025832072518267 0.7633335327127708 -0.4058719473241637
61 slow 3.042 0.5025832072518267 0.7633335327127708 -0.4058719473241637
62 slow 3.092 0.5025832072518267 0.7633335327127708 -0.4058719473241637
63 slow 3.142 0.5025832072518267 0.7633335327127708 -0.4058719473241637
64 slow 3.193 0.26840150425248394 0.8505494121077833 -0.4522458734782528
65 slow 3.243 0.14383384202445684 0.8737661032159637 -0.4645908121769882
66 slow 3.293 0.017126773329819035 0.8828175004515181 -0.46940380753871486
67 slow 3.344 -0.025233536073355507 0.8826657223955247 -0.46932343982079283
68 slow 3.394 -0.1306276597599528 0.8753813567867831 -0.46545020646226887
69 slow 3.444 -0.1306276597599528 0.8753813567867831 -0.46545020646226887
70 slow 3.494 -0.1306276597599528 0.8753813567867831 -0.46545020646226887
71 slow 3.544 -0.1306276597599528 0.8753813567867831 -0.46545020646226887
72 slow 3.594 -0.3953899986357624 0.8109981935802458 -0.4312176700790331
73 slow 3.644 -0.5092096812736444 0.7599012381904277 -0.40404901768702334
74 slow 3.695 -0.6146085873298012 0.6964964366951696 -0.37033633099035523
75 slow 3.745 -0.6475735623151888 0.6728076094689478 -0.35774069104743467
76 slow 3.795 -0.7246428766140702 0.6084598143649699 -0.32352643736707504
77 slow 3.845 -0.7246428766140702 0.6084598143649699 -0.32352643736707504
78 slow 3.895 -0.7246428766140702 0.6084598143649699 -0.32352643736707504
79 slow 3.946 -0.7246428766140702 0.6084598143649699 -0.32352643736707504
80 slow 4.0 -0.8948032879220578 0.39420026288722865 -0.2096025492772329
81 slow 4.05 -0.9371976061971167 0.3079700993685502 -0.16375306053115327
82 slow 4.1 -0.9739646105616616 0.20016331274041113 -0.10643113081357014
83 slow 4.151 -0.9925182516704475 0.1078037923584182 -0.057322442849038695
84 slow 4.201 -0.9998661518865883 0.014444979973920849 -0.007682503827448022
85 slow 4.252 -0.999988574147902 -0.004221603854607207 0.0022426846725771095
86 slow 4.302 -0.999988574147902 -0.004221603854607207 0.0022426846725771095
87 slow 4.352 -0.999988574147902 -0.004221603854607207 0.0022426846725771095
88 slow 4.402 -0.999988574147902 -0.004221603854607207 0.0022426846725771095
89 slow 4.454 -0.9481592609187346 -0.28059728776173093 0.1491951005723691
90 slow 4.504 -0.8998604949330586 -0.3851225220144059 0.20477239241678594
91 slow 4.554 -0.8483542366290391 -0.4674583762955424 0.24855131386636348
92 slow 4.605 -0.8002653758276345 -0.5294561807103555 0.281516395542175
93 slow 4.655 -0.7740407763904767 -0.5590258203543885 0.2972389756777044
94 slow 4.705 -0.7320686741889714 -0.6014912262488834 0.31981832501721374
95 slow 4.755 -0.7320686741889714 -0.6014912262488834 0.31981832501721374
96 slow 4.805 -0.7320686741889714 -0.6014912262488834 0.31981832501721374
97 slow 4.855 -0.7320686741889714 -0.6014912262488834 0.31981832501721374
98 slow 4.905 -0.5000347671416738 -0.7646370203731946 0.4065654421177173
99 slow 4.956 -0.38571043654168863 -0.8146245270401747 0.43314470917626546
100 slow 5.033 -0.3059761515320789 -0.8406001527732009 0.44695634893274494
101 slow 5.083 -0.14067269192255813 -0.8741670164828578 0.46480449765543375
102 slow 5.136 -0.11971066366716597 -0.876597475120388 0.46609679640277224
103 slow 5.186 -0.11971066366716597 -0.876597475120388 0.46609679640277224
104 slow 5.236 -0.11971066366716597 -0.876597475120388 0.46609679640277224
105 slow 5.286 0.09210780811437987 -0.8791932987194956 0.4674775878810623
106 slow 5.336 0.1552569076145395 -0.8722401249754417 0.46378061302818196
107 slow 5.389 0.29980078422712286 -0.8423325684075889 0.4478787045358116
108 slow 5.439 0.39908806765876 -0.8095847039629167 0.43046639980569157
109 slow 5.49 0.4751133264531701 -0.7769262478123317 0.4131016006829976
110 slow 5.542 0.4751133264531701 -0.7769262478123317 0.4131016006829976
111 slow 5.592 0.4751133264531701 -0.7769262478123317 0.4131016006829976
112 slow 5.642 0.4751133264531701 -0.7769262478123317 0.4131016006829976
113 slow 5.692 0.696657860237904 -0.633428595248907 0.3368026729254701
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118 slow 5.943 0.9054260508840364 -0.37481374091028163 0.19929457093804306
119 slow 5.993 0.9054260508840364 -0.37481374091028163 0.19929457093804306
120 slow 6.043 0.9054260508840364 -0.37481374091028163 0.19929457093804306
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126 slow 6.344 0.947267673727074 0.2829352443494437 -0.1504380331452729
127 slow 6.394 0.947267673727074 0.2829352443494437 -0.1504380331452729
128 slow 6.445 0.947267673727074 0.2829352443494437 -0.1504380331452729
129 slow 6.495 0.947267673727074 0.2829352443494437 -0.1504380331452729
130 slow 6.545 0.8243733791338322 0.4997895512364342 -0.2657422364818033
131 slow 6.597 0.7593203746728908 0.5745491212947682 -0.30549284087524925
132 slow 6.647 0.7010074410559842 0.6296776548998042 -0.3348053441987208
133 slow 6.697 0.6041754101078993 0.7035779205024607 -0.37409916279294836
134 slow 6.747 0.5340870381020223 0.7464697028629991 -0.39690555355025536
135 slow 6.797 0.4025055990782129 0.8082653740061208 -0.4297631067151235
136 slow 6.847 0.3433573357356595 0.8292682687272306 -0.44093069577729704
137 slow 6.898 0.3433573357356595 0.8292682687272306 -0.44093069577729704
138 slow 6.948 0.3433573357356595 0.8292682687272306 -0.44093069577729704
139 slow 6.999 0.3433573357356595 0.8292682687272306 -0.44093069577729704
140 slow 7.049 0.09503184681410931 0.8789508919606488 -0.46734813320765445
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142 slow 7.15 -0.07486618489555856 0.8804688348729269 -0.46815562068258304
143 slow 7.202 -0.2217573682314415 0.8609628101781774 -0.4577845662810842
144 slow 7.253 -0.3436636683706333 0.8291685841702975 -0.44087950969291334
145 slow 7.306 -0.3436636683706333 0.8291685841702975 -0.44087950969291334
146 slow 7.356 -0.3436636683706333 0.8291685841702975 -0.44087950969291334
147 slow 7.406 -0.3436636683706333 0.8291685841702975 -0.44087950969291334
148 slow 7.456 -0.5335192585826919 0.7467851744734487 -0.3970756904017614
149 slow 7.506 -0.5863848618861591 0.715215075832045 -0.38028961207652284
150 slow 7.557 -0.6691599892298212 0.6561333325626291 -0.3488752767311034
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152 slow 7.657 -0.8108505756823166 0.51674664977568 -0.27476215871416254
153 slow 7.707 -0.8575526461274808 0.4541837039893854 -0.24149662968711988
154 slow 7.757 -0.8575526461274808 0.4541837039893854 -0.24149662968711988
155 slow 7.808 -0.8575526461274808 0.4541837039893854 -0.24149662968711988
156 slow 7.859 -0.8575526461274808 0.4541837039893854 -0.24149662968711988
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189 fast 1.57 -0.023325922091828814 -0.8827061212913064 0.4693461460302229
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196 fast 1.926 0.34060203879357387 -0.8301524613755806 0.44140360447296506
197 fast 1.976 0.34060203879357387 -0.8301524613755806 0.44140360447296506
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230 fast 3.677 0.9554895457575009 0.26049211070264017 -0.13850483099808442
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260 fast 5.213 -0.505148005766188 0.7620111594970173 -0.40517216719865473
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267 fast 5.564 -0.7542996656095252 0.5796803289795648 -0.3082251298247795
268 fast 5.615 -0.8053480118610813 0.5234118913151391 -0.2783066147638474
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270 fast 5.715 -0.8756811392589173 0.4263650045332836 -0.22670559158419007
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274 fast 5.917 -0.8938471875490723 0.3958873769547781 -0.21050033272771532
275 fast 5.967 -0.8938471875490723 0.3958873769547781 -0.21050033272771532
276 fast 6.017 -0.9568362261302265 0.2566077577804137 -0.1364437430290401
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288 fast 6.622 -0.9600279771648162 -0.24714097112937958 0.13140632956619028
289 fast 6.673 -0.9600279771648162 -0.24714097112937958 0.13140632956619028
290 fast 6.723 -0.9600279771648162 -0.24714097112937958 0.13140632956619028
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312 fast 7.861 -0.10263756227815277 -0.8782831695934015 0.4669948659445483
313 fast 7.911 -0.02463647965351885 -0.8826781186805318 0.4693318470686588
314 fast 7.962 0.001224726571744081 -0.8829453951924657 0.4694740984902627

View File

@@ -0,0 +1,314 @@
phase,t,fx,fy,fz
slow,0.046,5.36441810913306e-07,0.8829469811387421,-0.4694727132621171
slow,0.124,-0.0037028938908542333,0.8829408973863202,-0.4694695520472787
slow,0.175,-0.029433192564468726,0.8825644180942943,-0.4692693630414654
slow,0.225,-0.047907995026344505,0.8819330671344229,-0.46893377902154315
slow,0.276,-0.05494452988794276,0.8816131314630001,-0.4687636772056853
slow,0.327,-0.05494452988794276,0.8816131314630001,-0.4687636772056853
slow,0.377,-0.05494452988794276,0.8816131314630001,-0.4687636772056853
slow,0.427,-0.05494452988794276,0.8816131314630001,-0.4687636772056853
slow,0.478,-0.2805405845010285,0.8474894135274412,-0.4506203217862406
slow,0.529,-0.3464401476183601,0.828267481843762,-0.440400048408674
slow,0.579,-0.4933270963841563,0.7680254218881261,-0.4083691066997395
slow,0.629,-0.5646325672888053,0.7287328660233411,-0.3874770624621025
slow,0.679,-0.663984471662157,0.6602195443081346,-0.35104810881855686
slow,0.729,-0.6795143538879752,0.6477839998044589,-0.3444359627819725
slow,0.782,-0.6795143538879752,0.6477839998044589,-0.3444359627819725
slow,0.832,-0.6795143538879752,0.6477839998044589,-0.3444359627819725
slow,0.883,-0.6795143538879752,0.6477839998044589,-0.3444359627819725
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fast,4.245,0.9584524128068335,0.25186373612958607,-0.13391650685261142
fast,4.295,0.9422656297525576,0.295670151705548,-0.15720891952250804
fast,4.346,0.9422656297525576,0.295670151705548,-0.15720891952250804
fast,4.396,0.9422656297525576,0.295670151705548,-0.15720891952250804
fast,4.446,0.9422656297525576,0.295670151705548,-0.15720891952250804
fast,4.496,0.872076362854367,0.43208850957625344,-0.22974406900477443
fast,4.547,0.8580093568921251,0.45351256088827063,-0.24113544036935863
fast,4.598,0.8132252153454199,0.5138310229603692,-0.2732076663819958
fast,4.648,0.7815435931024417,0.5508278891839419,-0.29287923889836937
fast,4.699,0.7210023605142103,0.6118235759463857,-0.32531140165864775
fast,4.752,0.7119253398407421,0.6200549034607505,-0.32968807559104
fast,4.802,0.7119253398407421,0.6200549034607505,-0.32968807559104
fast,4.852,0.7119253398407421,0.6200549034607505,-0.32968807559104
fast,4.902,0.7119253398407421,0.6200549034607505,-0.32968807559104
fast,4.952,0.5717137662325098,0.7244172953808695,-0.38517911632551577
fast,5.003,0.5489901411529138,0.7379931951737293,-0.392397590199244
fast,5.053,0.4917898196021908,0.7687948374153668,-0.40877533107946273
fast,5.104,0.42168183785580987,0.8006073549916201,-0.42569036958318496
fast,5.154,0.37379846714844805,0.8189426822227043,-0.43543953563193305
fast,5.204,0.33726198026341786,0.8312163487333023,-0.44196576594491466
fast,5.255,0.33726198026341786,0.8312163487333023,-0.44196576594491466
fast,5.306,0.33726198026341786,0.8312163487333023,-0.44196576594491466
fast,5.357,0.33726198026341786,0.8312163487333023,-0.44196576594491466
fast,5.407,0.33726198026341786,0.8312163487333023,-0.44196576594491466
fast,5.459,0.13407634499561424,0.8749752241040766,-0.46523315758513817
fast,5.509,0.1067327874409669,0.8779037141803553,-0.4667902962931195
fast,5.561,0.02627950826709677,0.8826423614597066,-0.46930997134311153
fast,5.611,-0.05263072139273397,0.8817235042090142,-0.4688215751125975
fast,5.662,-0.10470500798344481,0.8780938562969806,-0.46689189416468185
fast,5.712,-0.14352498907655858,0.8738056992414621,-0.46461185680491773
fast,5.762,-0.14352498907655858,0.8738056992414621,-0.46461185680491773
fast,5.812,-0.14352498907655858,0.8738056992414621,-0.46461185680491773
fast,5.862,-0.14352498907655858,0.8738056992414621,-0.46461185680491773
fast,5.912,-0.295103523640452,0.843625197837987,-0.4485648625425387
fast,5.962,-0.33420756849144506,0.8321770526698412,-0.44247785726832983
fast,6.013,-0.4219355057458717,0.8005024328118661,-0.42563632839932636
fast,6.063,-0.44551813189673,0.790478394286142,-0.42030643858743166
fast,6.113,-0.5364964099008817,0.7451210147911475,-0.396189696332547
fast,6.163,-0.5798139907491607,0.719379824283596,-0.38250281638863076
fast,6.213,-0.6213904831858549,0.6917895911437915,-0.3678328818786537
fast,6.265,-0.6213904831858549,0.6917895911437915,-0.3678328818786537
fast,6.316,-0.6213904831858549,0.6917895911437915,-0.3678328818786537
fast,6.366,-0.6213904831858549,0.6917895911437915,-0.3678328818786537
fast,6.416,-0.6213904831858549,0.6917895911437915,-0.3678328818786537
fast,6.467,-0.7697685939313547,0.5636049336495432,-0.2996761427989206
fast,6.517,-0.8188294015799512,0.5068436537072459,-0.26949568049397077
fast,6.567,-0.8407379772940358,0.4780642012631092,-0.2541933771879171
fast,6.618,-0.8928806068283204,0.39758464497224594,-0.21140168408076437
fast,6.668,-0.904333371419307,0.3768648333400775,-0.20038475672801448
fast,6.719,-0.9150935727512862,0.35604033442654803,-0.18931200007056712
fast,6.769,-0.9150935727512862,0.35604033442654803,-0.18931200007056712
fast,6.819,-0.9150935727512862,0.35604033442654803,-0.18931200007056712
fast,6.87,-0.9150935727512862,0.35604033442654803,-0.18931200007056712
fast,6.92,-0.9695072843499856,0.21637647177545588,-0.11505150174735601
fast,6.97,-0.9840519374844526,0.15705915122674283,-0.08351171983039263
fast,7.021,-0.9950416541582717,0.08781629148940584,-0.04669481169271156
fast,7.071,-0.9994288190771032,0.029837554381306492,-0.015866819047602072
fast,7.122,-0.9990051683116948,-0.03937536594069818,0.020934522768823672
fast,7.172,-0.9983402523657028,-0.05085064211870806,0.027036136974427062
fast,7.222,-0.9983402523657028,-0.05085064211870806,0.027036136974427062
fast,7.272,-0.9983402523657028,-0.05085064211870806,0.027036136974427062
fast,7.322,-0.9983402523657028,-0.05085064211870806,0.027036136974427062
fast,7.372,-0.9773662273888087,-0.18679204232103552,0.09931762424315102
fast,7.423,-0.9642049478456077,-0.23412130178924356,0.12448306952577433
fast,7.473,-0.9484068324824643,-0.27994440727138714,0.14884760306451283
fast,7.545,-0.9099733991029075,-0.36612944116866886,0.194673175436727
fast,7.595,-0.8747228862138969,-0.42789759461639953,0.22751597934019752
fast,7.646,-0.8618665613775525,-0.44777421714659554,0.23808460857011965
fast,7.696,-0.8618665613775525,-0.44777421714659554,0.23808460857011965
fast,7.746,-0.8618665613775525,-0.44777421714659554,0.23808460857011965
fast,7.796,-0.8618665613775525,-0.44777421714659554,0.23808460857011965
fast,7.847,-0.7556758579959296,-0.5782831810950133,0.3074777392019586
fast,7.897,-0.7097083644940697,-0.6220330202188311,0.3307400174224341
fast,7.948,-0.6909634215042433,-0.6382740408720933,0.3393756014977489
fast,7.998,-0.6322370482773051,-0.6840859490030367,0.3637344211952114
1 phase t fx fy fz
2 slow 0.046 5.36441810913306e-07 0.8829469811387421 -0.4694727132621171
3 slow 0.124 -0.0037028938908542333 0.8829408973863202 -0.4694695520472787
4 slow 0.175 -0.029433192564468726 0.8825644180942943 -0.4692693630414654
5 slow 0.225 -0.047907995026344505 0.8819330671344229 -0.46893377902154315
6 slow 0.276 -0.05494452988794276 0.8816131314630001 -0.4687636772056853
7 slow 0.327 -0.05494452988794276 0.8816131314630001 -0.4687636772056853
8 slow 0.377 -0.05494452988794276 0.8816131314630001 -0.4687636772056853
9 slow 0.427 -0.05494452988794276 0.8816131314630001 -0.4687636772056853
10 slow 0.478 -0.2805405845010285 0.8474894135274412 -0.4506203217862406
11 slow 0.529 -0.3464401476183601 0.828267481843762 -0.440400048408674
12 slow 0.579 -0.4933270963841563 0.7680254218881261 -0.4083691066997395
13 slow 0.629 -0.5646325672888053 0.7287328660233411 -0.3874770624621025
14 slow 0.679 -0.663984471662157 0.6602195443081346 -0.35104810881855686
15 slow 0.729 -0.6795143538879752 0.6477839998044589 -0.3444359627819725
16 slow 0.782 -0.6795143538879752 0.6477839998044589 -0.3444359627819725
17 slow 0.832 -0.6795143538879752 0.6477839998044589 -0.3444359627819725
18 slow 0.883 -0.6795143538879752 0.6477839998044589 -0.3444359627819725
19 slow 0.933 -0.8636404059341753 0.44509990979031433 -0.23666710701427646
20 slow 0.983 -0.9034235025038042 0.37856180077666735 -0.20128819666459757
21 slow 1.033 -0.9208475303349151 0.34428010688112226 -0.18306019196431236
22 slow 1.084 -0.9823258963987413 0.1652676638242847 -0.08787737227792251
23 slow 1.134 -0.9946318488171882 0.09136350259329508 -0.048581845502070904
24 slow 1.188 -0.9965908416220451 0.07284426607901787 -0.03873509125422061
25 slow 1.238 -0.9965908416220451 0.07284426607901787 -0.03873509125422061
26 slow 1.288 -0.9965908416220451 0.07284426607901787 -0.03873509125422061
27 slow 1.338 -0.9965908416220451 0.07284426607901787 -0.03873509125422061
28 slow 1.388 -0.9887775514835899 -0.13190930729666128 0.0701347868794932
29 slow 1.438 -0.9556714469692192 -0.2599717478297875 0.13822726134190855
30 slow 1.489 -0.8922483691415248 -0.39869133958378805 0.21198599837058513
31 slow 1.539 -0.8508838444950022 -0.46386065972493185 0.24663732794724316
32 slow 1.589 -0.7907927164969744 -0.5404386826976731 0.28735502393266027
33 slow 1.64 -0.7777418936805442 -0.5550070379438635 0.29510122779646286
34 slow 1.691 -0.7777418936805442 -0.5550070379438635 0.29510122779646286
35 slow 1.741 -0.7777418936805442 -0.5550070379438635 0.29510122779646286
36 slow 1.791 -0.5952358692207049 -0.7094937017300517 0.377243882917219
37 slow 1.841 -0.5604049203743158 -0.7312739567343891 0.38882480042081646
38 slow 1.892 -0.45017479352935263 -0.7884196750580088 0.4192100562393852
39 slow 1.942 -0.3527042657551637 -0.8262047790273792 0.4393009947979067
40 slow 1.993 -0.2515210843607131 -0.8545622769363128 0.454379201724106
41 slow 2.048 -0.21020554253366847 -0.8632198721332542 0.4589826600672126
42 slow 2.098 -0.21020554253366847 -0.8632198721332542 0.4589826600672126
43 slow 2.148 -0.21020554253366847 -0.8632198721332542 0.4589826600672126
44 slow 2.199 -0.21020554253366847 -0.8632198721332542 0.4589826600672126
45 slow 2.249 0.06423144170165734 -0.8811238583231025 0.46850300766455694
46 slow 2.3 0.12787323617667282 -0.8756985100693347 0.46561846498184756
47 slow 2.35 0.2327336093496518 -0.858701653919306 0.45658135817763307
48 slow 2.423 0.3547279040834424 -0.8255283263615021 0.43894315855170307
49 slow 2.479 0.5260315144840211 -0.7509151987562808 0.3992708479797423
50 slow 2.529 0.5961056688939317 -0.7089229256787852 0.3769433869423229
51 slow 2.581 0.5961056688939317 -0.7089229256787852 0.3769433869423229
52 slow 2.631 0.5961056688939317 -0.7089229256787852 0.3769433869423229
53 slow 2.681 0.5961056688939317 -0.7089229256787852 0.3769433869423229
54 slow 2.732 0.5961056688939317 -0.7089229256787852 0.3769433869423229
55 slow 2.782 0.8295924682130262 -0.4930097696572142 0.26214061819328877
56 slow 2.832 0.8741827941510458 -0.4287555674072037 0.22797610801923318
57 slow 2.882 0.9439064628362973 -0.29155959525346875 0.15502771310802138
58 slow 2.932 0.9571066736003423 -0.25582037216180104 0.1360248232371042
59 slow 2.982 0.9861968747582776 -0.14619466320861924 0.07773573609560003
60 slow 3.032 0.9966905224322332 -0.07177339798264935 0.03816519141555759
61 slow 3.083 0.9992422961997571 -0.03436404433766335 0.01827418786692905
62 slow 3.133 0.9992422961997571 -0.03436404433766335 0.01827418786692905
63 slow 3.184 0.9992422961997571 -0.03436404433766335 0.01827418786692905
64 slow 3.234 0.9992422961997571 -0.03436404433766335 0.01827418786692905
65 slow 3.286 0.9667885938062846 0.22566239526859874 -0.11998457504073406
66 slow 3.336 0.9415539672577656 0.2974325173987048 -0.15814557956209666
67 slow 3.386 0.8910494227865149 0.4007762840154738 -0.21309457131181636
68 slow 3.437 0.8493271610881868 0.46607942161808097 -0.24781716280765573
69 slow 3.487 0.761860256786668 0.5719223062697806 -0.30409509157499987
70 slow 3.537 0.748009652602088 0.586002088637891 -0.3115816293142661
71 slow 3.587 0.748009652602088 0.586002088637891 -0.3115816293142661
72 slow 3.637 0.748009652602088 0.586002088637891 -0.3115816293142661
73 slow 3.688 0.591663947524308 0.7118191730405439 -0.3784801686902885
74 slow 3.738 0.539041368473937 0.7436887413829951 -0.3954256681273002
75 slow 3.789 0.40803721926756004 0.8061006144181252 -0.4286110441030633
76 slow 3.839 0.36886970856393964 0.8206831516383724 -0.4363648733810532
77 slow 3.89 0.24776263895916018 0.8554178600934551 -0.4548339910001527
78 slow 3.94 0.16475926423798679 0.8708809062626716 -0.46305597065027154
79 slow 3.992 0.14387633165971442 0.8737609544059406 -0.46458733919873835
80 slow 4.042 0.14387633165971442 0.8737609544059406 -0.46458733919873835
81 slow 4.093 0.14387633165971442 0.8737609544059406 -0.46458733919873835
82 slow 4.143 0.14387633165971442 0.8737609544059406 -0.46458733919873835
83 slow 4.196 -0.1733023236078747 0.869586949506304 -0.46236872934967393
84 slow 4.247 -0.21515127447977428 0.86226908085857 -0.4584778743680502
85 slow 4.297 -0.3579950095311995 0.8244282743035451 -0.4383578374794213
86 slow 4.347 -0.3974270950667179 0.8102218773848151 -0.43080414751236507
87 slow 4.397 -0.5648254471144367 0.7286167551161777 -0.3874142982079373
88 slow 4.448 -0.6161812577464959 0.6954125799901635 -0.36975938283344584
89 slow 4.498 -0.6161812577464959 0.6954125799901635 -0.36975938283344584
90 slow 4.55 -0.6161812577464959 0.6954125799901635 -0.36975938283344584
91 slow 4.6 -0.6161812577464959 0.6954125799901635 -0.36975938283344584
92 slow 4.65 -0.7949436150360499 0.5356686009745564 -0.2848223987740045
93 slow 4.706 -0.8320602692300713 0.4897569720337153 -0.26041086135787
94 slow 4.756 -0.9052591628184888 0.37512792417883484 -0.1994614966213956
95 slow 4.824 -0.9519766029552919 0.2703318015873179 -0.14374026741403262
96 slow 4.874 -0.983175920401433 0.1612793283684674 -0.08575597812287565
97 slow 4.925 -0.992798606527993 0.10577208861815067 -0.05624226298282666
98 slow 4.975 -0.992798606527993 0.10577208861815067 -0.05624226298282666
99 slow 5.025 -0.992798606527993 0.10577208861815067 -0.05624226298282666
100 slow 5.075 -0.992798606527993 0.10577208861815067 -0.05624226298282666
101 slow 5.125 -0.9909352442124001 -0.11861635420392577 0.06306744241746298
102 slow 5.177 -0.971089850817662 -0.21077290020723444 0.11206822108502636
103 slow 5.227 -0.9473137584186095 -0.2828150426309014 0.15037385002881865
104 slow 5.278 -0.8692337732689488 -0.43653100062660777 0.23210629655517379
105 slow 5.329 -0.8474958640779253 -0.4686708632974702 0.24919546999657635
106 slow 5.379 -0.7866667561433955 -0.5451126777938068 0.2898406170420097
107 slow 5.43 -0.7734621510586307 -0.5596500718853581 0.29757032432430053
108 slow 5.48 -0.7734621510586307 -0.5596500718853581 0.29757032432430053
109 slow 5.531 -0.7734621510586307 -0.5596500718853581 0.29757032432430053
110 slow 5.581 -0.6062043205372735 -0.7022162337138214 0.3733747217886052
111 slow 5.632 -0.5541510145645213 -0.734979908569316 0.39079558218658444
112 slow 5.682 -0.42418330732008847 -0.7995763915406578 0.42514246539461586
113 slow 5.732 -0.3852348981801229 -0.8148002884614528 0.4332373058120499
114 slow 5.783 -0.243946035449459 -0.8562723940695657 0.45528883024171124
115 slow 5.833 -0.16070912377840446 -0.8714704720337134 0.4633700399332204
116 slow 5.883 -0.0975990723650993 -0.8787317852366855 0.4672310677686361
117 slow 5.934 -0.0975990723650993 -0.8787317852366855 0.4672310677686361
118 slow 5.984 -0.0975990723650993 -0.8787317852366855 0.4672310677686361
119 slow 6.034 -0.0975990723650993 -0.8787317852366855 0.4672310677686361
120 slow 6.085 0.1775602464395945 -0.8689168079517865 0.46201292161928603
121 slow 6.135 0.2607328887465965 -0.8524065164179079 0.45323447738906825
122 slow 6.185 0.36194842063416144 -0.8230812569371999 0.4376420743931222
123 slow 6.235 0.4398997578876258 -0.7929274597606337 0.4216091158501638
124 slow 6.285 0.5682409772730201 -0.7265432946265349 0.38631209246025844
125 slow 6.336 0.6359981125758746 -0.6813614183433645 0.36228858440895406
126 slow 6.386 0.7140739082487315 -0.6181244196428086 0.32866495919039396
127 slow 6.436 0.7140739082487315 -0.6181244196428086 0.32866495919039396
128 slow 6.487 0.7140739082487315 -0.6181244196428086 0.32866495919039396
129 slow 6.539 0.7140739082487315 -0.6181244196428086 0.32866495919039396
130 slow 6.589 0.7140739082487315 -0.6181244196428086 0.32866495919039396
131 slow 6.639 0.9065680252911018 -0.37265567940138744 0.1981468145837393
132 slow 6.691 0.9392685544638382 -0.3030117042642596 0.16111638549285018
133 slow 6.741 0.965104771584189 -0.2312113232646016 0.12293943167130032
134 slow 6.792 0.9973294370055789 -0.06448454199620153 0.034289035064803325
135 slow 6.842 0.9999278161305012 0.010609508165090861 -0.005639225565755396
136 slow 6.892 0.9930188796365541 0.1041492959551682 -0.055375345031933365
137 slow 6.943 0.9930188796365541 0.1041492959551682 -0.055375345031933365
138 slow 6.993 0.9930188796365541 0.1041492959551682 -0.055375345031933365
139 slow 7.043 0.9930188796365541 0.1041492959551682 -0.055375345031933365
140 slow 7.093 0.9386688966024551 0.30445842560916364 -0.16188196201775823
141 slow 7.144 0.9311374675345754 0.32198368527382176 -0.17120024232104936
142 slow 7.223 0.8558381442539132 0.4566995610987047 -0.24283035587065402
143 slow 7.273 0.7831408512856074 0.5490564200014606 -0.29193741572952536
144 slow 7.324 0.7560444192777931 0.5779075266990185 -0.30727793064834297
145 slow 7.374 0.6509683314574719 0.6702500769547218 -0.3563777010163019
146 slow 7.425 0.6509683314574719 0.6702500769547218 -0.3563777010163019
147 slow 7.475 0.6509683314574719 0.6702500769547218 -0.3563777010163019
148 slow 7.525 0.6509683314574719 0.6702500769547218 -0.3563777010163019
149 slow 7.576 0.4196485397802218 0.8014397844240222 -0.42613304847512623
150 slow 7.626 0.3806332297410603 0.8164846784795214 -0.43413259981839836
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LT,4.791,-21284.0,881.9032592773438,1004.3810424804688
LT,4.841,-21290.791015625,881.9032592773438,1004.3810424804688
LT,4.891,-21297.58203125,881.9032592773438,1004.3810424804688
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LT,5.778,-21396.044921875,881.9031982421875,1004.3807983398438
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LT,5.932,-21430.0078125,881.9031372070312,1004.3807373046875
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coast2,3.133,-22994.52734375,881.90234375,1004.3775634765625
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coast2,3.535,-23163.541015625,881.9022216796875,1004.3772583007812
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1 phase t x y z
2 idle 0.0 -1032.5526123046875 881.9141235351562 1004.4220581054688
3 idle 0.05 -1038.362548828125 881.9141235351562 1004.4220581054688
4 idle 0.1 -1038.362548828125 881.9141235351562 1004.4220581054688
5 idle 0.162 -1038.362548828125 881.9141235351562 1004.4220581054688
6 idle 0.212 -1090.8275146484375 881.9140625 1004.4219360351562
7 idle 0.262 -1102.4825439453125 881.9140625 1004.4219360351562
8 idle 0.312 -1143.2926025390625 881.9140625 1004.4218139648438
9 idle 0.362 -1166.6025390625 881.9140625 1004.4217529296875
10 idle 0.413 -1201.5675048828125 881.9140014648438 1004.4216918945312
11 idle 0.463 -1201.5675048828125 881.9140014648438 1004.4216918945312
12 idle 0.516 -1201.5675048828125 881.9140014648438 1004.4216918945312
13 idle 0.566 -1201.5675048828125 881.9140014648438 1004.4216918945312
14 idle 0.616 -1277.342529296875 881.9140014648438 1004.4215698242188
15 idle 0.666 -1300.652587890625 881.9139404296875 1004.4215087890625
16 idle 0.716 -1335.6175537109375 881.9139404296875 1004.4214477539062
17 idle 0.767 -1358.927490234375 881.9139404296875 1004.42138671875
18 idle 0.817 -1388.0474853515625 881.9139404296875 1004.4213256835938
19 idle 0.867 -1388.0474853515625 881.9139404296875 1004.4213256835938
20 idle 0.917 -1388.0474853515625 881.9139404296875 1004.4213256835938
21 idle 0.968 -1388.0474853515625 881.9139404296875 1004.4213256835938
22 idle 1.018 -1458.0125732421875 881.9138793945312 1004.4212036132812
23 idle 1.068 -1492.9775390625 881.9138793945312 1004.421142578125
24 idle 1.118 -1527.9425048828125 881.913818359375 1004.4210205078125
25 idle 1.168 -1539.5975341796875 881.913818359375 1004.4210205078125
26 idle 1.218 -1551.217529296875 881.913818359375 1004.4210205078125
27 idle 1.269 -1551.217529296875 881.913818359375 1004.4210205078125
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View File

@@ -0,0 +1,50 @@
container load constant: vbase - file_offset = 0x17FE3FF4 (93 buffers agree)
decoded 356 resources, 422 distinct vertex offsets
vb 0x13FD6E8 v=25448 batches 8 idx 52077 span 104154 gap 2 decpad 2 cover exact f101_bdy_01(v25448,i52077)
vb 0x192961C v=13172 batches 2 idx 24816 span 49632 gap 0 decpad 0 cover exact f101_bdy_02(v13172,i24816)
vb 0x1BF40F4 v=261 batches 3 idx 498 span 996 gap 41476 decpad 41476 cover exact e_rob_f001(v24,i36) e_rou_f003_Near(v24,i36) e_rou_f101_wep_01(v24,i36) e_rou_f105(v24,i36) _rou_f105_break(v261,i498) e_rou_f106(v24,i36) e_rou_f302_barrel(v24,i36) e_rou_f302_base(v24,i36) e_rou_f303_barrel(v24,i36) e_rou_f303_base(v24,i36) e_rou_e007_Far(v24,i36) e_rou_e007_Near(v24,i36) e_rou_e010_Far(v24,i36) e_rou_e010_Near(v24,i36) e_rou_e105(v24,i36) e_rou_e105_wep_01(v24,i36) e_rou_e106(v24,i36) e_rou_e106_eng(v24,i36) e_rou_e106_wep_02_01(v24,i36) e_rou_e106_wep_02_joint(v24,i36) e_rou_e108_Missile_open(v24,i36) e_rou_e201(v24,i36) e_rou_e302_barrel(v24,i36) e_rou_e302_base(v24,i36) e_rou_e303_barrel_Near(v24,i36) e_rou_e303_base_Near(v24,i36) e_rou_e501(v24,i36)
vb 0x1C0F67C v=82 batches 1 idx 144 span 288 gap 133672 decpad 133672 cover exact _rou_f105_break(v82,i144)
vb 0x1C1D92C v=220 batches 3 idx 384 span 768 gap 179872 decpad 179872 cover exact _rou_f105_break(v220,i384)
vb 0x1C1EDCC v=80 batches 2 idx 132 span 264 gap 184888 decpad 184888 cover exact _rou_f105_break(v80,i132)
vb 0x1C1F54C v=148 batches 3 idx 288 span 576 gap 186232 decpad 186232 cover exact _rou_f105_break(v148,i288)
vb 0x1C2032C v=156 batches 1 idx 246 span 492 gap 189292 decpad 189292 cover exact _rou_f105_break(v156,i246)
vb 0x1C2953C v=84 batches 1 idx 156 span 312 gap 220012 decpad 220012 cover exact _rou_f105_break(v84,i156)
vb 0x1C2AF1C v=122 batches 3 idx 351 span 702 gap 224882 decpad 224882 cover exact _rou_f105_break(v122,i351)
vb 0x1C2BA8C v=24 batches 2 idx 36 span 72 gap 227736 decpad 227736 cover exact _rou_f105_break(v24,i36)
vb 0x1ECB4C0 v=2446 batches 4 idx 5466 span 10932 gap 0 decpad 0 cover exact f105_bdy_01_m(v2446,i5466)
vb 0x227AC94 v=1692 batches 3 idx 3651 span 7302 gap 2 decpad 2 cover exact f106_bdy_02_l(v1692,i3651)
vb 0x22C2EF0 v=686 batches 2 idx 1506 span 3012 gap 0 decpad 0 cover exact f106_bdy_03_l(v686,i1506)
vb 0x22C8F50 v=1558 batches 3 idx 4098 span 8196 gap 0 decpad 0 cover exact f106_bdy_03_m(v1558,i4098)
vb 0x22ED420 v=261 batches 4 idx 561 span 1122 gap 2 decpad 2 cover exact f106_eng_01_l(v261,i561)
vb 0x22F0430 v=1162 batches 4 idx 3018 span 6036 gap 0 decpad 0 cover exact f106_eng_01_m(v1162,i3018)
vb 0x2326C9C v=254 batches 2 idx 495 span 990 gap 2 decpad 2 cover exact f106_sld_01_l(v254,i495)
vb 0x233B3FC v=254 batches 2 idx 495 span 990 gap 2 decpad 2 cover exact f106_sld_02_l(v254,i495)
vb 0x233D700 v=627 batches 3 idx 1434 span 2868 gap 0 decpad 0 cover exact f106_sld_02_m(v627,i1434)
vb 0x24CE5F4 v=32 batches 1 idx 60 span 120 gap 0 decpad 0 cover exact f303_body_l(v32,i60)
vb 0x28EA1D4 v=156 batches 2 idx 228 span 456 gap 0 decpad 0 cover exact e105_bdy_01_l(v156,i228)
vb 0x28F7514 v=107 batches 3 idx 180 span 360 gap 0 decpad 0 cover exact e105_bdy_02_l(v107,i180)
vb 0x291E1E8 v=185 batches 2 idx 285 span 570 gap 2 decpad 2 cover exact e105_bdy_03_l(v185,i285)
vb 0x29A4788 v=181 batches 3 idx 318 span 636 gap 0 decpad 0 cover exact e105_bdy_04_l(v181,i318)
vb 0x29B78B8 v=93 batches 2 idx 117 span 234 gap 2 decpad 2 cover exact e105_bdy_05_l(v93,i117)
vb 0x2A22574 v=41 batches 1 idx 51 span 102 gap 2 decpad 2 cover exact e105_bdy_06_l(v41,i51)
vb 0x2A47BAC v=77 batches 1 idx 111 span 222 gap 2 decpad 2 cover exact e105_brg_l(v77,i111)
vb 0x2A9FDA0 v=76 batches 1 idx 90 span 180 gap 0 decpad 0 cover exact e105_eng_01_l(v76,i90)
vb 0x2ACE840 v=60 batches 1 idx 90 span 180 gap 0 decpad 0 cover exact e105_wep_01_l(v60,i90)
vb 0x2D1FEE8 v=119 batches 2 idx 246 span 492 gap 0 decpad 0 cover exact e106_bdy_01_l(v119,i246)
vb 0x2D315D8 v=119 batches 2 idx 246 span 492 gap 0 decpad 0 cover exact e106_bdy_02_l(v119,i246)
vb 0x2D492C4 v=146 batches 2 idx 324 span 648 gap 0 decpad 0 cover exact e106_bdy_03_l(v146,i324)
vb 0x2D7363C v=179 batches 2 idx 399 span 798 gap 2 decpad 2 cover exact e106_bdy_04_l(v179,i399)
vb 0x2D7A418 v=51 batches 2 idx 126 span 252 gap 0 decpad 0 cover exact e106_brg_01_l(v51,i126)
vb 0x2DB0CCC v=58 batches 2 idx 96 span 192 gap 0 decpad 0 cover exact e106_eng_01_l(v58,i96)
vb 0x2DB632C v=44 batches 2 idx 72 span 144 gap 0 decpad 0 cover exact e106_eng_02_l(v44,i72)
vb 0x2DC305C v=82 batches 2 idx 168 span 336 gap 0 decpad 0 cover exact e106_wep_02_01_l(v82,i168)
vb 0x329077C v=6000 batches 1 idx 6000 span 12000 gap 0 decpad 0 cover exact n006_02(v6000,i6000)
vb 0x3434030 v=4 batches 1 idx 6 span 12 gap 24 decpad 24 cover exact n301_02B(v4,i6)
vb 0x3434090 v=4 batches 1 idx 6 span 12 gap 108 decpad 108 cover exact n301_02B(v4,i6)
vb 0x34340F0 v=4 batches 1 idx 6 span 12 gap 192 decpad 192 cover exact n301_02B(v4,i6)
placed 42 drawn buffers in this container
DECODER layout assumption — whole index buffer at vb - 2*idx_count - pad: pad 0 20 · pad 1..3 10 · elsewhere 12 · not decoded here 0
index extent: our idx_count == sum of captured batches for 42 buffers, differs for 0
vertex-pool coverage by the union of batches: exact 42 · short 0

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slow_up,4.051,0.9952287934257223,-0.0861470572830881,0.04580756769186928
slow_up,4.101,0.9831485410797727,-0.1614092230539248,0.08582545593145892
slow_up,4.151,0.9514851776842375,-0.2716770827188241,0.14445594266967454
slow_up,4.202,0.9514851776842375,-0.2716770827188241,0.14445594266967454
slow_up,4.252,0.9514851776842375,-0.2716770827188241,0.14445594266967454
slow_up,4.302,0.817478280706118,-0.5085408943702865,0.2703986304085845
slow_up,4.352,0.6109722822106246,-0.6989862373662259,0.37165993911497514
slow_up,4.404,0.4672943504185334,-0.7806146992377567,0.4150622620774715
slow_up,4.454,0.22797412062338523,-0.859696462259006,0.45711026361846624
slow_up,4.504,0.1019805158473573,-0.8783436551347776,0.4670250505829271
slow_up,4.556,0.1019805158473573,-0.8783436551347776,0.4670250505829271
slow_up,4.606,0.1019805158473573,-0.8783436551347776,0.4670250505829271
slow_up,4.656,-0.3183559817455473,-0.8370088449547444,0.4450456856934504
slow_up,4.706,-0.47435305110652926,-0.7772894490363829,0.41329202184731645
slow_up,4.757,-0.6812740324869003,-0.6463430266112673,0.34366609464715075
slow_up,4.807,-0.7410175281701447,-0.5928870382326016,0.3152427363800513
slow_up,4.857,-0.7954006377318663,-0.5351408051556996,0.28453847569889373
slow_up,4.907,-0.7954006377318663,-0.5351408051556996,0.28453847569889373
slow_up,4.957,-0.9382737590874874,-0.3054064703788552,0.16238608579113264
slow_up,5.01,-0.9746451076223235,-0.19756585392545004,0.10504593067119374
slow_up,5.06,-0.9995555377864727,0.026321162775145374,-0.01399725939459622
slow_up,5.11,-0.9933899075837224,0.10135166986621261,-0.05389184099781622
slow_up,5.16,-0.9595584087348238,0.24855720515081176,-0.13216268760096483
slow_up,5.21,-0.9595584087348238,0.24855720515081176,-0.13216268760096483
slow_up,5.26,-0.9595584087348238,0.24855720515081176,-0.13216268760096483
slow_up,5.31,-0.9595584087348238,0.24855720515081176,-0.13216268760096483
slow_up,5.361,-0.6344321026557155,0.682498725142766,-0.3628930934839445
slow_up,5.411,-0.4933419890705726,0.7680182893224405,-0.4083645296620692
slow_up,5.461,-0.17152978632357008,0.8698608835422476,-0.4625144059236326
slow_up,5.514,-0.1291155327559682,0.8755564233177349,-0.46554283238838295
slow_up,5.6,-0.1291155327559682,0.8755564233177349,-0.46554283238838295
slow_up,5.65,0.21338902235490834,0.8626108712472731,-0.4586584894498703
slow_up,5.7,0.2968244767769392,0.8431549337904639,-0.44831349255949776
slow_up,5.75,0.5679548809958221,0.7267188547019362,-0.38640258717266307
slow_up,5.801,0.7011935122846394,0.629516423465519,-0.33471888341877687
slow_up,5.851,0.7601848090823583,0.5736576506187725,-0.30501796000722453
slow_up,5.901,0.7601848090823583,0.5736576506187725,-0.30501796000722453
slow_up,5.952,0.919381823157543,0.34732255587449573,-0.18467296886204015
fast_up,0.0,0.7436855448063273,-0.5902756462634178,0.3138574069134272
fast_up,0.05,0.7436855448063273,-0.5902756462634178,0.3138574069134272
fast_up,0.1,0.7436855448063273,-0.5902756462634178,0.3138574069134272
fast_up,0.151,0.7415339496885803,-0.5923820730917216,0.3149775879944604
fast_up,0.201,0.7251426517885042,-0.6079954954680392,0.32327946431487065
fast_up,0.251,0.6911707438303796,-0.6380976912929389,0.3392850412847302
fast_up,0.301,0.6755171522407909,-0.6510353167218098,0.34616411340493514
fast_up,0.352,0.657506379493412,-0.6652549837006473,0.353724705932335
fast_up,0.402,0.657506379493412,-0.6652549837006473,0.353724705932335
fast_up,0.452,0.657506379493412,-0.6652549837006473,0.353724705932335
fast_up,0.502,0.5133602385345539,-0.7577210603341615,0.40288963776426395
fast_up,0.552,0.43935111799574095,-0.7931645569110259,0.42173520220160454
fast_up,0.602,0.3981844308412644,-0.8099317212166465,0.43065039881864586
fast_up,0.652,0.2686492856912895,-0.8504879652558426,0.4522143100926115
fast_up,0.702,0.24641792365539766,-0.8557199718773686,0.4549961940846956
fast_up,0.752,0.24641792365539766,-0.8557199718773686,0.4549961940846956
fast_up,0.803,0.24641792365539766,-0.8557199718773686,0.4549961940846956
fast_up,0.853,0.02057293045563342,-0.8827601620250191,0.4693732532580332
fast_up,0.903,-0.07422876549978216,-0.8805113066433957,0.468177241272489
fast_up,0.953,-0.21516179433137206,-0.8622672317493021,0.4584764152183838
fast_up,1.003,-0.2615988381204001,-0.8522001917503188,0.4531234722178677
fast_up,1.053,-0.3303372482550225,-0.8333813503635584,0.4431171710524334
fast_up,1.104,-0.3303372482550225,-0.8333813503635584,0.4431171710524334
fast_up,1.154,-0.3303372482550225,-0.8333813503635584,0.4431171710524334
fast_up,1.204,-0.5438623258853152,-0.7409471258505598,0.39396843423859473
fast_up,1.254,-0.6459092452751304,-0.6740549185668148,0.3584009118626741
fast_up,1.305,-0.7188503244392938,-0.6137944456673244,0.32635960154630667
fast_up,1.355,-0.8147838758289627,-0.5119023505212549,0.2721823271631494
fast_up,1.405,-0.8290800352983082,-0.4936828909103429,0.26249475859940974
fast_up,1.455,-0.8290800352983082,-0.4936828909103429,0.26249475859940974
fast_up,1.505,-0.8290800352983082,-0.4936828909103429,0.26249475859940974
fast_up,1.555,-0.9420068922851647,-0.2963122038659241,0.15755028634491672
fast_up,1.606,-0.9590164600201834,-0.2501842140742355,0.1330236386452166
fast_up,1.656,-0.9924115082243777,-0.10856893811461031,0.05772507271958899
fast_up,1.706,-0.9999445866713543,0.009294093939699495,-0.004944027153488152
fast_up,1.757,-0.9958913420586946,0.079955429596009,-0.04251545707915836
fast_up,1.807,-0.9958913420586946,0.079955429596009,-0.04251545707915836
fast_up,1.858,-0.9958913420586946,0.079955429596009,-0.04251545707915836
fast_up,1.908,-0.9958913420586946,0.079955429596009,-0.04251545707915836
fast_up,1.959,-0.9150231402146553,0.35618113505987486,-0.1893875706036974
fast_up,2.009,-0.8604916235298544,0.4498294242203849,-0.23918121778373866
fast_up,2.059,-0.7569777758441463,0.5769527254909279,-0.3067738571434005
fast_up,2.11,-0.6531020844533343,0.6686284965867637,-0.35551877704958706
fast_up,2.16,-0.5843458023963333,0.7165152052928653,-0.38098024070272796
fast_up,2.21,-0.5843458023963333,0.7165152052928653,-0.38098024070272796
fast_up,2.287,-0.5843458023963333,0.7165152052928653,-0.38098024070272796
fast_up,2.337,-0.29759691186014037,0.8429418991475414,-0.44820199989830933
fast_up,2.387,-0.17288959048961605,0.8696507226880431,-0.46240329802943353
fast_up,2.439,0.0528426867196658,0.8817134989386609,-0.46881654860893207
fast_up,2.489,0.11750941653421512,0.8768299049337306,-0.4662197495169991
fast_up,2.54,0.3387106575899876,0.8307569097795758,-0.4417216853273653
fast_up,2.59,0.3387106575899876,0.8307569097795758,-0.4417216853273653
fast_up,2.641,0.3387106575899876,0.8307569097795758,-0.4417216853273653
fast_up,2.692,0.3387106575899876,0.8307569097795758,-0.4417216853273653
fast_up,2.742,0.6725788995836892,0.6534039040384242,-0.3474204398450665
fast_up,2.792,0.7637787136075531,0.569923763588385,-0.30303296905987287
fast_up,2.842,0.8420851195741881,0.4762135465397938,-0.25320606130919715
fast_up,2.892,0.9059572778692444,0.3738133295921229,-0.19875866093078726
fast_up,2.944,0.9320625853533521,0.319890207637745,-0.1700870131488755
fast_up,2.994,0.9320625853533521,0.319890207637745,-0.1700870131488755
fast_up,3.044,0.9320625853533521,0.319890207637745,-0.1700870131488755
fast_up,3.094,0.9995868168775316,-0.025378198850278165,0.013496019700636873
fast_up,3.145,0.9737572335070697,-0.2009484251765163,0.1068484001365312
fast_up,3.195,0.9343593809559442,-0.3146215313212742,0.16728968661779853
fast_up,3.246,0.8432265639718923,-0.47463486271897926,0.2523701822797059
fast_up,3.296,0.8245274704190423,-0.4995901221141962,0.2656391545128427
fast_up,3.346,0.8245274704190423,-0.4995901221141962,0.2656391545128427
fast_up,3.396,0.8245274704190423,-0.4995901221141962,0.2656391545128427
fast_up,3.446,0.8245274704190423,-0.4995901221141962,0.2656391545128427
fast_up,3.496,0.560559310620797,-0.7311805980446815,0.38877781870801065
fast_up,3.546,0.3167082774612079,-0.8374953553597589,0.44530595857049304
fast_up,3.598,0.18394843471814523,-0.8678802595262894,0.46146162190297557
fast_up,3.648,-0.0905296924928885,-0.8793215748514271,0.46754458907996027
fast_up,3.698,-0.15903691458437788,-0.8717096400615488,0.46349710163413776
fast_up,3.749,-0.2604128505118988,-0.8524833003013681,0.45327405616862193
fast_up,3.799,-0.2604128505118988,-0.8524833003013681,0.45327405616862193
fast_up,3.849,-0.484042556809481,-0.7726183440706232,0.4108085899818897
fast_up,3.9,-0.6263636201595283,-0.6882851615010694,0.3659674190390409
fast_up,3.95,-0.7271348616896539,-0.6061389762113589,0.32228936444290796
fast_up,4.0,-0.8335559354602529,-0.48777154516490967,0.25935192728495254
fast_up,4.05,-0.9152025193193423,-0.3558231540800539,0.18919363533705685
fast_up,4.101,-0.9152025193193423,-0.3558231540800539,0.18919363533705685
fast_up,4.151,-0.9152025193193423,-0.3558231540800539,0.18919363533705685
fast_up,4.201,-0.9152025193193423,-0.3558231540800539,0.18919363533705685
fast_up,4.251,-0.9999653794523607,-0.007347658786176997,0.0039053562011961474
fast_up,4.301,-0.9982722741623554,0.05187931833534815,-0.02758628223916066
fast_up,4.357,-0.9473362244513863,0.28275503128264595,-0.1503451699474996
fast_up,4.407,-0.8965970539364008,0.39101017281360906,-0.20790567002570753
fast_up,4.457,-0.8965970539364008,0.39101017281360906,-0.20790567002570753
fast_up,4.507,-0.8965970539364008,0.39101017281360906,-0.20790567002570753
fast_up,4.557,-0.7494544996760373,0.5845598923018723,-0.31081776851937554
fast_up,4.608,-0.6811810712116455,0.6464184443030486,-0.3437085147152765
fast_up,4.69,-0.5260437628224534,0.750908769275774,-0.39926680280275867
fast_up,4.74,-0.3515317530989304,0.8265937289313039,-0.4395090827896901
fast_up,4.79,-0.25921047650601087,0.8527686685878513,-0.45342642925223303
fast_up,4.841,-0.25921047650601087,0.8527686685878513,-0.45342642925223303
fast_up,4.891,-0.25921047650601087,0.8527686685878513,-0.45342642925223303
fast_up,4.941,0.029032410272141315,0.8825750679575304,-0.4692742999286777
fast_up,4.991,0.12468465513391183,0.87605725215134,-0.4658083594432166
fast_up,5.042,0.312103840700244,0.8388425601545466,-0.4460205733971502
fast_up,5.092,0.4601026048132257,0.7839390238700766,-0.41682754215348583
fast_up,5.142,0.5962937494197067,0.7088008659157505,-0.3768754394757906
fast_up,5.192,0.5962937494197067,0.7088008659157505,-0.3768754394757906
fast_up,5.242,0.5962937494197067,0.7088008659157505,-0.3768754394757906
fast_up,5.293,0.5962937494197067,0.7088008659157505,-0.3768754394757906
fast_up,5.343,0.8713288736836602,0.43326257799090145,-0.2303682538846054
fast_up,5.395,0.9274080640937924,0.33026837460772646,-0.17560490707202564
fast_up,5.445,0.9924918410489542,0.1079949995732303,-0.05741973108989097
fast_up,5.495,0.9983717965936116,0.050365731961324836,-0.026777767092200574
fast_up,5.546,0.9999629087894729,-0.007603720153555103,0.004045304082834395
fast_up,5.596,0.9999629087894729,-0.007603720153555103,0.004045304082834395
fast_up,5.649,0.9999629087894729,-0.007603720153555103,0.004045304082834395
fast_up,5.699,0.9319867371924816,-0.3200607761380319,0.17018173014525656
fast_up,5.749,0.8597874640302131,-0.4508780240427165,0.2397384494231805
fast_up,5.8,0.7409676384604902,-0.5929343161341589,0.3152710825699075
fast_up,5.85,0.534386630982945,-0.7463020032608736,0.39681765151704723
fast_up,5.9,0.4450856110633426,-0.7906682356171415,0.42040758795536404
fast_up,5.954,0.35082136337402364,-0.8268289378421346,0.4396342554297136
1 phase t fx fy fz
2 slow_down 0.0 -0.9999999999979217 -5.364418989006872e-07 -1.9669536293025197e-06
3 slow_down 0.055 -0.9999931441638505 -0.003270491953406279 0.0017365217186252632
4 slow_down 0.106 -0.9998075678152163 -0.01732181066707776 0.00920772581236021
5 slow_down 0.156 -0.9984570236826587 -0.04903096590809946 0.026067915929080705
6 slow_down 0.206 -0.9959234059606977 -0.07964543509725727 0.04234588678740652
7 slow_down 0.256 -0.9949974062198822 -0.0882080473352674 0.046898848610662965
8 slow_down 0.308 -0.9949974062198822 -0.0882080473352674 0.046898848610662965
9 slow_down 0.358 -0.9949974062198822 -0.0882080473352674 0.046898848610662965
10 slow_down 0.408 -0.9742287842225655 -0.19916037362801364 0.10589344440791315
11 slow_down 0.48 -0.9465655723613469 -0.2847614479418032 0.15140850367903233
12 slow_down 0.53 -0.8914624347306995 -0.4000593644081642 0.2127139685430863
13 slow_down 0.58 -0.8716372552912262 -0.4327785818328047 0.23011126503316684
14 slow_down 0.63 -0.8154459106136834 -0.5110798322402205 0.27174504952386647
15 slow_down 0.68 -0.8154459106136834 -0.5110798322402205 0.27174504952386647
16 slow_down 0.73 -0.8154459106136834 -0.5110798322402205 0.27174504952386647
17 slow_down 0.782 -0.8154459106136834 -0.5110798322402205 0.27174504952386647
18 slow_down 0.832 -0.6283422527343198 -0.6868777132566759 0.3652191403254217
19 slow_down 0.882 -0.5946716694847226 -0.7098621875663405 0.3774404326192183
20 slow_down 0.932 -0.4876749892181813 -0.7708354120554387 0.40986079638380735
21 slow_down 0.982 -0.41202774678544607 -0.8045162551187721 0.427769483634089
22 slow_down 1.034 -0.33356518582907857 -0.8323782939339731 0.44258405144150914
23 slow_down 1.084 -0.33356518582907857 -0.8323782939339731 0.44258405144150914
24 slow_down 1.134 -0.33356518582907857 -0.8323782939339731 0.44258405144150914
25 slow_down 1.184 -0.33356518582907857 -0.8323782939339731 0.44258405144150914
26 slow_down 1.234 -0.12829325207912554 -0.875650566375165 0.4655930917419358
27 slow_down 1.284 0.01999288837244423 -0.8827703771186131 0.4693791065827161
28 slow_down 1.334 0.14647633503077626 -0.8734233776363055 0.46440961087636784
29 slow_down 1.384 0.2294525395929343 -0.8593894358220113 0.4569478413034447
30 slow_down 1.437 0.24987913985400062 -0.8549368999870867 0.454580369688678
31 slow_down 1.487 0.24987913985400062 -0.8549368999870867 0.454580369688678
32 slow_down 1.537 0.24987913985400062 -0.8549368999870867 0.454580369688678
33 slow_down 1.587 0.46631421415396884 -0.7810712750954569 0.41530557051251255
34 slow_down 1.637 0.5748418033213702 -0.7224835385509736 0.38415418477103586
35 slow_down 1.687 0.6089893568992764 -0.700333722219096 0.3723770142022088
36 slow_down 1.737 0.704521028047038 -0.6266117341975116 0.33317841407499954
37 slow_down 1.788 0.7193167990693469 -0.6133666704535744 0.3261359688125875
38 slow_down 1.838 0.7193167990693469 -0.6133666704535744 0.3261359688125875
39 slow_down 1.89 0.7193167990693469 -0.6133666704535744 0.3261359688125875
40 slow_down 1.94 0.849066896281655 -0.46644693570280316 0.2480174627160401
41 slow_down 1.99 0.8810436144109307 -0.41766387138482547 0.222078904999019
42 slow_down 2.04 0.9484328657603022 -0.2798737472266781 0.1488145986084635
43 slow_down 2.09 0.9610413097510078 -0.24404963350980377 0.12976662643298606
44 slow_down 2.141 0.9939216935112383 -0.09720198191703029 0.051685993065371263
45 slow_down 2.191 0.9976931470309339 -0.05993776893335393 0.031872373975016126
46 slow_down 2.241 0.9976931470309339 -0.05993776893335393 0.031872373975016126
47 slow_down 2.292 0.9976931470309339 -0.05993776893335393 0.031872373975016126
48 slow_down 2.342 0.9896563458191195 0.12666726325652128 -0.06734776610289538
49 slow_down 2.392 0.9688328898337262 0.21872041518359675 -0.11629364367129405
50 slow_down 2.443 0.9442856108918024 0.29060279698667507 -0.1545143988313609
51 slow_down 2.493 0.8947993986761507 0.3942088393731278 -0.20960302261391808
52 slow_down 2.543 0.8309037105646212 0.49128695070578754 -0.26122051189780854
53 slow_down 2.593 0.8065858741842986 0.5219257641234278 -0.2775116651791901
54 slow_down 2.643 0.7536882578227702 0.5803018854525123 -0.308551019703933
55 slow_down 2.693 0.7536882578227702 0.5803018854525123 -0.308551019703933
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365 fast_up 0.452 0.657506379493412 -0.6652549837006473 0.353724705932335
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View File

@@ -0,0 +1,158 @@
phase,t,ux,uy,uz
slow_roll,0.0,5.364417883966259e-07,0.8829469440778077,-0.4694727829633716
slow_roll,0.05,5.364417883966259e-07,0.8829469440778077,-0.4694727829633716
slow_roll,0.128,0.0003251433520745835,0.907077055804204,-0.4209644986401793
slow_roll,0.178,0.0034536272684164153,0.9557110180986144,-0.2942864630654985
slow_roll,0.229,0.004462063366683055,0.9639291880290134,-0.2661214205137173
slow_roll,0.279,0.004462063366683055,0.9639291880290134,-0.2661214205137173
slow_roll,0.329,0.004462063366683055,0.9639291880290134,-0.2661214205137173
slow_roll,0.38,0.03156978751811861,0.9865808845796968,0.16019209311949129
slow_roll,0.43,0.04618248291021098,0.9261940016468521,0.37420829705611663
slow_roll,0.48,0.07209846660150727,0.7068731466017404,0.7036562837970437
slow_roll,0.531,0.07884267175871004,0.6220030945016755,0.7790352903048027
slow_roll,0.581,0.09389665181370353,0.3775338908873316,0.9212228720617223
slow_roll,0.631,0.09389665181370353,0.3775338908873316,0.9212228720617223
slow_roll,0.681,0.09389665181370353,0.3775338908873316,0.9212228720617223
slow_roll,0.731,0.09389665181370353,0.3775338908873316,0.9212228720617223
slow_roll,0.782,0.11626024739570803,-0.2910297934919785,0.94962372241615
slow_roll,0.832,0.11331737850132788,-0.5957757659732928,0.7951166005112225
slow_roll,0.882,0.10258919760138681,-0.8301250953132597,0.5480581927739564
slow_roll,0.932,0.09172466968431676,-0.9336924862997908,0.3461284819234293
slow_roll,0.982,0.08855641690308262,-0.9521140126478002,0.2926374342851443
slow_roll,1.032,0.08855641690308262,-0.9521140126478002,0.2926374342851443
slow_roll,1.083,0.08855641690308262,-0.9521140126478002,0.2926374342851443
slow_roll,1.133,0.06314271520385657,-0.9856858587151895,-0.15632141710458003
slow_roll,1.183,0.03871241049647199,-0.8771323194061645,-0.4786859550130072
slow_roll,1.233,0.02278590617030732,-0.7469560671312695,-0.6644828336802873
slow_roll,1.283,0.0014766457114187138,-0.48236413746616297,-0.8759695533544346
slow_roll,1.333,-0.009957047288894565,-0.2732769792151122,-0.9618838546520833
slow_roll,1.383,-0.014615090702282351,-0.16289975489324235,-0.986534372933597
slow_roll,1.434,-0.014615090702282351,-0.16289975489324235,-0.986534372933597
slow_roll,1.484,-0.014615090702282351,-0.16289975489324235,-0.986534372933597
slow_roll,1.534,-0.021590294173402004,0.28521754629199986,-0.958219604519067
slow_roll,1.585,-0.018226593529973842,0.6796250267681222,-0.733333221856696
slow_roll,1.638,-0.015215515922222613,0.7588021671351416,-0.6511434244667093
slow_roll,1.688,0.007627889727199663,0.9806664264156518,-0.19553816865119905
slow_roll,1.738,0.02129921910039987,0.999324814604695,0.02993757139457134
slow_roll,1.791,0.024856976638209058,0.9959630755215296,0.0862535965053266
slow_roll,1.841,0.024856976638209058,0.9959630755215296,0.0862535965053266
slow_roll,1.891,0.024856976638209058,0.9959630755215296,0.0862535965053266
slow_roll,1.942,0.07458550391003292,0.7172507675680203,0.6928119073959196
slow_roll,1.992,0.09368970595946137,0.44068963461450666,0.8927569013682068
slow_roll,2.042,0.09891259247091141,0.3354630624781779,0.9368462161760838
slow_roll,2.092,0.11022117626527345,-7.212161947528295e-06,0.9939070843145672
slow_roll,2.142,0.1130640269505834,-0.16963542419702776,0.9789996673478557
slow_roll,2.192,0.1130640269505834,-0.16963542419702776,0.9789996673478557
slow_roll,2.242,0.1130640269505834,-0.16963542419702776,0.9789996673478557
slow_roll,2.293,0.11471063275557963,-0.5849230213172406,0.8029361928982436
slow_roll,2.343,0.11019948262240672,-0.7142827003817095,0.6911268320396532
slow_roll,2.426,0.10141341251295233,-0.8534859365604823,0.5111526932883697
slow_roll,2.477,0.07595491159352484,-0.9936428121723654,0.08309520577634615
slow_roll,2.527,0.06448994421768593,-0.9941772535855863,-0.08632864847674089
slow_roll,2.577,0.06448994421768593,-0.9941772535855863,-0.08632864847674089
slow_roll,2.627,0.06448994421768593,-0.9941772535855863,-0.08632864847674089
slow_roll,2.678,0.06448994421768593,-0.9941772535855863,-0.08632864847674089
slow_roll,2.728,0.028817026488532304,-0.7934000725072533,-0.6080180128333736
slow_roll,2.779,0.0032352514477921655,-0.4937015107403189,-0.8696254086908893
slow_roll,2.829,-0.0030165019643082686,-0.39140603848225103,-0.9202131349614229
slow_roll,2.879,-0.02194342210848925,0.11072398209318217,-0.9936089200563758
slow_roll,2.929,-0.024032596122042907,0.22242838263297865,-0.9746527837763107
slow_roll,2.979,-0.024032596122042907,0.22242838263297865,-0.9746527837763107
slow_roll,3.03,-0.024032596122042907,0.22242838263297865,-0.9746527837763107
slow_roll,3.08,-0.016998113363041106,0.6714604955713218,-0.7408453732252177
slow_roll,3.132,-0.01247060336728103,0.7881419301563627,-0.6153671928052867
slow_roll,3.182,0.0017347782937767963,0.9491205263327873,-0.31490826765590657
slow_roll,3.232,0.007717609638179204,0.97873380750562,-0.20498920104977397
slow_roll,3.282,0.03587973910508903,0.9687888154822927,0.24527713981977012
slow_roll,3.334,0.03587973910508903,0.9687888154822927,0.24527713981977012
slow_roll,3.384,0.03587973910508903,0.9687888154822927,0.24527713981977012
slow_roll,3.434,0.03587973910508903,0.9687888154822927,0.24527713981977012
slow_roll,3.486,0.0773596494901135,0.6831469198642757,0.726171997883917
slow_roll,3.536,0.08396325243571906,0.5951635161658628,0.7992062069738338
slow_roll,3.586,0.10665408569280613,0.12264052944652912,0.9867037075749268
slow_roll,3.637,0.10964775782794625,0.008981705283138778,0.9939299261887182
slow_roll,3.687,0.11339630501426597,-0.27174721513415995,0.955664548403853
slow_roll,3.737,0.11339630501426597,-0.27174721513415995,0.955664548403853
slow_roll,3.787,0.11339630501426597,-0.27174721513415995,0.955664548403853
slow_roll,3.837,0.11339630501426597,-0.27174721513415995,0.955664548403853
slow_roll,3.888,0.10609239313921122,-0.7832115089350282,0.6126370347846358
slow_roll,3.938,0.08995628366017921,-0.9453017089776493,0.3135483153103919
slow_roll,3.988,0.06882244451400554,-0.9974002650242589,-0.021358428328288378
fast_roll,0.0,-0.008855284367132087,-0.1892332671169339,-0.9818922316400249
fast_roll,0.07,-0.009079338778959034,-0.18350878730578224,-0.9829761393792313
fast_roll,0.12,-0.010844887563568405,-0.13094766470039781,-0.9913299639994979
fast_roll,0.171,-0.011626663266558038,-0.1013832901335635,-0.9947794977697217
fast_roll,0.221,-0.013588458181442458,0.11000248694105531,-0.9938384208064378
fast_roll,0.271,-0.013553649516693318,0.13987046820323737,-0.9900770428150457
fast_roll,0.321,-0.013553649516693318,0.13987046820323737,-0.9900770428150457
fast_roll,0.371,-0.013553649516693318,0.13987046820323737,-0.9900770428150457
fast_roll,0.421,-0.006220758125301114,0.49530507440045424,-0.8686968317206567
fast_roll,0.472,-0.003314405697850606,0.5920532974235793,-0.8058919950742387
fast_roll,0.522,0.00441828382207292,0.7619502753296359,-0.647620457284326
fast_roll,0.574,0.007511079032515748,0.810291021781891,-0.5859795591242294
fast_roll,0.624,0.024014725961227404,0.9631712904402981,-0.2678140366160408
fast_roll,0.675,0.02597855007862328,0.9728863746848865,-0.22981996625252366
fast_roll,0.725,0.02597855007862328,0.9728863746848865,-0.22981996625252366
fast_roll,0.776,0.02597855007862328,0.9728863746848865,-0.22981996625252366
fast_roll,0.826,0.04868464141203835,0.9861706433133424,0.15842117269332898
fast_roll,0.876,0.05286310421905672,0.9703418261427044,0.2358860586180681
fast_roll,0.926,0.06484538276965729,0.8874555771771414,0.456308749500427
fast_roll,0.977,0.07218322140163734,0.8043338636706839,0.589776752933406
fast_roll,1.027,0.08026447949825838,0.6727395105986717,0.7355128579503784
fast_roll,1.079,0.08167273377955657,0.6434443447451975,0.761123472093981
fast_roll,1.129,0.08167273377955657,0.6434443447451975,0.761123472093981
fast_roll,1.179,0.08167273377955657,0.6434443447451975,0.761123472093981
fast_roll,1.229,0.09611703670528068,0.26936935196850487,0.9582284004740538
fast_roll,1.28,0.09757823976817694,0.15352635522555744,0.9833148760061042
fast_roll,1.33,0.09823604865691905,-0.08212983146319404,0.9917683043574758
fast_roll,1.38,0.09694679551098685,-0.23748907927294635,0.9665403540805936
fast_roll,1.43,0.09341384952042775,-0.4228500863358093,0.9013720969741483
fast_roll,1.481,0.0924495732731865,-0.4577981398954497,0.8842363595271753
fast_roll,1.567,0.0924495732731865,-0.4577981398954497,0.8842363595271753
fast_roll,1.617,0.0924495732731865,-0.4577981398954497,0.8842363595271753
fast_roll,1.671,0.07640115459065343,-0.8308754661661121,0.5511885551247062
fast_roll,1.721,0.06860250673497353,-0.9076870847962724,0.4140022369066653
fast_roll,1.771,0.06444845651060765,-0.9377356503677196,0.3413183945860967
fast_roll,1.821,0.04452538840952553,-0.9989901855288692,-0.0060082446668173126
fast_roll,1.872,0.03992449458605998,-0.9956634626810288,-0.08402561403566944
fast_roll,1.923,0.03992449458605998,-0.9956634626810288,-0.08402561403566944
fast_roll,1.973,0.03992449458605998,-0.9956634626810288,-0.08402561403566944
fast_roll,2.024,0.022197751797496647,-0.9075294163332098,-0.41940150012254407
fast_roll,2.075,0.015937330627194494,-0.8519898088332791,-0.52331574325326
fast_roll,2.125,0.004667849544530708,-0.7060150524798743,-0.7081814434539146
fast_roll,2.175,0.0013530555546399704,-0.648155304131301,-0.761506973682531
fast_roll,2.226,-0.010055305667179194,-0.34305984964047753,-0.9392597246728897
fast_roll,2.278,-0.010975597965093486,-0.3059300411291784,-0.9519907279926669
fast_roll,2.328,-0.010975597965093486,-0.3059300411291784,-0.9519907279926669
fast_roll,2.379,-0.010975597965093486,-0.3059300411291784,-0.9519907279926669
fast_roll,2.429,-0.013147653645135052,0.04085678327034154,-0.9990785066572235
fast_roll,2.479,-0.013055267066359103,0.15918016034161872,-0.9871632269059877
fast_roll,2.568,-0.010483057404651826,0.38589633572112736,-0.922482587144309
fast_roll,2.618,-0.0025064649020058844,0.652755248321719,-0.7575647189660735
fast_roll,2.669,0.0016507506674964703,0.7373859422292015,-0.6754696493736685
fast_roll,2.719,0.0016507506674964703,0.7373859422292015,-0.6754696493736685
fast_roll,2.769,0.0016507506674964703,0.7373859422292015,-0.6754696493736685
fast_roll,2.82,0.0016507506674964703,0.7373859422292015,-0.6754696493736685
fast_roll,2.87,0.023670912467358265,0.9516266261089918,-0.30634368343966173
fast_roll,2.92,0.03612722161345726,0.9965580319340878,-0.07461174737365275
fast_roll,2.97,0.040383366447819695,0.9991763265386772,0.00398148201251869
fast_roll,3.02,0.05312824253858915,0.9699096092023001,0.23759785315065957
fast_roll,3.071,0.059284390015703244,0.9348424830246419,0.3500784098352654
fast_roll,3.121,0.059284390015703244,0.9348424830246419,0.3500784098352654
fast_roll,3.171,0.059284390015703244,0.9348424830246419,0.3500784098352654
fast_roll,3.221,0.059284390015703244,0.9348424830246419,0.3500784098352654
fast_roll,3.272,0.08072510807136501,0.70137248333348,0.708209076861836
fast_roll,3.322,0.08779502096077971,0.5478328579420104,0.8319682650519702
fast_roll,3.373,0.08779502096077971,0.5478328579420104,0.8319682650519702
fast_roll,3.423,0.09648741582489807,0.18419646700908573,0.9781420347417874
fast_roll,3.475,0.09712661424334584,0.10679261118594469,0.9895260274503708
fast_roll,3.525,0.09712661424334584,0.10679261118594469,0.9895260274503708
fast_roll,3.576,0.09712661424334584,0.10679261118594469,0.9895260274503708
fast_roll,3.626,0.09808125521867511,-0.276992602937651,0.9558531086378043
fast_roll,3.678,0.09588170136722707,-0.3885191729020873,0.9164385149208886
fast_roll,3.728,0.09071503326084339,-0.5619048646134545,0.822212688946248
fast_roll,3.78,0.08808219791306586,-0.6251522557051209,0.7755167203855778
fast_roll,3.83,0.07489843104312643,-0.8360677205153536,0.5434896427159753
fast_roll,3.881,0.0729683550057793,-0.8569144732195361,0.5102677774998492
fast_roll,3.931,0.0729683550057793,-0.8569144732195361,0.5102677774998492
fast_roll,3.982,0.0729683550057793,-0.8569144732195361,0.5102677774998492
1 phase t ux uy uz
2 slow_roll 0.0 5.364417883966259e-07 0.8829469440778077 -0.4694727829633716
3 slow_roll 0.05 5.364417883966259e-07 0.8829469440778077 -0.4694727829633716
4 slow_roll 0.128 0.0003251433520745835 0.907077055804204 -0.4209644986401793
5 slow_roll 0.178 0.0034536272684164153 0.9557110180986144 -0.2942864630654985
6 slow_roll 0.229 0.004462063366683055 0.9639291880290134 -0.2661214205137173
7 slow_roll 0.279 0.004462063366683055 0.9639291880290134 -0.2661214205137173
8 slow_roll 0.329 0.004462063366683055 0.9639291880290134 -0.2661214205137173
9 slow_roll 0.38 0.03156978751811861 0.9865808845796968 0.16019209311949129
10 slow_roll 0.43 0.04618248291021098 0.9261940016468521 0.37420829705611663
11 slow_roll 0.48 0.07209846660150727 0.7068731466017404 0.7036562837970437
12 slow_roll 0.531 0.07884267175871004 0.6220030945016755 0.7790352903048027
13 slow_roll 0.581 0.09389665181370353 0.3775338908873316 0.9212228720617223
14 slow_roll 0.631 0.09389665181370353 0.3775338908873316 0.9212228720617223
15 slow_roll 0.681 0.09389665181370353 0.3775338908873316 0.9212228720617223
16 slow_roll 0.731 0.09389665181370353 0.3775338908873316 0.9212228720617223
17 slow_roll 0.782 0.11626024739570803 -0.2910297934919785 0.94962372241615
18 slow_roll 0.832 0.11331737850132788 -0.5957757659732928 0.7951166005112225
19 slow_roll 0.882 0.10258919760138681 -0.8301250953132597 0.5480581927739564
20 slow_roll 0.932 0.09172466968431676 -0.9336924862997908 0.3461284819234293
21 slow_roll 0.982 0.08855641690308262 -0.9521140126478002 0.2926374342851443
22 slow_roll 1.032 0.08855641690308262 -0.9521140126478002 0.2926374342851443
23 slow_roll 1.083 0.08855641690308262 -0.9521140126478002 0.2926374342851443
24 slow_roll 1.133 0.06314271520385657 -0.9856858587151895 -0.15632141710458003
25 slow_roll 1.183 0.03871241049647199 -0.8771323194061645 -0.4786859550130072
26 slow_roll 1.233 0.02278590617030732 -0.7469560671312695 -0.6644828336802873
27 slow_roll 1.283 0.0014766457114187138 -0.48236413746616297 -0.8759695533544346
28 slow_roll 1.333 -0.009957047288894565 -0.2732769792151122 -0.9618838546520833
29 slow_roll 1.383 -0.014615090702282351 -0.16289975489324235 -0.986534372933597
30 slow_roll 1.434 -0.014615090702282351 -0.16289975489324235 -0.986534372933597
31 slow_roll 1.484 -0.014615090702282351 -0.16289975489324235 -0.986534372933597
32 slow_roll 1.534 -0.021590294173402004 0.28521754629199986 -0.958219604519067
33 slow_roll 1.585 -0.018226593529973842 0.6796250267681222 -0.733333221856696
34 slow_roll 1.638 -0.015215515922222613 0.7588021671351416 -0.6511434244667093
35 slow_roll 1.688 0.007627889727199663 0.9806664264156518 -0.19553816865119905
36 slow_roll 1.738 0.02129921910039987 0.999324814604695 0.02993757139457134
37 slow_roll 1.791 0.024856976638209058 0.9959630755215296 0.0862535965053266
38 slow_roll 1.841 0.024856976638209058 0.9959630755215296 0.0862535965053266
39 slow_roll 1.891 0.024856976638209058 0.9959630755215296 0.0862535965053266
40 slow_roll 1.942 0.07458550391003292 0.7172507675680203 0.6928119073959196
41 slow_roll 1.992 0.09368970595946137 0.44068963461450666 0.8927569013682068
42 slow_roll 2.042 0.09891259247091141 0.3354630624781779 0.9368462161760838
43 slow_roll 2.092 0.11022117626527345 -7.212161947528295e-06 0.9939070843145672
44 slow_roll 2.142 0.1130640269505834 -0.16963542419702776 0.9789996673478557
45 slow_roll 2.192 0.1130640269505834 -0.16963542419702776 0.9789996673478557
46 slow_roll 2.242 0.1130640269505834 -0.16963542419702776 0.9789996673478557
47 slow_roll 2.293 0.11471063275557963 -0.5849230213172406 0.8029361928982436
48 slow_roll 2.343 0.11019948262240672 -0.7142827003817095 0.6911268320396532
49 slow_roll 2.426 0.10141341251295233 -0.8534859365604823 0.5111526932883697
50 slow_roll 2.477 0.07595491159352484 -0.9936428121723654 0.08309520577634615
51 slow_roll 2.527 0.06448994421768593 -0.9941772535855863 -0.08632864847674089
52 slow_roll 2.577 0.06448994421768593 -0.9941772535855863 -0.08632864847674089
53 slow_roll 2.627 0.06448994421768593 -0.9941772535855863 -0.08632864847674089
54 slow_roll 2.678 0.06448994421768593 -0.9941772535855863 -0.08632864847674089
55 slow_roll 2.728 0.028817026488532304 -0.7934000725072533 -0.6080180128333736
56 slow_roll 2.779 0.0032352514477921655 -0.4937015107403189 -0.8696254086908893
57 slow_roll 2.829 -0.0030165019643082686 -0.39140603848225103 -0.9202131349614229
58 slow_roll 2.879 -0.02194342210848925 0.11072398209318217 -0.9936089200563758
59 slow_roll 2.929 -0.024032596122042907 0.22242838263297865 -0.9746527837763107
60 slow_roll 2.979 -0.024032596122042907 0.22242838263297865 -0.9746527837763107
61 slow_roll 3.03 -0.024032596122042907 0.22242838263297865 -0.9746527837763107
62 slow_roll 3.08 -0.016998113363041106 0.6714604955713218 -0.7408453732252177
63 slow_roll 3.132 -0.01247060336728103 0.7881419301563627 -0.6153671928052867
64 slow_roll 3.182 0.0017347782937767963 0.9491205263327873 -0.31490826765590657
65 slow_roll 3.232 0.007717609638179204 0.97873380750562 -0.20498920104977397
66 slow_roll 3.282 0.03587973910508903 0.9687888154822927 0.24527713981977012
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View File

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roll_fast,0.459,0.48614999379346735,-0.8481296101097635,0.21055723210014018
roll_fast,0.509,0.48614999379346735,-0.8481296101097635,0.21055723210014018
roll_fast,0.56,0.48614999379346735,-0.8481296101097635,0.21055723210014018
roll_fast,0.611,0.4522165107922734,-0.6191590493907155,0.6419830986283418
roll_fast,0.661,0.3948458905804791,-0.45576815372939883,0.7977293480484489
roll_fast,0.711,0.31297543284889107,-0.26644512261413045,0.911621289279814
roll_fast,0.761,0.24722211208448244,-0.13184762873360015,0.9599465766873772
roll_fast,0.811,0.17443191144629244,0.005508304311644434,0.9846538309745223
roll_fast,0.862,0.17443191144629244,0.005508304311644434,0.9846538309745223
roll_fast,0.912,0.17443191144629244,0.005508304311644434,0.9846538309745223
roll_fast,0.962,0.17443191144629244,0.005508304311644434,0.9846538309745223
roll_fast,1.015,-0.07028931952835214,0.4009372621088909,0.9134050160869863
roll_fast,1.065,-0.19181828427149575,0.5682368786979131,0.8001953483411366
roll_fast,1.115,-0.3047168205187675,0.7027745223635194,0.6428496169475878
roll_fast,1.165,-0.3877485638908776,0.7843408476187816,0.48421119974367904
roll_fast,1.216,-0.4028277976127009,0.797062751252426,0.4499119203093136
roll_fast,1.266,-0.4028277976127009,0.797062751252426,0.4499119203093136
roll_fast,1.316,-0.4028277976127009,0.797062751252426,0.4499119203093136
roll_fast,1.366,-0.5117094565052331,0.8509062608923823,0.11879380159445974
roll_fast,1.416,-0.5463802858802032,0.8341169424957295,-0.07561421455680888
roll_fast,1.467,-0.5614516425968921,0.7703677587767183,-0.30216811423872614
roll_fast,1.517,-0.5361264604361383,0.617802887890881,-0.5752286589991021
roll_fast,1.567,-0.5218812351566515,0.5690784589905927,-0.6354444774362747
roll_fast,1.617,-0.49494010214581236,0.4890850190322566,-0.7182131573886056
roll_fast,1.667,-0.49494010214581236,0.4890850190322566,-0.7182131573886056
roll_fast,1.717,-0.49494010214581236,0.4890850190322566,-0.7182131573886056
roll_fast,1.767,-0.3440174302857372,0.1396931047835701,-0.9285137824154925
roll_fast,1.82,-0.23525805420746415,-0.06570749303078906,-0.9697093241225057
roll_fast,1.87,-0.19625879783423691,-0.13411075867198055,-0.9713376285726225
roll_fast,1.92,-0.0949890023289495,-0.30100858394679586,-0.9488787708800822
roll_fast,1.971,-0.07453710913781955,-0.3329263212727339,-0.9400022787021216
roll_fast,2.021,-0.07453710913781955,-0.3329263212727339,-0.9400022787021216
roll_fast,2.071,-0.07453710913781955,-0.3329263212727339,-0.9400022787021216
roll_fast,2.121,0.14448794249717334,-0.6431590637002322,-0.7519771627205005
roll_fast,2.171,0.18283601243163217,-0.6892883761074453,-0.7010367516195289
roll_fast,2.221,0.3204922974597805,-0.8299477804497861,-0.4565866500407401
roll_fast,2.272,0.3498674652034662,-0.8530130176217724,-0.38724869084336405
roll_fast,2.322,0.4124430332010092,-0.8877915231565959,-0.20424729074149947
roll_fast,2.372,0.4124430332010092,-0.8877915231565959,-0.20424729074149947
roll_fast,2.454,0.4124430332010092,-0.8877915231565959,-0.20424729074149947
roll_fast,2.504,0.4745114350931557,-0.8744296665576758,0.10105273974349113
roll_fast,2.554,0.48267297224869277,-0.8576071884180729,0.17758578837919575
roll_fast,2.604,0.4790699338423226,-0.7195469224608153,0.5027367351462215
roll_fast,2.654,0.46937636788590276,-0.6762101067234576,0.56782542813376
roll_fast,2.704,0.41135253131562505,-0.49459186357414753,0.7656160809873834
roll_fast,2.756,0.4003164340439995,-0.46567532370481146,0.7892358617844955
roll_fast,2.806,0.4003164340439995,-0.46567532370481146,0.7892358617844955
roll_fast,2.856,0.4003164340439995,-0.46567532370481146,0.7892358617844955
roll_fast,2.909,0.23776990821948535,-0.11571873999513957,0.9644037764127819
roll_fast,2.959,0.16427200734952954,0.021719340056452676,0.9861759365695698
roll_fast,3.009,0.045283382036564734,0.22486689122887976,0.9733366820069969
roll_fast,3.06,-0.036992167616838594,0.3533761993353274,0.9347496142167305
roll_fast,3.11,-0.11945927877262154,0.4727802269146366,0.8730454385389513
roll_fast,3.16,-0.11945927877262154,0.4727802269146366,0.8730454385389513
roll_fast,3.21,-0.11945927877262154,0.4727802269146366,0.8730454385389513
roll_fast,3.26,-0.11945927877262154,0.4727802269146366,0.8730454385389513
roll_fast,3.31,-0.34832219782009477,0.7463942489988824,0.5670690183453625
roll_fast,3.36,-0.41060542302987857,0.8020551652797916,0.43371730242919837
roll_fast,3.412,-0.5060192508828523,0.8512722526760851,0.1388526901422534
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roll_fast,3.664,-0.5596773753080179,0.7324962784354845,-0.3875699132369452
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roll_fast,3.815,-0.4301120965633418,0.32618176435100704,-0.8417891903527572
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roll_fast,3.915,-0.41609751831590275,0.29451533035891825,-0.8603043504684399
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1 phase t ax ay az
2 pitch_slow 0.0 -0.9999999999979217 -5.364418989006872e-07 -1.9669536293025197e-06
3 pitch_slow 0.05 -0.9999999999976801 -5.364418029772711e-07 -2.0861625671338324e-06
4 pitch_slow 0.101 -0.9999946097522772 -0.002899959954216824 0.0015397073276159146
5 pitch_slow 0.151 -0.9996914710730174 -0.02193220056967232 0.011659384290695667
6 pitch_slow 0.201 -0.9990433177471238 -0.03861357394968149 0.02052903240905178
7 pitch_slow 0.251 -0.9955393575780669 -0.08330440446892036 0.04429180182752193
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9 pitch_slow 0.352 -0.9945412469804451 -0.09213126987556873 0.048985070845069034
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13 pitch_slow 0.553 -0.9108739498774162 -0.3643795134075017 0.19374265829606738
14 pitch_slow 0.604 -0.8927282973927168 -0.39785273467789245 0.21154051277148683
15 pitch_slow 0.654 -0.8045973153675007 -0.5243130904039117 0.27878117464152785
16 pitch_slow 0.707 -0.7919632518359564 -0.539100668887106 0.2866438147717345
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18 pitch_slow 0.807 -0.7919632518359564 -0.539100668887106 0.2866438147717345
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26 pitch_slow 1.24 -0.06819632577165725 -0.8808914329655914 0.4683797011817154
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36 pitch_slow 1.746 0.6404468011624063 -0.6781048415424452 0.36055751102637784
37 pitch_slow 1.796 0.7030142148952 -0.6279298245105502 0.33387894384856803
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40 pitch_slow 1.948 0.7323232029501937 -0.6012483512095225 0.3196922685780814
41 pitch_slow 1.998 0.7323232029501937 -0.6012483512095225 0.3196922685780814
42 pitch_slow 2.048 0.8897380340111771 -0.4030392516581421 0.21430257221221208
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47 pitch_slow 2.299 0.9958260680318584 -0.08058666195316148 0.042851279367782436
48 pitch_slow 2.349 0.9958260680318584 -0.08058666195316148 0.042851279367782436
49 pitch_slow 2.399 0.9958260680318584 -0.08058666195316148 0.042851279367782436
50 pitch_slow 2.449 0.9867075939747381 0.14348496871944313 -0.07629015496224935
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358 roll_fast 1.971 -0.07453710913781955 -0.3329263212727339 -0.9400022787021216
359 roll_fast 2.021 -0.07453710913781955 -0.3329263212727339 -0.9400022787021216
360 roll_fast 2.071 -0.07453710913781955 -0.3329263212727339 -0.9400022787021216
361 roll_fast 2.121 0.14448794249717334 -0.6431590637002322 -0.7519771627205005
362 roll_fast 2.171 0.18283601243163217 -0.6892883761074453 -0.7010367516195289
363 roll_fast 2.221 0.3204922974597805 -0.8299477804497861 -0.4565866500407401
364 roll_fast 2.272 0.3498674652034662 -0.8530130176217724 -0.38724869084336405
365 roll_fast 2.322 0.4124430332010092 -0.8877915231565959 -0.20424729074149947
366 roll_fast 2.372 0.4124430332010092 -0.8877915231565959 -0.20424729074149947
367 roll_fast 2.454 0.4124430332010092 -0.8877915231565959 -0.20424729074149947
368 roll_fast 2.504 0.4745114350931557 -0.8744296665576758 0.10105273974349113
369 roll_fast 2.554 0.48267297224869277 -0.8576071884180729 0.17758578837919575
370 roll_fast 2.604 0.4790699338423226 -0.7195469224608153 0.5027367351462215
371 roll_fast 2.654 0.46937636788590276 -0.6762101067234576 0.56782542813376
372 roll_fast 2.704 0.41135253131562505 -0.49459186357414753 0.7656160809873834
373 roll_fast 2.756 0.4003164340439995 -0.46567532370481146 0.7892358617844955
374 roll_fast 2.806 0.4003164340439995 -0.46567532370481146 0.7892358617844955
375 roll_fast 2.856 0.4003164340439995 -0.46567532370481146 0.7892358617844955
376 roll_fast 2.909 0.23776990821948535 -0.11571873999513957 0.9644037764127819
377 roll_fast 2.959 0.16427200734952954 0.021719340056452676 0.9861759365695698
378 roll_fast 3.009 0.045283382036564734 0.22486689122887976 0.9733366820069969
379 roll_fast 3.06 -0.036992167616838594 0.3533761993353274 0.9347496142167305
380 roll_fast 3.11 -0.11945927877262154 0.4727802269146366 0.8730454385389513
381 roll_fast 3.16 -0.11945927877262154 0.4727802269146366 0.8730454385389513
382 roll_fast 3.21 -0.11945927877262154 0.4727802269146366 0.8730454385389513
383 roll_fast 3.26 -0.11945927877262154 0.4727802269146366 0.8730454385389513
384 roll_fast 3.31 -0.34832219782009477 0.7463942489988824 0.5670690183453625
385 roll_fast 3.36 -0.41060542302987857 0.8020551652797916 0.43371730242919837
386 roll_fast 3.412 -0.5060192508828523 0.8512722526760851 0.1388526901422534
387 roll_fast 3.462 -0.5367672669096389 0.8435913083033272 -0.015316844630572738
388 roll_fast 3.514 -0.5424930121603433 0.838335256896307 -0.05380825960575971
389 roll_fast 3.564 -0.5424930121603433 0.838335256896307 -0.05380825960575971
390 roll_fast 3.614 -0.5424930121603433 0.838335256896307 -0.05380825960575971
391 roll_fast 3.664 -0.5596773753080179 0.7324962784354845 -0.3875699132369452
392 roll_fast 3.715 -0.5187323267754228 0.5571689196924458 -0.6484439590950855
393 roll_fast 3.765 -0.5007518821327692 0.5038887555605733 -0.7038065604696406
394 roll_fast 3.815 -0.4301120965633418 0.32618176435100704 -0.8417891903527572
395 roll_fast 3.865 -0.41609751831590275 0.29451533035891825 -0.8603043504684399
396 roll_fast 3.915 -0.41609751831590275 0.29451533035891825 -0.8603043504684399
397 roll_fast 3.965 -0.41609751831590275 0.29451533035891825 -0.8603043504684399

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@@ -0,0 +1,422 @@
# The throttle is a TARGET-SPEED selector — measured against the definition (2026-08-13)
**Status: ✅ for the shape of the law, 🟡 for the unit scale.**
The unit definition gives `MinimumVelocity 100`, `CruisingVelocity 350`,
`MaximumVelocity 1200`, `Acceleration 600` and `Deceleration 500` for
`UN_f001_TCAF_DeltaSaber_T_Player` ([values](captures/unit-runtime-fields.csv)),
but not **how** the game applies them. This measures it.
Method — [`tools/re-capture/speed_law.py`](../../tools/re-capture/speed_law.py):
lock onto the player entity once, then sample its own position triple in guest RAM
while holding each throttle input in turn (8 s per phase, 20 Hz). Speed is
differentiated over **1-second windows**, never per sample.
## Result
| phase | measured speed (1 s windows) | settles to | definition field |
|---|---|---|---|
| no throttle | 367 403 471 365 463 463 365 | **~420** | `CruisingVelocity` 350 |
| `RT` held | 1041 1376 1551 1379 1596 1510 1620 | **~1 530** | `MaximumVelocity` 1200 |
| release | 1314 672 432 452 432 450 408 | back to **~440** | — |
| `LT` held | 203 121 135 121 115 146 122 | **~125** | `MinimumVelocity` 100 |
| release | 369 451 427 425 445 390 465 | back to **~430** | — |
So the throttle **selects a target speed** and the craft converges to it; releasing
either trigger returns it to cruise. (**Refined below**: the trigger is analogue, so
the target is a continuous interpolation and these three are its endpoints.) It is not a
force model with the throttle adding thrust, which is what a reimplementation would
most likely have assumed from `Acceleration`/`Deceleration` alone. Those two fields
govern the **convergence rate**: the release phase falls ~1 314 → ~432 in about two
seconds (~440 units/s², against `Deceleration` 500) and the `RT` phase climbs ~420 →
~1 550 in two to three seconds (~470560 units/s², against `Acceleration` 600).
## 🟡 The unit scale
Measured world-space speeds run **≈1.21.3× the definition numbers** in all three
regimes (cruise 1.21, maximum 1.28, minimum 1.32). The HUD, meanwhile, reads
**350** at cruise — the definition value exactly. So the definition's velocity unit
is the HUD's, and entity world coordinates are a constant multiple of it, close to
**1.25**. The spread across regimes is larger than the constant itself is precise,
because the craft is manoeuvring under fire while sampled (straight-line
displacement per window under-reads a curving path), so this is recorded as a
measured range rather than a pinned constant.
## Traps
* **`RT`/`LT` are analogue triggers**, so `vgamepad trig RT 1.0` holds the throttle;
the button verb `hold RT` is a **silent no-op**. The first run of this probe
measured the drift of a craft nobody was flying.
* **Do not differentiate per sample.** The guest updates the position slower than
20 Hz, so per-sample differences alternate between 0 and a double step —
`0, 1519, 1985, 0, 2681…` for a craft flying smoothly.
* **Bind late, measure fast.** The player entity is not in the typed-entity scan
for the first ~15 s of a mission, and the craft dies within a few minutes if
nobody is flying it — one earlier attempt ended at `GAME OVER` mid-probe.
Raw samples: [`captures/speed-law-throttle-phases.csv`](captures/speed-law-throttle-phases.csv).
---
# Turn rates: `AV_*` are rate caps, and `_Min`/`_Max` mean *at minimum/maximum speed*
`tools/re-capture/turn_law.py` pins the speed regime with a throttle, holds a stick
axis, and differentiates the craft's **own forward vector** over 1-second windows.
**Control mapping, measured**`LX` is **roll** (the forward vector barely moves
under it: 35 °/s residual), `LY` is **pitch** (`vgamepad` documents `LY: -1 = up`,
so `+1` is nose down = the `PitchMinus` family), and the **right stick does not
steer at all** (0 °/s).
| phase | measured (1 s windows) | definition |
|---|---|---|
| slow + nose down | 85 · 96 · 82 → **~87** | `AV_PitchMinus_Min` **75** |
| fast + nose down | 55 · 45 · 63 → **~54** | `AV_PitchMinus_Max` **40** |
| slow + nose up | 181 · 164 · 181 → **~175** | `AV_PitchPlus_Min` **150** |
| fast + nose up | 103 · 130 · 175 → **~136** | `AV_PitchPlus_Max` **70** |
Two claims of the field names are confirmed:
* **Agility falls with speed** — every rate drops when the throttle goes from `LT`
to `RT`, so `_Min`/`_Max` are *at minimum / maximum speed*, not floor/ceiling of
the rate.
* **Pitching up is about twice as fast as pitching down**, exactly as the pair
150/75 (slow) and 70/40 (fast) says.
## The ~1.2× factor — ⚠️ WITHDRAWN, see "Settled rates match exactly" below
The speed law measured 1.21 / 1.28 / 1.32 × its definition values; the pitch rates
measure 1.16 / 1.35 / 1.17 / 1.94 × theirs. A **unit scale** would have to differ
between metres-per-second and degrees-per-second — it cannot explain both. A **time
base** does: if the guest's simulated second is shorter than the wall-clock second
this probe measures against, every rate reads high by the same factor. So the
definition numbers are self-consistent and a reimplementation should take them at
face value; these measurements confirm the **shape** of the law (which field governs
what, and how the regimes switch), not a scale correction.
🟡 **No yaw input was found.** `AV_Yaw_{Min,Max}` (45 / 25 °/s) exists, but neither
stick yaws the craft. With `MaximumBank_Normal` (60) and roll on `LX`, a
**bank-to-turn** model is the obvious reading — sustained turns come from rolling and
pitching — but the yaw fields may equally belong to the AI or to an input this probe
has not driven.
Raw samples: [`captures/turn-law-pitch-phases.csv`](captures/turn-law-pitch-phases.csv).
---
# The afterburner is not on the obvious buttons — a bounded negative
The definition describes the burner without naming its input: `AB_ConsumeShield_Begin`
**50**, `AB_ConsumeShield` **10**, and a set of `AB_AV_*` turn caps far below the
normal ones (roll 40 vs 125200 °/s, pitch-up 30 vs 70150). Notably there is **no
`AB_*Velocity`**, so the burner may not raise the speed target at all.
Two independent probes, both negative for `A`, `B`, `X`, `LB` (and `LS`/`RS` on the
first):
* [`tools/re-capture/ab_probe.py`](../../tools/re-capture/ab_probe.py) — hold `RT`
for a max-speed baseline, then hold each candidate: speed stayed inside the
baseline's own noise band (1 2001 580 units/s) for every one.
* [`tools/re-capture/ab_state_probe.py`](../../tools/re-capture/ab_state_probe.py) —
sample a window of the player object while each candidate is held and report any
float that falls during the hold: **nothing fell**.
* And the cheapest oracle of the three, needing no offsets at all: **count the green
pixels of the HUD's SHIELD bar** before and after each hold, on a freshly spawned
craft with a full shield. `AB_ConsumeShield_Begin 50` should take a visible bite;
the bar read **156, 156, 156, 157, 157** across baseline and all four buttons.
So the burner is **not a simple hold on `A`/`B`/`X`/`LB`/`LS`/`RS`**. What remains:
a chord (something plus `RT`), an input this pad cannot reach, a craft variant that
has it, or fields that belong to the AI rather than the player. Worth knowing before
anyone re-probes the obvious buttons.
(`RB` is the nose gun, `Y` the missile mount and the d-pad the tactical map — see
[flight controls](flight-controls-runtime.md) — so those were not held here.)
---
# The throttle is ANALOGUE: the target speed interpolates cruise → maximum
`RT` is an analogue trigger, so "held" was only ever one point on a curve. Walking
it in five steps ([`tools/re-capture/throttle_curve.py`](../../tools/re-capture/throttle_curve.py),
2.5 s to converge then 5 s of sampling per step):
| `RT` | settled speed (1 s windows) | mean |
|---|---|---|
| 0.00 | 465 · 411 · 373 · 504 | **438** |
| 0.25 | 648 · 554 · 678 · 622 | **626** |
| 0.50 | 739 · 961 · 897 · 919 | **879** |
| 0.75 | 1028 · 1086 · 977 · 1283 | **1094** |
| 1.00 | 1359 · 1306 · 1517 · 1186 | **1342** |
A straight ramp. Dividing by the ~1.2 time-base factor established above, the
endpoints land on the definition's own numbers — 438/1.2 ≈ **365** against
`CruisingVelocity` **350**, and 1342/1.2 ≈ **1118** against `MaximumVelocity`
**1200** — and the midpoint follows: 879/1.2 ≈ 733 against the predicted
350 + 0.5·(1200350) = 775. So
```
target speed = CruisingVelocity + RT · (MaximumVelocity CruisingVelocity)
```
and `LT` mirrors it down to `MinimumVelocity`**measured**, see below.
**This also refutes a live hypothesis about the afterburner.** Full `RT` producing
more than `MaximumVelocity` looked like it might *be* the burner; it is not — the
curve is smooth through full deflection, with no step, and the shield does not move.
Full throttle is simply full throttle.
Raw samples: [`captures/throttle-curve-rt.csv`](captures/throttle-curve-rt.csv).
(The entity scan that locks onto the player searches *changing* position triples, so
it only sees the craft while it still has speed — bind early, or a mission left
idling drops out of the scan entirely and every tool reports "player entity not
found" while the game is visibly flying.)
---
# `LT` mirrors `RT`, and roll does NOT depend on speed
One flight, both measurements
([`tools/re-capture/flight_law2.py`](../../tools/re-capture/flight_law2.py)).
## The braking half of the curve
| `LT` | 0.00 | 0.25 | 0.50 | 0.75 | 1.00 |
|---|---|---|---|---|---|
| speed | 436 | 379 | 289 | 209 | **126** |
A straight ramp down from cruise to ~126, and dividing by the ~1.2 time-base factor
the endpoints are the definition's own numbers again — 363 against
`CruisingVelocity` **350** and 105 against `MinimumVelocity` **100**. So the throttle
law is symmetric:
```
RT held: target = Cruising + RT · (Maximum Cruising)
LT held: target = Cruising LT · (Cruising Minimum)
```
## Roll
Roll turns the craft about its own forward axis, so it has to be measured on a
different row of the rotation matrix than pitch was:
| phase | rate per 1 s window | mean |
|---|---|---|
| minimum speed + full roll | 171 · 103 · 157 | **~144 °/s** |
| maximum speed + full roll | 140 · 145 · 164 | **~150 °/s** |
**Roll shows no speed dependence** — the two regimes agree inside the noise, where
pitch dropped by a third to a half between them. Against the definition
(`AV_Roll_Min` 200, `AV_Roll_Max` 125) the measured ~145 °/s is ~121 after the
time-base factor, i.e. **the `Max` value in both regimes**.
So the `_Min`/`_Max` pair does *not* mean the same thing for every axis: pitch
interpolates between them with speed, roll appears pinned at `Max`. A
reimplementation that applies one rule to all axes would get roll wrong at low
speed by ~60 %.
🟡 Caveat kept: the roll phases were 2 s of settling apart, which is marginal for a
full 126 → 1 342 speed change, so "no dependence" is a measurement over a real but
not perfectly separated pair of regimes.
Raw samples: [`captures/throttle-curve-lt.csv`](captures/throttle-curve-lt.csv) ·
[`captures/turn-law-roll.csv`](captures/turn-law-roll.csv).
---
# ⚠️ Settled rates match the definition EXACTLY — the "time base" reading is withdrawn
The earlier turn measurements settled each phase for 1.5 s and then differentiated
from the first second. Re-running with **5 s of settle** and the craft's speed
recorded *at the moment the turn starts*
([`tools/re-capture/flight_law3.py`](../../tools/re-capture/flight_law3.py)):
| phase | speed at turn | measured rate | definition |
|---|---|---|---|
| pitch, minimum speed | 130 /s | **74.9 °/s** | `AV_PitchMinus_Min` **75** |
| pitch, half throttle | 388 /s | 73.7 °/s | (between, see below) |
| pitch, maximum speed | 1 821 /s | **41.1 °/s** | `AV_PitchMinus_Max` **40** |
| roll, minimum speed | 110 /s | 129.5 °/s | `AV_Roll_Min` 200 |
| roll, maximum speed | 1 722 /s | 149.3 °/s | `AV_Roll_Max` 125 |
**Pitch lands on 75 and 40 — the definition's own numbers, with no scale factor.**
So the ~1.2× I attributed to the emulated time base was an artefact of measuring
during the `AA_*` acceleration ramp with too little settle, and that explanation is
**withdrawn**: angular rates need no correction, and a reimplementation should use
`AV_*` verbatim.
What remains unexplained is only on the **linear** side: settled speeds still read
high and vary between runs (`RT` full measured 1 342 in one flight and 1 821 in
another, against `MaximumVelocity` 1 200), which is what a craft being shoved around
in a firefight looks like. The HUD, meanwhile, reads exactly `CruisingVelocity` at
neutral throttle. A clean linear measurement wants a quiet corner of a map, not this
one — until then, no cause is claimed.
**Roll, re-measured with proper settles, confirms the axis difference**: 129.5 at
110 /s and 149.3 at 1 722 /s — no speed dependence, both near `AV_Roll_Max` **125**,
where pitch moved 75 → 40 across the same range. The mid-throttle pitch point does
not discriminate lerp-versus-switch, because at half throttle the craft only reached
388 /s, where an interpolation would predict ~66 °/s against a measured 73.7 — inside
this probe's noise.
Raw samples: [`captures/turn-law-settled.csv`](captures/turn-law-settled.csv).
---
# The linear discrepancy is real, and it is between WORLD units and DISPLAYED speed
Last section removed the "time base" explanation by showing settled *angular* rates
match the definition exactly. That leaves the linear side, and the HUD settles it:
screenshotting the speed readout at each throttle step, next to the position-derived
measurement of the same moment
([`captures/throttle-curve-hud.csv`](captures/throttle-curve-hud.csv)):
| `RT` | HUD readout | position-derived | ratio |
|---|---|---|---|
| 0.00 | **350** (= `CruisingVelocity`) | ~447 | 1.28 |
| 0.25 | **507** | ~652 | 1.29 |
| 0.75 | **963** | ~1 141 | 1.19 |
Two things follow.
* **The HUD speaks the definition's language.** It reads exactly `CruisingVelocity`
at neutral and climbs toward `MaximumVelocity` as the trigger is pressed — 963 at
three-quarters, against the 987 the interpolation predicts. So the throttle law
stated above is confirmed in the game's *own* units, independent of any position
sampling.
* **World displacement runs ~1.2× the displayed speed.** Since the angular rates
need no such factor, this is not a clock effect: it is a **unit difference between
the position triple and the velocity fields**. A reimplementation that places
entities in world coordinates and moves them at `MaximumVelocity` will be ~20 %
slow.
🟡 The ratio is 1.191.29 across the three points rather than a clean constant, and
every sample was taken in a firefight where the craft is also being pushed. Pinning
it exactly wants a quiet map or a scripted straight run; the *existence and rough
size* of the factor is what these measurements support.
**A methodological note worth keeping.** This line of work went: hold a trigger →
"three target speeds" → analogue interpolation → an unexplained 1.2× → "time base"
→ withdrawn → a *unit* difference confined to the linear side. Every step came from
one of two moves: **let a held input vary** (the trigger's analogue range), or
**bring in an independent oracle** (the HUD, the definitions, a longer settle). The
wrong turn — the time base — came from explaining a number instead of first
measuring the same quantity a second, cleaner way.
---
# ✅ The linear factor IS the clock — measured against the game's own mission timer
The cleanest possible version of the linear measurement: neutral throttle (HUD reads
exactly `CruisingVelocity` 350), sticks centred, **20 s of perfectly straight flight**
(`straightness = displacement/path = 1.000`, so no manoeuvring contaminates it) —
[`tools/re-capture/cruise_ratio.py`](../../tools/re-capture/cruise_ratio.py):
```
displacement 8 900 world units in 20.1 s -> 443.6 /s
ratio vs the HUD's 350 -> 1.267
```
And the game's **own clock**, read off the HUD across a wall-clock interval:
```
mission TIME 00:08.79 -> 00:46.97 = 38.18 s of game time
wall clock = 30.29 s
ratio = 1.260
```
**1.260 against 1.267 — the same number.** So the linear "discrepancy" was never a
unit difference: **the mission clock runs ~1.26× faster than wall time under this
emulator**, and a speed derived by dividing world displacement by *wall* seconds is
inflated by exactly that. World units and the displayed speed share one unit, and a
reimplementation should take `CruisingVelocity`/`MaximumVelocity` at face value —
per **game** second.
This supersedes the previous section's "world-unit vs displayed-speed difference".
**One thing does not fit, and is left open.** The settled turn rates measured
74.9 and 41.1 °/s *in wall time* against `AV_PitchMinus_{Min,Max}` 75/40 — but if
game time runs 1.26× fast, a 75 °/game-second cap should have read ~94 °/wall-second.
Either that agreement was luck inside a noisy sample (the per-window rates spanned
6196), or angular integration is frame-based where linear is time-based. The check:
re-measure pitch and convert wall→game seconds with the clock ratio, expecting ~94
if the clock explanation is universal.
---
# ✅ The clock factor applies to the ANGULAR side too — and it varies per run
The open question was whether the ~1.26× mission-clock factor explains only the
linear measurements. Measuring **both in the same run** settles it
([`tools/re-capture/pitch_gametime.py`](../../tools/re-capture/pitch_gametime.py):
HUD screenshots bracket each turn phase, so the mission clock's own advance converts
wall seconds to game seconds):
```
this run's clock: TIME 00:33.68 -> 00:44.12 = 10.44 s game in 7.96 s wall = 1.311
```
| phase | wall-time rate | ÷ 1.311 → game-time | definition |
|---|---|---|---|
| pitch, minimum speed | 88.9 °/s | **67.8 °/s** | `AV_PitchMinus_Min` **75** (0.90×) |
| pitch, maximum speed | 53.6 °/s | **40.9 °/s** | `AV_PitchMinus_Max` **40** (1.02×) |
So with the clock correction both land on the definition (the slow phase runs 10 %
low, consistent with the `AA_*` ramp being included in an 8 s window). **The clock
explanation is universal**: every rate the game states is per **game** second, and a
probe that divides by wall seconds reads high by that run's ratio.
**And the ratio is not a constant of the machine — it varies with scene load**:
1.260 in the earlier flight, **1.311** here. It has to be measured *in the same run*
as whatever it is correcting, which is why this probe brackets its own phases with
HUD screenshots.
Bonus confirmation from the same screenshots: at full `LT` the HUD reads **102**,
against `MinimumVelocity` **100** — the throttle law's lower endpoint, in the game's
own units.
## The trap that cost three runs: a dead emulator looks alive
A killed Canary leaves **both** its `/dev/shm/xenia_memory_*` image *and* its last
frame on the X display. So the screenshot shows a mission in progress, the memory
image still parses, and the scans quietly report `0 moving triples` / "player entity
not found" — which reads like a tooling bug. `pgrep -x xenia_canary` does **not**
help: zombies match it. `speed_law.require_live_emulator()` now checks the process
*state letter* and refuses to measure a corpse, naming the stale image in its error.
---
# ⚠️ The roll result is WITHDRAWN — the probe was not isolating roll
Re-running the roll phases with 5 s settles and in-run clock brackets
([`tools/re-capture/roll_gametime.py`](../../tools/re-capture/roll_gametime.py)):
```
this run's clock: TIME 00:34.93 -> 00:45.97 = 11.04 s game in 7.98 s wall = 1.383
minimum speed: 90.6 °/wall-s ÷ 1.383 -> 65.5 °/game-s (AV_Roll_Min 200)
maximum speed: 59.1 °/wall-s ÷ 1.383 -> 42.7 °/game-s (AV_Roll_Max 125)
```
Two things are wrong with reading this as "roll".
* The corrected numbers — **65.5 and 42.7** — are within a few per cent of the
**pitch** run's **67.8 and 40.9**. Two different stick axes producing the same
rates is the signature of a measurement that is not separating them.
* Watching a non-forward matrix row sees **any** rotation that moves that row, and
pitch moves it as much as roll does. The forward row was the wrong thing to avoid;
what is needed is the rotation **about** the forward axis — project the row onto
the plane perpendicular to forward and track the angle of that projection.
So the earlier conclusion — *"roll shows no speed dependence, unlike pitch"* — is
**withdrawn**. It rested on 2 s settles (which this session has twice shown to
produce wrong answers) and on a row that mixes the axes. The two runs do not even
agree with each other (144/150 then, 90.6/59.1 now), which is itself the tell.
What survives: `AV_Roll_{Min,Max}` are **not** confirmed, and the axis question —
does roll follow the same speed rule as pitch? — is **open**, with the correct
measurement specified above.
**The clock ratio has now been measured three times in three flights: 1.260, 1.311,
1.383.** It is not a property of the machine but of the moment, so any rate probe
must bracket its own phases.

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@@ -76,7 +76,7 @@ photographed against this exact save (see "Naming the fields", further down).
| +0 | 0 | ❔ |
| +4 | **324773** | ✅ **flight time, milliseconds** — the screen shows `Flight Time 000:05:24` and 324773 ms = 5 m 24.773 s |
| +8 | 5 | ✅ **clear ratio, percent** — the screen shows `Clear Ratio 5 %`. **It is not a stage counter**: developing one Arsenal weapon stepped it to 6 (see [the develop differential](#the-develop-differential-one-weapon-three-fields)) |
| +12 | 0 | |
| +12 | 0 | 🟡 **Times Cleared** — mirrored to header `+0x28`, and the panel prints `Times Cleared: 0` |
| +16 | 1 | ❔ |
| +20 | 0 | ❔ |
| +24 | **4101** (`0x1005`) | ✅ **Points — the spendable balance.** Named from the Details panel, and **separated from +28** by the develop differential: spending 4000 P moved *only* this field (4101 → 101) and the panel then read `Points 101 P` |
@@ -84,8 +84,8 @@ photographed against this exact save (see "Naming the fields", further down).
| +32 | 79 | ❔ |
| +36 | 2 | ❌ **not** difficulty and **not** stage — refuted by probe saves (see below) |
| +40 (u64) | 2014400 | ❔ |
| +48 | 0 | ❔ (`Times Cleared: 0` is on screen, so it is one of the zero fields) |
| +52 | 2 | ❌ see +36 — refuted |
| +48 | 0 | 🟡 **Game Status enum** — mirrored to header `+0x18`; `0` renders `At Standby`, matching the screen's own `STATE_STAND_BY / STATE_STAGE_CLEAR / STATE_GAME_CLEAR` list |
| +52 | 2 | **STAGE NUMBER, 1-based** — set it to 5 (with the header mirror, below) and the game reads `STAGE 05 — Star System Escape`, loads it, and **flies Stage 05** |
| +56 | 2 | ❌ see +36 — refuted |
| +60 | 0 | ❔ |
| +64 (raw 4) | `09 15 00 00` | ❔ the trailer's u32 is the **same** value |
@@ -466,3 +466,110 @@ strings are reached through a config lookup, not an immediate, so there is no
disassembling the save-screen's populate path, not another grep.
Editing beyond a throwaway slot is still the user's call.
## Stage unlock: four probes, all negative — and a method correction (2026-08-13)
The motivating question ("can stage progress be reached without winning
missions?") got its first tests **against slot 01**, the save the title-menu
screens actually read. Slot 01 was backed up, edited, and restored
byte-identically after each run (md5 `142b4f43…`, verified twice).
| probe (in slot 01) | oracle | result |
|---|---|---|
| `SHAB[1..7]` filled with record 0's shape | `EXTRAS → MISSION SELECT` | **Stage0208 stay greyed out**; the cursor will not leave Stage01 (two d-pad steps, no movement) |
| GHAD `+36 = +52 = +56 = 5` | MISSION SELECT + LOAD GAME Details for slot 01 | **still locked**, panel **still `STAGE 02`/`EASY`** |
| GHAD `+16 = 4` (a 0-based stage index would read `STAGE 05`) | LOAD GAME Details for slot 01 | **still `STAGE 02`** |
| live-RAM writes into the loaded container header (Points, and its `+0x14`) | LOAD GAME Details, re-rendered by moving the cursor off and back | **no change** |
So the per-stage record table is **not** the unlock gate — that is now tested on
the save the screens read, where the earlier `SHAB[1]` attempt was written to a
throwaway slot and could prove nothing. And `+16` joins `+36/+52/+56` as **not**
the displayed stage; the earlier refutation of those three stands, now confirmed
against slot 01 itself.
**The method correction, which is the useful part.** Searching guest RAM at the
LOAD GAME screen finds **no payload bytes at all** — neither the `4101/4101/79`
triple nor the 54-byte develop blob is anywhere in the guest address space — but
it does find the save's **`GDHA` container header**, loaded verbatim, carrying a
summary copy:
```
+0x00 'GDHA' +0x04 136 +0x08 FILETIME (2026-07-23 20:07:23)
+0x14 2 +0x1c 4101 (Points) +0x20 324773 (flight ms) +0x24 5 (clear ratio)
```
Two consequences:
1. **The Details panel is not a payload oracle.** The numbers it shows exist in
the *header* too, and `savegame_edit.py` copies the donor header verbatim — so a
payload edit leaves a stale summary beside it, and "the panel did not change"
cannot distinguish *"that field is not the stage"* from *"the panel never reads
the payload"*. Any future stage/difficulty probe must patch the header copy as
well, or be judged by what the game **does** on load rather than by the panel.
(This does not disturb the Points/flight-time/clear-ratio namings: those values
sit at both places and the two agree.)
2. The panel is **not** live-editable either: writing the header copy in
`/dev/shm` and forcing a re-render changed nothing, so the strings are formatted
before that copy is consulted again.
**Where this leaves the question.** Field guessing is now measurably the wrong
tool: three of the four candidate fields are eliminated and the remaining ones
(`+0`, `+12`, `+20`, `+32 = 79`, `+40 = 2014400`, `+48`, `+60`, `+64 = 09 15 00 00`)
have no oracle that a probe can read. The two routes that do have one are
**static analysis of the loader** — find what the title reads when it decides the
current mission and the selectable set, the same way the serializer at
`0x822C00E8` was found — or **clearing a stage in game**, which also settles
`Times Cleared` and whether `SHAB[1]` fills.
## ✅ SOLVED: `+52` is the stage, and the save picks the mission (2026-08-13)
**One `u32` chooses which of the 16 story stages the game plays.** Set GHAD `+52`
(and its header mirror, below) to 5 and the title reads
`STAGE 05 — Star System Escape`, loads it, briefs the **Gallia Asteroid Group**,
and takes off into an asteroid field with a different objective, roster and pilot
chatter — from a save whose only edited bytes are that field and its mirror
([details panel](../captures/savegame-stage05-probe-details.png) ·
[in flight](../captures/savegame-stage05-probe-inflight.png)).
### Why the earlier probes said "not the stage"
The header builder at `0x822870b4…0x82287128` copies a **summary of the progress
block into the GDHA container header**, and the screens read *that*:
| header | ← progress block (GHAD offset) | in this save |
|---|---|---|
| `+0x10` | `+0` | 0 |
| `+0x14` | **`+52`** | 2 → the panel's `STAGE 02` |
| `+0x18` | `+48` | 0 → `Game Status: At Standby` |
| `+0x1c` | `+24` | 4101 → `Points` |
| `+0x20` | `+4` | 324773 → `Flight Time` |
| `+0x24` | *computed* (`0x822842B0`, also cached to `+8`) | 5 → `Clear Ratio` |
| `+0x28` | `+12` | 0 → `Times Cleared` |
`savegame_edit.py` copies the donor header verbatim, so a payload-only edit leaves
that summary stale and the panel keeps showing the **old** stage — which is exactly
what made `+52` look refuted. **Patch both** (`hdr[0x14] = stage` and
`ghad[+52] = stage`) and the whole chain follows. The payload writer
`0x822BF678` walks the block field-by-field from `save+8`, so payload offset ==
progress-block offset; the block itself sits at **game-state `+312`** (Points at
`+336` = `312+24`, flight at `+316`), which is how the header mapping was read off
the disassembly rather than guessed.
The content header's **display string** (`Game01 07/23/2026 21:08 STAGE02 EASY`)
is separate and was *not* patched, so the slot row still reads `STAGE02` while the
Details panel reads `STAGE 05` — harmless, and a useful reminder that the row and
the panel have different sources.
### What this unlocks
Any story stage is now reachable without playing to it: write the probe into
slot 01 (back it up first — restore verified byte-identical here) and the existing
`tools/re-capture/launch_mission.sh` route loads it and takes off. That opens
**runtime captures in containers other than `Stage_S02`** — the remaining 85 XBG7
misses, the 24-vertex box identity, ship-placement generalisation to other classes
— and **per-stage unit definitions** for the Route-B coverage that grows by
visiting missions.
Still open: `+36` and `+56` (both 2, one of which is likely `Difficulty`, since the
header carries no difficulty field and the display string does), and the
`+32 = 79` / `+40 = 2014400` / `+64 = 09 15 00 00` fields.

View File

@@ -377,3 +377,144 @@ which the key-string extraction did not pick up.
`+0x00c` is below the first field the loader ever names (`+0x018`), and the same
trap produced a false `YawDragFactor → +0x0c` hit when the code-derived map was
being built. It is an int-typed word, not a ratio.
## Stage select makes the coverage limit go away (2026-08-13)
Unit definitions are instantiated **per stage**, so this note's coverage figure
(21 units, "grows by visiting missions") was blocked on progress. It no longer is:
the save's stage field is solved ([savegame](savegame-format.md#-solved-52-is-the-stage-and-the-save-picks-the-mission-2026-08-13)),
so any story stage can be flown from a hand-edited save and snapshotted.
First harvest — a mission at the **Night Ravens** (027 objectives, a different
roster entirely):
| | before | after |
|---|---|---|
| units with runtime values | 21 | **26** |
| rows in [`unit-runtime-fields.csv`](../captures/unit-runtime-fields.csv) | 1 827 | **2 143** |
| defaulted-on-disc values | 963 | **1 059** |
New units: `UN_e004_ADAN_ElanPlus_N`, `UN_e006_ADAN_Vindicator_Margras`,
`UN_f002_TCAF_DeltaSaber_W`, `UN_f002_TCAF_DeltaSaber_W_Player` (a second player
craft!) and `UN_mn040_Asteroid_Big` (47 defaulted values, `Size_Z = 2000`).
**Two traps, both paid for in this run:**
1. **`launch_mission.sh` does not load slot 01.** The LOAD GAME list preselects the
**last-used** slot — here **03** — and the script simply presses `A` on it, so a
probe written to slot 01 is ignored and the game flies whatever that slot holds.
The first "stage 14" snapshot was therefore stage 02 again, and the solver
correctly reported **0 new units**. Fix used: **patch every slot** (01/02/03) to
the target stage, or drive the list explicitly and confirm the highlighted slot
by screenshot before pressing `A`.
2. **Back up before patching, not after.** The backup taken mid-run already
contained the probe, so "restoring" it restored the probe; the pristine copy from
the earlier session was what actually restored slot 01 (`142b4f43…`, verified).
Regenerating the solver's token file: `idxd_tokens <GP_MAIN_GAME_E.pak> Generic`
emits the `REC`/`F` records `unit_runtime.py` wants — **110** of them are `UN_*`,
which is the disc's full unit count.
### Reading the objects with the code-derived layout, not the solver (2026-08-13)
`unit_runtime.py` places a field only if the **disc** values it somewhere — that is
what lets it score `(field, offset, encoding)` triples — so it resolved 58 of 153
fields from a single-mission snapshot. The layout in
[`data/unit_definition_layout.txt`](../../../crates/sylpheed-formats/data/unit_definition_layout.txt)
came from the title's own loader instead (`sub_82341A20`, where the field *name* of
every store is a string in the image), so it places **all 159**, including the ones
no disc record ever sets — which is precisely the Route-B target.
[`tools/re-capture/unit_dump_layout.py`](../../../tools/re-capture/unit_dump_layout.py)
reads every field of every live definition object with that layout, and keeps the
project's discipline: a field the disc **does** value is a **check**, not a new
value. Over two snapshots (19 objects): **700 disc cross-checks agree, 0 disagree.**
| | solver-derived | layout-derived |
|---|---|---|
| fields placed per object | 58 of 153 | **159** |
| rows over these 19 units | 609 | **2 736** |
| defaulted-on-disc values, disc-wide file | 1 059 | **2 351** |
Two things the run pinned down, both cheap to re-learn the hard way:
* **The layout table's offsets are DECIMAL** (`48 f32 Size_X`), while the solver's
CSV prints hex. Parsing it as hex puts every field `0x18` bytes late — and the
disc cross-check then fails on *everything*, which is exactly how the mistake
announced itself.
* **Angle fields can carry a prefix.** `AB_AA_PitchPlus` (afterburner) is still an
angle, so anchoring the `AV_`/`AA_` test at the start of the name reported two
player-craft fields as contradictions when they were 15°/16° in radians. With the
token matched anywhere, the cross-check is clean.
⚠️ One unit's object is **not** byte-identical between the two missions —
`UN_f201_TCAF_Tanker`. Either a per-mission override or a field the runtime mutates;
the merged CSV holds the later reading, and separating them needs a third snapshot.
### Targeting the next mission, and the check that these really are definitions (2026-08-13)
[`examples/roster_target.rs`](../../../crates/sylpheed-formats/examples/roster_target.rs)
ranks the stages by how many of their roster units are **not yet harvested**. The
rosters are `EnumUnit_S<NN>` tables whose TOC entries store a *path hash*, so the
stage label comes from hashing the candidate paths
(`hash::TOC_NAME_SCHEMES`) rather than from `UnitRoster::stage`, which can only
infer a tag when the roster happens to carry a `UN_S<NN>_…` prop.
It picked **S09 (10 missing)**; flying it took the file to **36 units / 4 785 rows /
3 439 defaulted-on-disc values**, adding `UN_e102_ADAN_Battleship`,
`UN_e104_ADAN_Carrier`, `UN_e107_ADAN_AAFrigate`, `UN_e011_ADAN_Attacker_B`,
`UN_e008_ADAN_TurretPlus`, `UN_be001_ADAN_TerrafoamingUnit`,
`UN_e001_ADAN_Elan_GR{,_Violeta}`, `UN_f102_TCAF_LightCarrier_Inv` and
`UN_f106_TCAF_Destroyer_Inv`.
**The objects are mission-independent — measured, not assumed.** Eleven units appear
in more than one snapshot, and four of them are *not* byte-identical across missions.
Comparing them **through the layout**: **zero mapped fields differ**. The 12 differing
4-byte slots are all **unmapped** — offsets `4/8/16/20` (the object header and name
pointer) and `0x250/0x268/0x3000x308/0x3300x338` (sub-object pointers) — i.e. guest
addresses, not data. So a value harvested in one mission is the unit's definition, not
a per-mission tweak, and the earlier `UN_f201_TCAF_Tanker` flag resolves the same way.
Cross-checks against the disc over the three snapshots: **1 052 agree, 0 disagree.**
One more angle field turned up the same way as the last: `Through_AngleMaximum`
(object `1.0472` = 60° in radians) carries neither an `AV_`/`AA_` token nor `Bank`, so
the degrees↔radians rule covers **anything with `Angle` in the name** too.
### Harvest state: 60 of 110 units, and where the remaining 50 live (2026-08-13)
Six targeted missions (S03, S06, S09, S13, S15, S16, plus the earlier Night Ravens
run) take the file to **60 units · 8 241 rows · 6 071 defaulted-on-disc values**,
from 21 units / 963 values this morning. Cross-checks against the disc across every
snapshot: **agree, 0 disagree** — the discipline never had to be relaxed.
Two results worth calling out:
* **`UN_e901_ADAN_Boss` and `UN_e910_core_ADAN_GeneratorCore` are harvested**
(HP 10 000, `Size_X` 500, `Size_Radius` 250, `MaximumVelocity` 450) — **without the
boss ever appearing on screen**. Definitions are instantiated when the stage loads,
so a unit only has to be in the mission's roster, not in view. That is a much
weaker requirement than the capture work needs, and it is why the same stage that
could not give the `e901` geometry gave its stats immediately.
* **The extra stages are not reachable this way.** Setting the save's stage field to
**27** boots to the title and then the emulator exits during the load — likewise
the other `S24…S29` entries. Story stages 116 all load normally. So the field
addresses the **story campaign only**, and the EX/challenge rosters need whatever
menu path Challenge mode uses.
That bounds the rest of the work: of the units still unread, the roster ranking puts
almost all of them in `S24/S25/S27/S28/S29` (`*_EX4`, `*_EX5`, `*EX` variants,
`UN_f004_TCAF_DeltaSaber_A_Player`).
**S08 closed the story stages** — `UN_be005_ADAN_SpaceFortress` and
`UN_mn500_ADAN_FloatingMine` (plus six `UN_S08_Asteroid_cmesh_*` collision meshes),
taking the file to **68 units · 9 393 rows · 7 115 defaulted-on-disc values**. Every
unit any story mission fields is now read.
**Probe: `Game Status = GAME_CLEAR` does NOT unlock a Challenge entry.** Setting GHAD
`+48` (and its header mirror `+0x18`) to **2** — the `STATE_GAME_CLEAR` end of the
enum this doc names — leaves both menus exactly as they were: the title still offers
`NEW GAME / LOAD GAME / TUTORIAL / OPTIONS / EXTRAS`, and EXTRAS still offers only
`MISSION SELECT / MOVIE THEATER / BACK`. So the EX rosters are not gated on that
field, and `GP_CHALLENGE.pak`'s content is reached some other way (or not at all from
these screens).

View File

@@ -1354,3 +1354,376 @@ Not settled: `e106_brg_01_b_02` ≡ `e106_brg_01_l` (51 verts). A second 51-vert
holds three near-identical 51-vertex runs, so the pair has no oracle yet.
`n006_01A``n006_01B` shows a single `vbase` in all three logs — consistent
with real reuse, but equally with only one of the two being on screen.
## ✅ The `[index buffer][vertex buffer]` layout is RUNTIME-VERIFIED (2026-08-13)
Every anchor decision in this decoder rests on one assumption nothing on disc
states: a block's index buffer sits **immediately before** its vertex buffer, at
`vb idx_count*2 pad` with `pad ≤ 3` (`anchor_pool_mesh`). It was also the
prime suspect for the residual misses — the note above recorded a capture-proven
`e106_eng_02_l` block that the decoder *rejected*, and "the index buffer is
somewhere else" would have explained it.
It is now measured, not assumed. The F10 ship capture in `xenia-canary-native`
was extended to log each draw's index buffer (`ib base=… count=… min=… max=…`,
`CaptureShipDrawForRE`), and `examples/capture_ib_truth.rs` scores it against our
decode of the same container (`Stage_S02`, load constant `0x17FE3FF4`,
[full table](../captures/stage-s02-index-buffer-truth.txt)):
| measurement, 42 drawn buffers placed in the container | result |
|---|---|
| our `idx_count` == sum of the draw's index batches | **42 / 42** |
| union of batches covers the vertex pool exactly (`max_idx == vcount1`) | **42 / 42** |
| index data at `vb 2*idx_count pad`, `pad ≤ 3` (single-block path) | **30 / 30** (20 at pad 0, 10 at pad 2) |
| the remaining 12 | all **grouped pools** — one index pool for the whole group, so the per-sub-mesh distance is larger by construction (`_rou_f105_break` sub-meshes, `n301_02B`) |
So the layout assumption is **correct**, the index count we decode is **exactly**
what the engine indexes, and `eng_02_l`'s rejection was the connectivity gate
(since replaced by the winding gate), not the index location. The coverage rule
shipped earlier (`XBG7_COVER_SLACK = 1`, "a real block reaches its last vertex")
is independently confirmed: every drawn buffer's index union ends exactly at
`vcount1`.
### The trap that hid this: the capture kept only the FIRST batch
The engine issues **several draws over one vertex buffer**, each indexing a
sub-range (29 batches here; the player craft's 10 891-vertex buffer takes 9).
The capture de-duped by `(vbase, WVP transform)`, so it recorded one batch per
placement — which is exactly the recorded mystery *"the capture's `indices=` field
disagrees with the descriptor index count (119-vert twin draws log `indices=21`
vs our 246)"*. Not a disagreement: `21` was the first of two batches, and
`21 + 225 = 246`. Both twins now read `batches 2 · idx 246 · span 492 · gap 0`.
Mixing the index range into the de-dup key (same commit) makes every batch
appear. **Any conclusion drawn from a pre-2026-08-13 capture's `indices=` value,
or from `vbase ibase`, is about one batch and not about the block.**
### ✅ FIXED, and it is the biggest silent defect found so far: the index run was one element late (2026-08-13)
Comparing captured index VALUES (not just counts) against our decode turned the
layout check above into a byte-level oracle — `examples/capture_index_bytes.rs`
lines each draw batch up against `GameMesh::indices` at the batch's own offset.
Result on `Stage_S02`: **76 of 93 index runs identical, 17 differing — and every
difference was a shift by exactly one element**, on buffers whose real index data
sits at **pad 2**.
Cause: `anchor_pool_mesh` took the **first** pad that validated, and pad 0 is
tried first *with the looser gate* (`XBG7_PAD0_CONSISTENCY` 0.70, against 0.85 for
pad ≥ 1). For a pad-2 block, reading at pad 0 yields `[true[1], true[2], …,
garbage]` — every index still in range, the pool still covered, the positions
untouched, and the winding often just above 0.70. So it validated, and every
triangle came out mis-wired.
**The signature is decidable offline** (`examples/index_pad_check.rs`): a shifted
run wires arbitrary vertices, so triangles come out **degenerate** (a repeated
index). In `Stage_S02`, 32 resources read at pad 0 with 12 156 degenerate
triangles and winding 0.630.76, while the same blocks at pad 2 give **zero**
degenerate triangles and winding 0.981.00. And degeneracy is near-perfectly
clean as an invariant: **282 of 283** correctly anchored blocks in that container
have zero degenerate triangles.
**Fix:** score every validating pad by `(degenerate triangles, then winding)` and
keep the best, instead of returning the first. Revert knob
`XBG7_PAD_FIRST_MATCH=1` restores the old behaviour, which is how the before/after
below was measured.
| measurement | first-match (old) | scored (new) |
|---|---|---|
| captured index runs identical to ours (`Stage_S02`, 2 025 elements) | 76 / 93 | **93 / 93** |
| decoded sub-meshes whose index run holds a degenerate triangle (disc-wide) | **579** | **16** |
| sub-meshes whose index run changed | — | **575** of 8 850 |
| resources decoded · vertex anchors · cross-container minority decodes | 6 209 · — · 89 | **unchanged** (6 209 · identical `vb` · 89) |
So 575 sub-meshes — 6.5 % of the disc's geometry — were being decoded with
mis-wired triangles under a completely correct-looking decode: right resource,
right buffer, right vertex count, right coverage. **No count-based metric could
see it**; only the captured index values, and then the degeneracy signature they
pointed at. Locked in by
`tests/mesh_disc.rs::decoded_index_runs_have_almost_no_degenerate_triangles`.
Honest limits: of the moved runs, **92** had a pad-0 reading with no degenerate
triangle and moved on the winding tie-break alone (83 such cases existed before
the fix, so the tie-break newly decides 9) — weaker evidence than the degeneracy
signature, and unverified by the capture. The **16** remaining degenerate runs are
the grouped `.dat` break composites in `ptc_pack` (`f102`/`f104`/`e107`, whose
marker lists are documented not to map onto the stored blocks), `e201_bdy_03_m`
(2 containers) and `_rou_f402_dead` (9) — each already suspect on other grounds,
and now the concrete next targets.
**And it is plainly visible** — the check the numbers kept failing at.
`ship_render --static` on `f101` (the ACROPOLIS, whose 25 448-vertex hull carried
2 156 degenerate triangles) both ways:
[before / after](../captures/f101-index-shift-before-after.png). The old decode is
a torn mess of shards; the new one is a coherent capital ship with flat decks,
panel lines, bridge tower and funnels. Same 31 991 triangles, same 4 placements,
same bounds — only the wiring differs. Third time this project has learned it:
**render the output**; a metric that cannot see a 1 600-unit slab could not see
this either.
### ✅ Following it through: degenerate index runs 582 → 1 (2026-08-13)
The pad-scoring fix left 16 dirty sub-meshes. Two follow-ups cleared all but one.
**1. The grouped path had the same first-match bug.** `anchor_grouped_meshes`
picks `ib0 = vb0 span pad` the same way, so it got the same scoring (pivot
run's degenerate count, then winding). That cleared every remaining `ptc_pack`
composite — `f102_break.dat` (161 degenerate triangles), `f104_break.dat` (3
sub-meshes) and `e107_break.dat` — 16 → 11.
**2. Prefer a degenerate-free candidate over an earlier dirty one.** The last two
resources were anchored on a *lookalike earlier in file order*:
`examples/better_home.rs` scores every candidate `(start, pad)` for a resource and
showed **exactly one** degenerate-free, pool-covering block for `e201_bdy_03_m`
(`0x316383C`, ours was `0x248D054` with 4 degenerate triangles) and one for
`_rou_f402_dead`. So `anchor_pool_mesh` now keeps first-match order for every
clean hit and only searches on when the accepted block is provably mis-fitted,
falling back to the dirty block if nothing clean exists (coverage can never
regress). 11 → 1.
| | first-match | + pad scoring | + these two |
|---|---|---|---|
| decoded sub-meshes with a degenerate index run (disc-wide) | 582 | 11 | **1** |
| captured index runs identical (`Stage_S02`) | 76/93 | 93/93 | **93/93** |
| resources decoded / misses | 6 209 / 85 | 6 209 / 85 | **6 209 / 85** |
| sub-meshes whose index run changed | — | 580 | 590 |
| of those, vertex anchor moved | — | 0 | **10** (`_rou_f402_dead` ×8, `e201_bdy_03_m` ×2) |
**The consistency screen went 89 → 96 minority decodes, and that is progress.**
All seven new rows are `_rou_f402_dead`: eight containers now agree on a
**32 × 25 × 8** box, which gives the resource a *majority for the first time*, so
the seven copies that still land elsewhere (`160×160×78`, `519×100000×519`,
`856×463×803`, `779×5769×5769`) are finally **named** instead of hiding behind "no
majority". Textbook case of consistency being the weaker witness: the number rose
because the decoder got better.
**The one remaining dirty run** is `_rou_f402_dead` in `Stage_S09`. Its
degenerate-free block (`0x17AE620`, validates at pad 0) is **claimed by
`e_rou_f003_Near`** — so distinct assignment blocks it, not a gate. Both are
24-vertex bounding boxes: the identity class that needs descriptor-level data, not
another heuristic. A winding-floor escalation for this case was written, measured
to fire for **nothing** on the disc, and reverted (the comment survives in
`anchor_pool_mesh`).
**Next target, with the caveat that killed the last attempt:** six containers
decode `_rou_f402_dead` to a *clean but wrong* block, so several degenerate-free
candidates exist and file order picks badly. The majority span would separate
them — but "flag, don't silently rewrite geometry on a vote" still stands, so this
needs the box-identity data, or a capture of a stage that draws it.
### A capture from a DIFFERENT mission — out-of-sample validation, and how containers get loaded (2026-08-13)
With the stage now selectable from a hand-edited save
([savegame notes](savegame-format.md#-solved-52-is-the-stage-and-the-save-picks-the-mission-2026-08-13)),
`ship_capture_close.sh` was run in **story stage 05** (`Lebendorf_far`, the Gallia
asteroid field) instead of stage 02 — three logs, ~11 200 draws, target
`UN_f105_TCAF_Cruiser` closed to 1 375 units.
**The pad fix validates out of sample.** These draws had no part in deriving it:
```
index runs compared: 124 identical · 0 differing · 4 no decoded resource
2 769 index elements checked against the GPU
```
So 124/124 index runs from a mission the fix never saw agree byte for byte, on top
of the 93/93 from the stage-02 capture.
**A mission has SEVERAL stage containers resident, and the drawn buffers split
between them.** Scoring the same logs against two containers:
| container | its own load constant | drawn buffers placed | what they are |
|---|---|---|---|
| `Stage_S02.xpr` | `0x17FE3FF4` (same as the stage-02 run) | **65** | the shared TCAF/ADAN fleet — `f105_*`, `e105_*`, `e106_*`, `f106_*`, `_rou_*` |
| `Stage_S05.xpr` | `0x1927B7F4` | **5** | the **f101 ACROPOLIS** (`bdy_01/02/03`, `eng_01`, `wep_01`) — the mission's escort |
Both sets have exact index counts and exact pool coverage, so both placements are
real. The split is explained by content, not by guesswork: `f105_bdy_01` is in
**13 of the 22** stage containers and **not in `Stage_S05.xpr` at all**, while the
f101 parts the engine drew match S05's own copy. So the resident set follows the
**mission's unit roster** — every mission that fields the common fleet pulls the
container that holds it (`Stage_S02.xpr`, the largest at 57 MB), while its own
container supplies what is unique to it.
**Consequence for the remaining 8285 misses:** flying a different *story* stage
is not the same as reaching a different *container*. To cover a specific container
one has to pick a mission whose roster contains units that live **only** there —
which is a static question (resource names per container × the stage's
`EnumUnit_SNN` roster), not another capture run. That is the cheap way to aim the
next capture, and the first-ever truth rows for a non-`Stage_S02` container (the
five f101 rows above) show the method works the moment the roster does.
### 🔎 ROOT CAUSE for a never-decoding family: a grouped pool can MIX STRIDES (2026-08-13)
A capture can do more than check anchors — it can name a resource we never decode.
`capture_ib_truth` now proposes an identity for every drawn buffer our decoder
cannot place, by matching the buffer's `(vertex, index)` counts against
**declared-but-not-decoded** resources. In the stage-05 and stage-16 mission
captures that fired on one buffer, and it identified a member of the
never-decoding set: **`n201_01` / `_02` / `_03`** in `Stage_S02.xpr` (three of the
63 resources that decode in no container at all).
The capture pins the whole group. Its four declared markers are
`(777,4464) (869,4464) (192,576) (869,4464)`, and the drawn offsets are
| sub | vertex buffer | index buffer | indices | verts | **stride** | shader |
|---|---|---|---|---|---|---|
| #0 | `0x32BA71C` | `0x32B39FC` | 4464 | 777 | **24** | `0xD2D7612373F4AE3D` |
| #1 | `0x32BEFF4` | `0x32B5CDC` | 4464 | 869 | **24** | `0xD742809411292720` |
| #2 | `0x32C416C` | `0x32B7FBC` | 576 | 192 | **24** | `0x57A54C86C90995F8` |
| #3 | `0x32C536C` | `0x32B843C` | 4464 | 869 | **28** | `0x4F5B7E6C2ED3460A` |
Measured against the file, the layout is **exactly what the decoder assumes**: the
index buffers pack tightly (`#0` ends where `#1` starts, …), the last one ends
*flush* at `vb0` (so pad 0, and the pool span 27 936 matches
`align4`-summed markers to the byte), the vertex buffers are contiguous, and every
sub-mesh's max index is `verts 1`. Nothing about the grouping is wrong.
**What is wrong is one stride.** Sub-mesh #3 is stride **28**, not 24 — and each
sub-mesh has its **own vertex shader**, i.e. its own declaration.
`anchor_grouped_meshes` parses a *single* declaration per resource and applies its
stride to the whole pool, so it reads #3 out of phase: dumping that pool at stride
24 gives 372 non-finite position components out of 2 607, and
`mesh::debug_grouped_report` at the capture-proven `vb0` reports exactly that —
`pad 0: position component NaN is not finite/plausible`. The pivot is chosen as the
largest index count, ties going to the last marker, which lands **on the one
sub-mesh whose stride is wrong**, so the entire resource is declined.
So this family is not a threshold problem and not an anchoring problem: **the
descriptor must carry a declaration per sub-mesh**, and reading one for all of them
is the defect. Next step is to look for those per-sub-mesh declarations in the
descriptor (the four distinct shader hashes say the game has four), then let the
grouped path use them.
**Targeting, for the record** (`examples/miss_targets.rs`): of the misses, **63
decode nowhere** and 13 miss in one container while decoding in another. The
never-decoding set clusters as `Stage_S16.xpr` 21 (all `e901_wing_05_*`),
`ptc_pack.xpr` 12 (`.DAT` composites), `Base.xpr` 6 (`g005`, `t170`, `t180`, …),
then per-stage `n2xx` station groups (S02 `n201`, S06 `n202`, S07 `n203`,
S09/S25 `n205`, S15 `n207_208`). 58 of the 63 live in exactly one container.
Flying stage 16 did **not** get the `e901` wings drawn (the boss appears later in
the mission), which is the next lesson: choosing the mission puts a container in
memory, but the unit still has to be **on screen** for a draw to exist.
### ✅ The descriptor carries a declaration PER SUB-MESH — worth 38 misses (2026-08-13)
Following the `n201` mixed-stride finding: the descriptor was dumped around every
index marker (`examples/desc_dump.rs`), and the layout is unambiguous — **each
marker is followed by its own element triples**, terminated by
`off=0x00FF0000 / code=0xFFFFFFFF`:
| `n201_01` marker | verts / indices | elements (offset, code) | stride |
|---|---|---|---|
| `@0x428` | 777 / 4464 | 0 `2A23B9`, 12 `1A2360`, 20 `182886` | 24 |
| `@0x900` | 869 / 4464 | 0 `2A23B9`, 12 `1A2360`, 20 `2C235F` | 24 |
| `@0xDD8` | 192 / 576 | 0 `2A23B9`, 12 `1A2360`, 20 `182886` | 24 |
| `@0x12B0` | 869 / 4464 | 0 `2A23B9`, 12 `1A2360`, 20 `182886`, **24 `2C235F`** | **28** |
That is exactly the capture's `stride=28` on the fourth draw, and it explains the
four distinct vertex-shader hashes. `parse_vertex_decl` read the **first**
declaration and applied it to the whole pool; `all_vertex_decls` now reads one per
marker, and `anchor_grouped_meshes` uses each sub-mesh's own stride for the vertex
pool walk, the pivot validation and the read.
**Measured with `XBG7_SUBMESH_DECLS=1`:**
| | default | per-sub-mesh declarations |
|---|---|---|
| resources that never decode (disc-wide) | 85 | **47** |
| resources that decode in **no** container | 63 | **30** |
| capture oracles (`Stage_S02`) | 93/93 runs, 42/42 index counts | **unchanged** |
| cross-container minority decodes | 96 | 96 |
| decoded index runs with a degenerate triangle | 1 | 5 |
And `debug_grouped_report` at `n201_01`'s **capture-proven** pool start now reads
`pad 0: ACCEPTED`, where it used to read `position component NaN` — the block the
engine draws from is finally acceptable to the decoder.
**Selection had to catch up first** (it now has — see the next section):
* the three `n201_0x` copies all settle on ONE pool, so
`tests/mesh_consistency_disc.rs::twin_pairs_do_not_share_a_buffer` fails — a twin
collapse is the one thing this project has decided never to ship;
* production still picks a pool start 4 bytes before sub-mesh **#1** (`0x32BEFF0`)
instead of the proven `0x32BA71C`, even though that start **is** in the candidate
list, validates at pad 0, and is claimed by nobody in the final output — so the
remaining defect is in *choosing* among candidates, not in the format reading;
* four newly decoded `ptc_pack` `.dat` composites carry degenerate triangles
(`f202_break`, `e108_break`, `f106_break`, `eff_s901_e04`) — new coverage of
imperfect quality rather than a regression, but not clean either.
So the format question is **settled** (and capture-confirmed), the coverage win is
real and measured, and what stands between the two is the same
selection/distinct-assignment machinery that the pad work already improved once.
That is the next step, with `n201`'s proven offsets as the acceptance test.
### ✅ …and the selection bug it exposed: prefer the candidate that explains the WHOLE pool
With per-sub-mesh declarations on, `n201_01` decoded as a 2-part fragment **4 bytes**
off. The reason, from `debug_grouped_report` at both offsets:
```
vb0 0x32BA718 (4 bytes early) pad 2: ACCEPTED ← earlier in file order, so first-match took it
vb0 0x32BA71C (capture-proven) pad 0: ACCEPTED
```
Both validate for the **pivot** — the pivot alone cannot separate them. At the early
one, two of the four sub-meshes then fall out as out-of-range, so the resource decoded
as a fragment whose first sub-mesh sat at `0x32BEFF0` (= the early `vb0` + 777·24).
`anchor_grouped_meshes` now **builds** each accepted candidate and keeps the one that
explains the most of the declared pool, returning immediately when a candidate
explains all `n` sub-meshes and falling back to the best partial otherwise (so it can
never decode less than first-match did). The result is exact:
| `n201_01` sub-mesh | decoded vertex offset | capture-proven |
|---|---|---|
| #0 | `0x32BA71C` | `0x32BA71C` ✅ |
| #1 | `0x32BEFF4` | `0x32BEFF4` ✅ |
| #2 | `0x32C416C` | `0x32C416C` ✅ |
| #3 | `0x32C536C` | `0x32C536C` ✅ |
and `n201_02` / `n201_03` take their own distinct pools (`0x3353BEC`, `0x3388BEC`), so
the twin collapse is gone.
**Both changes are now the default** (`XBG7_SUBMESH_DECLS=0` reverts the declaration
reading):
| | before | after |
|---|---|---|
| resources that never decode | 85 | **47** |
| resources decoding in **no** container | 63 | **30** |
| decoded index runs with a degenerate triangle | 1 | **1** |
| cross-container minority decodes | 96 | 96 |
| captured index runs identical, stage-02 capture | 93/93 | **93/93** |
| captured index runs identical, stage-05 mission capture | 124/128 (4 undecoded) | **128/128** |
The last row is the one that matters most: the four buffers that capture could not
name are the `n201` family, and now they decode **and** their index runs match the
GPU byte for byte. Suite green (`twin_pairs_do_not_share_a_buffer` included) apart
from the pre-existing known-failing cross-container consistency test.
### Where the anchor work stands: 6 247 / 6 294 (99.25 %), and what the residual 47 is
`examples/why_missed.rs` reports the furthest gate for every resource a container
fails to decode. Disc-wide that is **47 rows / 43 distinct names**, and they are
not a threshold away — they are mostly **not ship geometry**:
| class | rows | what they are |
|---|---|---|
| `e_rou_` / `_rou_` pose & proxy composites | **30** | scene-composite records like `e_rou_e901_attackA_start`, `…_guard_end`, `…_stand` — 24-vertex marker boxes whose extent is **0.010** |
| `.DAT` particle composites (`ptc_pack`) | 6 | `h309.DAT`, `m001_n.DAT`, … — the marker lists that provably do not map onto the stored blocks |
| damage / LOD variants | 8 | `e101_bdy_02_d` (indices reach 13 171 of 15 430 vertices), `e901_wing_05_*_m`, … |
| props / other | 3 | `g005` (extent 0.196), `_rou_f001_wep_05`, `e_rou_e005` |
By gate: **extent 32 · coverage 8 · winding 7**. The extent bucket is almost
entirely the pose-proxy boxes — a 0.010-unit cube is a *marker*, not a mesh, and
lowering the floor to admit them was measured before and refuted (it bought 2
resources and cost cross-container consistency). The `e901_wing_05_L/R` pair is the
one genuinely interesting residual: winding **0.587 / 0.570** against the 0.70 floor,
which is what a **thin double-sided sheet** looks like when face normals are compared
to averaged vertex normals — plausible but unproven, and the only way to settle it is
a capture with the boss on screen (flying stage 16 was not enough: the container is
resident but the unit never appeared).
So the anchor line of work is **done for practical purposes**: every real mesh the
engine draws in three captured missions decodes, at the offsets the GPU used, with
index runs matching byte for byte (93/93 and 128/128).

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#!/usr/bin/env python3
"""Which input is the AFTERBURNER, and what does it do?
The definition carries `AB_ConsumeShield_Begin 50`, `AB_ConsumeShield 10` and a set
of `AB_AV_*` turn caps far below the normal ones (roll 40 vs 125-200 °/s, pitch-up
30 vs 70-150) — so the burner should cost shield and cut agility. It carries no
`AB_*Velocity`, so whether it raises the speed target at all is an open question.
Method: hold `RT` (max-speed baseline), then hold each candidate button in turn and
measure speed over 1-second windows. A button that pushes speed past the RT plateau
is the burner. Buttons known to do something else are skipped: `RB` is the nose gun,
`Y` the missile mount, the d-pad the tactical map (see flight-controls-runtime.md).
Usage: ab_probe.py <out.csv> [hold_s]
"""
import math, os, subprocess, sys, time
sys.path.insert(0, os.path.dirname(os.path.abspath(__file__)))
import speed_law
def pad(*a):
subprocess.run(["vgamepad", *a], capture_output=True)
def windowed(seq, lo, hi):
a = [s for s in seq if s[0] >= lo][0]
b = [s for s in seq if s[0] <= hi][-1]
return math.dist(a[1:], b[1:]) / (b[0] - a[0])
def main():
out_csv = sys.argv[1]
hold = float(sys.argv[2]) if len(sys.argv) > 2 else 5.0
w, off, nm = speed_law.find_player()
if not w:
sys.exit("player entity not found after retries")
print(f"# locked on {nm}")
rows = []
pad("trig", "RT", "1.0") # max-speed baseline for every phase
time.sleep(2.0)
for label in ("baseline", "A", "B", "X", "LB", "baseline2"):
if label.startswith("baseline"):
pass
else:
pad("press", label)
seq, t0 = [], time.time()
while time.time() - t0 < hold:
p = speed_law.pos_at(w.fd, off)
seq.append((round(time.time() - t0, 3), *p))
time.sleep(0.05)
if not label.startswith("baseline"):
pad("release", label)
for s in seq:
rows.append((label, *s))
try:
v = [windowed(seq, t, t + 1.0) for t in range(int(hold) - 1)]
print(f"# {label:<10} speed per 1 s window: " + " ".join(f"{x:6.0f}" for x in v))
except Exception as e:
print(f"# {label:<10} failed: {e}")
pad("trig", "RT", "0.0"); pad("reset")
with open(out_csv, "w") as f:
f.write("phase,t,x,y,z\n")
for r in rows:
f.write(",".join(str(x) for x in r) + "\n")
print(f"# wrote {out_csv}")
if __name__ == "__main__":
main()

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#!/usr/bin/env python3
"""Find the afterburner by what it COSTS, not by what it speeds up.
`ab_probe.py` held A/B/X/LB at full throttle and none of them moved the speed —
so either the burner is a different input or it does not raise the speed target
(the definition has no `AB_*Velocity`, only `AB_AV_*` turn caps and
`AB_ConsumeShield{,_Begin}` 10 / 50). This looks for the cost instead: sample a
window of the player object while each candidate is held, and report any float
that FALLS during the hold and not before it — `AB_ConsumeShield_Begin 50` should
be a visible step.
Usage: ab_state_probe.py [hold_s]
"""
import os, struct, subprocess, sys, time
sys.path.insert(0, os.path.dirname(os.path.abspath(__file__)))
import speed_law
WIN_LO, WIN_HI = 0x100, 0x220 # object window, relative to the position triple
def pad(*a):
subprocess.run(["vgamepad", *a], capture_output=True)
def snap(fd, off):
b = os.pread(fd, WIN_HI - WIN_LO, off + WIN_LO)
return [struct.unpack_from(">f", b, i)[0] for i in range(0, len(b) - 3, 4)]
def main():
hold = float(sys.argv[1]) if len(sys.argv) > 1 else 4.0
w, off, nm = speed_law.find_player()
if not w:
sys.exit("player entity not found after retries")
print(f"# locked on {nm}; window {WIN_LO:#x}..{WIN_HI:#x}")
pad("trig", "RT", "1.0")
time.sleep(1.5)
for btn in ("LS", "RS", "A", "B", "X", "LB"):
before = snap(w.fd, off)
pad("press", btn)
time.sleep(hold)
during = snap(w.fd, off)
pad("release", btn)
time.sleep(1.0)
after = snap(w.fd, off)
drops = []
for i, (b, d, a) in enumerate(zip(before, during, after)):
# a float that fell while held and did not fall further after release
if b - d > 1.0 and (a - d) > -1.0 and abs(b) < 1e6:
drops.append((WIN_LO + i * 4, round(b, 1), round(d, 1), round(a, 1)))
tag = ", ".join(f"{o:#05x}: {b}->{d}->{a}" for o, b, d, a in drops[:4]) or "nothing fell"
print(f"# {btn:<3} {tag}")
pad("trig", "RT", "0.0"); pad("reset")
if __name__ == "__main__":
main()

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#!/usr/bin/env python3
"""Pin the world-unit / displayed-speed ratio at the one unambiguous point.
At neutral throttle the HUD reads exactly `CruisingVelocity` (350 for the player),
so no digit-reading is needed to know the game's own number — only a clean
measurement of how far the craft actually travels in world units.
Cleanliness matters more than length here: earlier ratios (1.191.29) were sampled
in a firefight where the craft is shoved around, and with a stick input the path is
longer than the displacement. So this flies straight, holds neutral throttle, and
takes ONE long displacement over a 20 s window, plus screenshots at both ends to
confirm the HUD never moved off 350.
Usage: cruise_ratio.py [window_s]
"""
import math, os, subprocess, sys, time
sys.path.insert(0, os.path.dirname(os.path.abspath(__file__)))
import speed_law
CRUISE = 350.0 # UN_f001_TCAF_DeltaSaber_T_Player CruisingVelocity
def pad(*a):
subprocess.run(["vgamepad", *a], capture_output=True)
def shot(name):
subprocess.run(["screenshot", f"/sylph-home/re/shots/{name}.png"], capture_output=True)
def main():
win = float(sys.argv[1]) if len(sys.argv) > 1 else 20.0
w, off, nm = speed_law.find_player()
if not w:
sys.exit("player entity not found after retries")
print(f"# locked on {nm}")
pad("reset")
pad("trig", "RT", "0.0"); pad("trig", "LT", "0.0")
time.sleep(6.0) # settle at cruise, sticks centred
shot("cruise_start")
p0, t0 = speed_law.pos_at(w.fd, off), time.time()
samples = [(0.0, *p0)]
while time.time() - t0 < win:
time.sleep(0.25)
samples.append((round(time.time() - t0, 3), *speed_law.pos_at(w.fd, off)))
shot("cruise_end")
p1, t1 = samples[-1][1:], samples[-1][0]
disp = math.dist(p0, p1)
path = sum(math.dist(samples[i][1:], samples[i + 1][1:]) for i in range(len(samples) - 1))
print(f"# window {t1:.1f}s displacement {disp:8.0f} path {path:8.0f} "
f"straightness {disp / path:.3f}")
print(f"# speed by displacement {disp / t1:7.1f}/s by path {path / t1:7.1f}/s")
print(f"# ratio vs HUD {CRUISE:.0f}: displacement {disp / t1 / CRUISE:.3f} path {path / t1 / CRUISE:.3f}")
if __name__ == "__main__":
main()

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#!/usr/bin/env python3
"""Two measurements the first flight-model pass left open, in ONE flight.
1. **The `LT` half of the throttle curve** — `RT` was walked 0→1 and gave
`target = CruisingVelocity + RT·(MaximumVelocity CruisingVelocity)`; `LT`
should mirror it down to `MinimumVelocity`.
2. **Roll rate** vs `AV_Roll_{Min,Max}` (200 / 125 °/s). Roll turns the craft about
its own forward axis, so the forward vector barely moves (35 °/s residual, which
is how `LX` was identified as roll at all) — measure a DIFFERENT matrix row.
Binding happens first and fast: the entity scan searches *changing* position
triples, so it only sees the craft while it still has speed. A mission left idling
drops out of the scan entirely.
Usage: flight_law2.py <out-prefix> [dwell_s]
"""
import json, math, os, struct, subprocess, sys, time
sys.path.insert(0, os.path.dirname(os.path.abspath(__file__)))
import speed_law
def pad(*a):
subprocess.run(["vgamepad", *a], capture_output=True)
def row_at(fd, off, cfg, row):
at = off + cfg["rot_delta"] + row * cfg["rot_stride"]
v = struct.unpack(">3f", os.pread(fd, 12, at))
n = math.sqrt(sum(c * c for c in v)) or 1.0
return tuple(c / n for c in v)
def ang(a, b):
d = max(-1.0, min(1.0, sum(a[i] * b[i] for i in range(3))))
return math.degrees(math.acos(d))
def main():
prefix = sys.argv[1]
dwell = float(sys.argv[2]) if len(sys.argv) > 2 else 4.0
cfg = json.load(open("/tmp/nav-live.json"))
w, off, nm = speed_law.find_player()
if not w:
sys.exit("player entity not found after retries")
print(f"# locked on {nm}")
# ── 1. LT curve (speed from position) ─────────────────────────────────────
lt_rows = []
for v in (0.0, 0.25, 0.5, 0.75, 1.0):
pad("trig", "RT", "0.0"); pad("trig", "LT", str(v))
time.sleep(2.0)
seq, t0 = [], time.time()
while time.time() - t0 < dwell:
seq.append((round(time.time() - t0, 3), *speed_law.pos_at(w.fd, off)))
time.sleep(0.05)
lt_rows += [(v, *s) for s in seq]
a, b = seq[0], seq[-1]
print(f"# LT={v:<5} speed {math.dist(a[1:], b[1:]) / (b[0] - a[0]):7.0f}/s")
# ── 2. Roll rate, measured on a non-forward row ───────────────────────────
roll_rows = []
other = 1 if cfg.get("fwd_row", 0) != 1 else 2
for label, trig in (("slow_roll", "LT"), ("fast_roll", "RT")):
pad("trig", "RT", "0.0"); pad("trig", "LT", "0.0")
pad("trig", trig, "1.0")
time.sleep(2.0)
pad("axis", "LX", "1.0")
seq, t0 = [], time.time()
while time.time() - t0 < dwell:
seq.append((round(time.time() - t0, 3), *row_at(w.fd, off, cfg, other)))
time.sleep(0.05)
pad("axis", "LX", "0.0")
roll_rows += [(label, *s) for s in seq]
rates = []
for t in range(int(dwell) - 1):
a = [s for s in seq if s[0] >= t][0]
b = [s for s in seq if s[0] <= t + 1][-1]
rates.append(ang(a[1:], b[1:]) / (b[0] - a[0]))
print(f"# {label:<10} row {other} turn rate: " + " ".join(f"{r:6.1f}" for r in rates) + " deg/s")
pad("trig", "RT", "0.0"); pad("trig", "LT", "0.0"); pad("reset")
with open(prefix + "-lt.csv", "w") as f:
f.write("lt,t,x,y,z\n")
for r in lt_rows:
f.write(",".join(str(x) for x in r) + "\n")
with open(prefix + "-roll.csv", "w") as f:
f.write("phase,t,ux,uy,uz\n")
for r in roll_rows:
f.write(",".join(str(x) for x in r) + "\n")
print(f"# wrote {prefix}-lt.csv and {prefix}-roll.csv")
if __name__ == "__main__":
main()

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#!/usr/bin/env python3
"""Is the `_Min`/`_Max` pair a LERP on speed, and is roll really speed-independent?
Pitch measured 87 deg/s at minimum speed and 54 at maximum, against
`AV_PitchMinus_{Min,Max}` 75/40 — consistent with either a two-state switch or an
interpolation. A THIRD point settles it: at half throttle the craft sits midway
between cruise and maximum, so an interpolation must put the pitch rate between the
two, while a switch cannot.
Roll measured ~144 and ~150 in the two regimes, but only 2 s apart — not enough
settle for a 126 -> 1342 speed change. Here every phase settles 5 s.
Usage: flight_law3.py <out.csv> [dwell_s]
"""
import json, math, os, struct, subprocess, sys, time
sys.path.insert(0, os.path.dirname(os.path.abspath(__file__)))
import speed_law
SETTLE = 5.0
def pad(*a):
subprocess.run(["vgamepad", *a], capture_output=True)
def row_at(fd, off, cfg, row):
at = off + cfg["rot_delta"] + row * cfg["rot_stride"]
v = struct.unpack(">3f", os.pread(fd, 12, at))
n = math.sqrt(sum(c * c for c in v)) or 1.0
return tuple(c / n for c in v)
def ang(a, b):
return math.degrees(math.acos(max(-1.0, min(1.0, sum(a[i] * b[i] for i in range(3))))))
def main():
out_csv = sys.argv[1]
dwell = float(sys.argv[2]) if len(sys.argv) > 2 else 4.0
cfg = json.load(open("/tmp/nav-live.json"))
w, off, nm = speed_law.find_player()
if not w:
sys.exit("player entity not found after retries")
print(f"# locked on {nm}")
fwd, other = cfg.get("fwd_row", 0), (1 if cfg.get("fwd_row", 0) != 1 else 2)
rows = []
phases = [
# label, throttle, stick, matrix row to watch
("pitch_slow", ("LT", 1.0), ("LY", 1.0), fwd),
("pitch_mid", ("RT", 0.5), ("LY", 1.0), fwd),
("pitch_fast", ("RT", 1.0), ("LY", 1.0), fwd),
("roll_slow", ("LT", 1.0), ("LX", 1.0), other),
("roll_fast", ("RT", 1.0), ("LX", 1.0), other),
]
for label, (trig, tv), (axis, av), row in phases:
pad("trig", "RT", "0.0"); pad("trig", "LT", "0.0")
pad("axis", "LX", "0.0"); pad("axis", "LY", "0.0")
pad("trig", trig, str(tv))
time.sleep(SETTLE) # 5 s: a full 126 -> 1342 change needs ~2 s
# speed at the moment of the turn, so the regime is recorded not assumed
p0 = speed_law.pos_at(w.fd, off); time.sleep(0.6); p1 = speed_law.pos_at(w.fd, off)
v_at_turn = math.dist(p0, p1) / 0.6
pad("axis", axis, str(av))
seq, t0 = [], time.time()
while time.time() - t0 < dwell:
seq.append((round(time.time() - t0, 3), *row_at(w.fd, off, cfg, row)))
time.sleep(0.05)
pad("axis", axis, "0.0")
rows += [(label, *s) for s in seq]
rates = []
for t in range(int(dwell) - 1):
a = [s for s in seq if s[0] >= t][0]
b = [s for s in seq if s[0] <= t + 1][-1]
rates.append(ang(a[1:], b[1:]) / (b[0] - a[0]))
mean = sum(rates) / len(rates)
print(f"# {label:<11} speed {v_at_turn:6.0f}/s rate {mean:6.1f} deg/s " +
" ".join(f"{r:5.0f}" for r in rates))
pad("trig", "RT", "0.0"); pad("trig", "LT", "0.0"); pad("reset")
with open(out_csv, "w") as f:
f.write("phase,t,ax,ay,az\n")
for r in rows:
f.write(",".join(str(x) for x in r) + "\n")
print(f"# wrote {out_csv}")
if __name__ == "__main__":
main()

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#!/usr/bin/env python3
"""Is the clock factor universal, or does it apply only to linear motion?
The mission clock runs ~1.26x wall time, which fully explains the linear
measurements. Applied to the angular ones it predicts a wall-time pitch rate of
~94 deg/s for `AV_PitchMinus_Min` 75 — but the settled measurement read 74.9.
Either that was luck inside a noisy sample or angular integration is frame-based.
The flaw in comparing across runs is that the emulator's speed depends on scene
load, so the clock ratio is not a constant of the machine. This measures BOTH in
the same run: a HUD screenshot brackets each turn phase, so the mission clock's
own advance over that phase converts wall seconds to game seconds.
Usage: pitch_gametime.py <out.csv> [dwell_s] (then read the HUD TIME off the shots)
"""
import json, math, os, struct, subprocess, sys, time
sys.path.insert(0, os.path.dirname(os.path.abspath(__file__)))
import speed_law
def pad(*a):
subprocess.run(["vgamepad", *a], capture_output=True)
def shot(n):
subprocess.run(["screenshot", f"/sylph-home/re/shots/{n}.png"], capture_output=True)
def row_at(fd, off, cfg, row):
at = off + cfg["rot_delta"] + row * cfg["rot_stride"]
v = struct.unpack(">3f", os.pread(fd, 12, at))
n = math.sqrt(sum(c * c for c in v)) or 1.0
return tuple(c / n for c in v)
def ang(a, b):
return math.degrees(math.acos(max(-1.0, min(1.0, sum(a[i] * b[i] for i in range(3))))))
def main():
out_csv = sys.argv[1]
dwell = float(sys.argv[2]) if len(sys.argv) > 2 else 8.0
cfg = json.load(open("/tmp/nav-live.json"))
w, off, nm = speed_law.find_player()
if not w:
sys.exit("player entity not found after retries")
print(f"# locked on {nm}")
fwd = cfg.get("fwd_row", 0)
rows = []
for label, (trig, tv) in (("slow", ("LT", 1.0)), ("fast", ("RT", 1.0))):
pad("trig", "RT", "0.0"); pad("trig", "LT", "0.0"); pad("axis", "LY", "0.0")
pad("trig", trig, str(tv))
time.sleep(5.0)
shot(f"gt_{label}_a") # HUD TIME at the start of the phase
t0 = time.time()
pad("axis", "LY", "1.0") # nose down = PitchMinus
seq = []
while time.time() - t0 < dwell:
seq.append((round(time.time() - t0, 3), *row_at(w.fd, off, cfg, fwd)))
time.sleep(0.05)
pad("axis", "LY", "0.0")
wall = seq[-1][0]
shot(f"gt_{label}_b") # HUD TIME at the end
rows += [(label, *s) for s in seq]
total = sum(ang(seq[i][1:], seq[i + 1][1:]) for i in range(len(seq) - 1))
print(f"# {label:<5} wall {wall:5.2f}s swept {total:7.1f}deg "
f"rate {total / wall:6.1f} deg/wall-s "
f"(x1.26 -> {total / wall * 1.26:6.1f} deg/game-s if the clock applies)")
pad("trig", "RT", "0.0"); pad("trig", "LT", "0.0"); pad("reset")
with open(out_csv, "w") as f:
f.write("phase,t,fx,fy,fz\n")
for r in rows:
f.write(",".join(str(x) for x in r) + "\n")
print("# read HUD TIME off gt_slow_a/b and gt_fast_a/b to get the run's own ratio")
if __name__ == "__main__":
main()

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#!/usr/bin/env python3
"""Is the clock factor universal, or does it apply only to linear motion?
The mission clock runs ~1.26x wall time, which fully explains the linear
measurements. Applied to the angular ones it predicts a wall-time pitch rate of
~94 deg/s for `AV_Roll_Min` 75 — but the settled measurement read 74.9.
Either that was luck inside a noisy sample or angular integration is frame-based.
The flaw in comparing across runs is that the emulator's speed depends on scene
load, so the clock ratio is not a constant of the machine. This measures BOTH in
the same run: a HUD screenshot brackets each turn phase, so the mission clock's
own advance over that phase converts wall seconds to game seconds.
Usage: roll_gametime.py <out.csv> [dwell_s] (then read the HUD TIME off the shots)
"""
import json, math, os, struct, subprocess, sys, time
sys.path.insert(0, os.path.dirname(os.path.abspath(__file__)))
import speed_law
def pad(*a):
subprocess.run(["vgamepad", *a], capture_output=True)
def shot(n):
subprocess.run(["screenshot", f"/sylph-home/re/shots/{n}.png"], capture_output=True)
def row_at(fd, off, cfg, row):
at = off + cfg["rot_delta"] + row * cfg["rot_stride"]
v = struct.unpack(">3f", os.pread(fd, 12, at))
n = math.sqrt(sum(c * c for c in v)) or 1.0
return tuple(c / n for c in v)
def ang(a, b):
return math.degrees(math.acos(max(-1.0, min(1.0, sum(a[i] * b[i] for i in range(3))))))
def main():
out_csv = sys.argv[1]
dwell = float(sys.argv[2]) if len(sys.argv) > 2 else 8.0
cfg = json.load(open("/tmp/nav-live.json"))
w, off, nm = speed_law.find_player()
if not w:
sys.exit("player entity not found after retries")
print(f"# locked on {nm}")
# Roll turns the craft about its FORWARD axis, so the forward row barely moves —
# watch another row of the rotation matrix instead.
fwd = 1 if cfg.get("fwd_row", 0) != 1 else 2
rows = []
for label, (trig, tv) in (("slow", ("LT", 1.0)), ("fast", ("RT", 1.0))):
pad("trig", "RT", "0.0"); pad("trig", "LT", "0.0"); pad("axis", "LX", "0.0")
pad("trig", trig, str(tv))
time.sleep(5.0)
shot(f"roll_{label}_a") # HUD TIME at the start of the phase
t0 = time.time()
pad("axis", "LY", "1.0") # nose down = Roll
seq = []
while time.time() - t0 < dwell:
seq.append((round(time.time() - t0, 3), *row_at(w.fd, off, cfg, fwd)))
time.sleep(0.05)
pad("axis", "LX", "0.0")
wall = seq[-1][0]
shot(f"roll_{label}_b") # HUD TIME at the end
rows += [(label, *s) for s in seq]
total = sum(ang(seq[i][1:], seq[i + 1][1:]) for i in range(len(seq) - 1))
print(f"# {label:<5} wall {wall:5.2f}s swept {total:7.1f}deg "
f"rate {total / wall:6.1f} deg/wall-s "
f"(x1.26 -> {total / wall * 1.26:6.1f} deg/game-s if the clock applies)")
pad("trig", "RT", "0.0"); pad("trig", "LT", "0.0"); pad("reset")
with open(out_csv, "w") as f:
f.write("phase,t,fx,fy,fz\n")
for r in rows:
f.write(",".join(str(x) for x in r) + "\n")
print("# read HUD TIME off roll_slow_a/b and roll_fast_a/b to get the run's own ratio")
if __name__ == "__main__":
main()

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#!/usr/bin/env python3
"""Measure the craft's speed law and check it against its definition.
The unit definition gives `Acceleration`, `Deceleration`, `MinimumVelocity`,
`CruisingVelocity` and `MaximumVelocity` (harvested 2026-08-13), but not how the
game applies them. This holds each throttle input and samples the player's own
position at ~10 Hz, so speed and its rate of change are measured rather than
assumed.
Why not `ctrl_probe.py`: it re-scans for the player when it starts, and that scan
misses in roughly half the samples on a busy stage (entities move while it walks
memory). This locks onto the player object ONCE and then only re-reads its
position triple, which is why it survives a firefight.
Usage: speed_law.py <out.csv> [hold_s]
"""
import glob, os, struct, subprocess, sys, time
sys.path.insert(0, os.path.dirname(os.path.abspath(__file__)))
import gworld, entities2
def require_live_emulator():
"""Refuse to measure a corpse.
A killed Canary leaves its `/dev/shm/xenia_memory_*` image behind AND leaves its
last frame on the X display, so a dead emulator looks alive from both of the
obvious angles: the screenshot shows a mission in progress and the memory image
still parses. The scans then report `0 moving triples` / "player entity not
found", which reads like a tooling bug rather than a dead game. Note `pgrep -x
xenia_canary` is NOT enough — zombies match it — so the state letter is checked.
"""
out = subprocess.run(["ps", "-o", "pid=,stat=", "-C", "xenia_canary"],
capture_output=True, text=True).stdout
live = [l for l in out.splitlines() if l.split()[1:2] and not l.split()[1].startswith("Z")]
if not live:
stale = glob.glob("/dev/shm/xenia_memory_*")
sys.exit(f"no live xenia_canary (zombies only); {len(stale)} stale shm image(s) "
f"— the screen and the memory file are both leftovers, relaunch first")
def find_player(retries=8):
"""Lock onto the player object that is actually FLYING.
Verifies the emulator is alive first — see `require_live_emulator`.
A mission holds more than one `*_Player` object — `entities2 list` shows two —
and at least one of them never moves. Taking the first match locks onto that
one, and then every probe reads a speed of exactly 0 while the game is visibly
flying (and the HUD keeps reading 350). So sample each candidate twice and keep
the one that displaces."""
require_live_emulator()
for _ in range(retries):
w = gworld.World()
defs = entities2.definitions(w)
movers = entities2.moving(w.fd, w.size)
cands = [(off, nm) for off, nm, _, _ in entities2.typed(w.fd, defs, movers, 0x130)
if nm.endswith("_Player")]
best = None
for off, nm in cands:
a = pos_at(w.fd, off)
time.sleep(0.5)
b = pos_at(w.fd, off)
d = sum((b[i] - a[i]) ** 2 for i in range(3)) ** 0.5
if best is None or d > best[0]:
best = (d, off, nm)
# A craft can be briefly slow (launch, a hard turn), so do not demand a big
# step — just prefer the candidate that moves at all. The failure this
# guards against is the STATIC duplicate, which never moves by any amount.
if best and best[0] > 0.05:
return w, best[1], best[2]
print(f"# {len(cands)} player candidates, best displacement "
f"{best[0] if best else 0:.3f} — retrying", flush=True)
time.sleep(2)
return None, None, None
def pos_at(fd, off):
b = os.pread(fd, 12, off)
return struct.unpack(">3f", b)
def pad(*args):
subprocess.run(["vgamepad", *args], capture_output=True)
def sample(fd, off, seconds, hz=20):
"""Raw (t, x, y, z) samples. Speed is NOT computed per sample: the guest
updates the position at its own rate, so a 10 Hz difference alternates
between 0 and a double step — the first run of this probe read 0, 1519, 1985,
0, 2681 … for a craft flying smoothly. Differentiate over a window instead."""
out, t0 = [], time.time()
while time.time() - t0 < seconds:
p = pos_at(fd, off)
out.append((round(time.time() - t0, 3), p[0], p[1], p[2]))
time.sleep(1.0 / hz)
return out
def main():
out_csv = sys.argv[1]
hold = float(sys.argv[2]) if len(sys.argv) > 2 else 8.0
w, off, nm = find_player()
if not w:
sys.exit("player entity not found after retries")
print(f"# locked on {nm} at file offset {off:#x}")
rows = []
# RT/LT are ANALOGUE TRIGGERS, not buttons: `vgamepad trig RT 1.0` holds full
# throttle, `trig RT 0.0` releases. Using `hold RT` (the button verb) is a
# silent no-op — the first run of this probe measured only the drift of a
# craft nobody was flying.
for label, keys in (("idle", [("RT", 0.0), ("LT", 0.0)]),
("RT", [("RT", 1.0), ("LT", 0.0)]),
("coast", [("RT", 0.0), ("LT", 0.0)]),
("LT", [("LT", 1.0), ("RT", 0.0)]),
("coast2", [("RT", 0.0), ("LT", 0.0)])):
for axis, v in keys:
pad("trig", axis, str(v))
seq = sample(w.fd, off, hold)
for t, x, y, z in seq:
rows.append((label, t, x, y, z))
# windowed speed: displacement over the phase's middle second
mid = [s for s in seq if seq[-1][0] * 0.4 <= s[0] <= seq[-1][0] * 0.9]
if len(mid) > 2:
d = sum((mid[-1][i] - mid[0][i]) ** 2 for i in (1, 2, 3)) ** 0.5
print(f"# {label:<8} windowed speed {d / (mid[-1][0] - mid[0][0]):8.1f}/s")
pad("trig", "RT", "0.0"); pad("trig", "LT", "0.0")
with open(out_csv, "w") as f:
f.write("phase,t,x,y,z\n")
for r in rows:
f.write(f"{r[0]},{r[1]},{r[2]},{r[3]},{r[4]}\n")
print(f"# wrote {out_csv} ({len(rows)} samples)")
if __name__ == "__main__":
main()

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#!/usr/bin/env python3
"""Is the throttle ANALOGUE, and is full deflection the afterburner?
speed_law.py measured a settled speed of ~1 530 under full `RT` against a
`MaximumVelocity` of 1 200 — attributed to the emulated time base because the same
~1.2x appears in the turn rates. But `RT` is an analogue trigger, so there is a
second reading worth excluding: that partial deflection reaches MaximumVelocity and
FULL deflection is the afterburner (which would also explain why no button toggles
it). This walks the trigger 0.00 -> 1.00 and reports the settled speed at each step.
Usage: throttle_curve.py <out.csv> [dwell_s]
"""
import math, os, subprocess, sys, time
sys.path.insert(0, os.path.dirname(os.path.abspath(__file__)))
import speed_law
def pad(*a):
subprocess.run(["vgamepad", *a], capture_output=True)
def windowed(seq, lo, hi):
a = [s for s in seq if s[0] >= lo][0]
b = [s for s in seq if s[0] <= hi][-1]
return math.dist(a[1:], b[1:]) / (b[0] - a[0])
def main():
out_csv = sys.argv[1]
dwell = float(sys.argv[2]) if len(sys.argv) > 2 else 6.0
axis = sys.argv[3] if len(sys.argv) > 3 else "RT" # RT ramps up, LT ramps down
w, off, nm = speed_law.find_player()
if not w:
sys.exit("player entity not found after retries")
print(f"# locked on {nm}")
rows = []
for v in (0.0, 0.25, 0.5, 0.75, 1.0):
pad("trig", "RT", "0.0"); pad("trig", "LT", "0.0")
pad("trig", axis, str(v))
time.sleep(6.0) # settle: 5 s+ is what the turn-rate fix showed is needed
# Screenshot the HUD at the settled speed: its readout is in the
# DEFINITION's unit (it shows 350 at neutral = CruisingVelocity), so it is
# the ground truth the position-derived number has to be compared against.
subprocess.run(["screenshot", f"/sylph-home/re/shots/hud_{axis}_{v}.png"],
capture_output=True)
seq, t0 = [], time.time()
while time.time() - t0 < dwell:
seq.append((round(time.time() - t0, 3), *speed_law.pos_at(w.fd, off)))
time.sleep(0.05)
for s in seq:
rows.append((v, *s))
wins = [windowed(seq, t, t + 1.0) for t in range(int(dwell) - 1)]
print(f"# {axis}={v:<4} settled speed per 1 s window: " + " ".join(f"{x:6.0f}" for x in wins))
pad("trig", "RT", "0.0"); pad("reset")
with open(out_csv, "w") as f:
f.write("rt,t,x,y,z\n")
for r in rows:
f.write(",".join(str(x) for x in r) + "\n")
print(f"# wrote {out_csv}")
if __name__ == "__main__":
main()

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#!/usr/bin/env python3
"""Measure the craft's TURN rates, and whether they depend on speed.
The unit definition carries `AA_Yaw_{Max,Min}`, `AA_PitchPlus_{Max,Min}`,
`AA_Roll_{Max,Min}` — pairs whose obvious reading is "rate at maximum speed" and
"rate at minimum speed", i.e. agility falling as the craft goes faster (for the
player: yaw 65°/s vs 120°/s, roll 475°/s vs 750°/s). That is a prediction, so
measure it: hold a throttle to pin the speed regime, hold a stick axis, and
differentiate the craft's own forward vector.
Same discipline as speed_law.py: lock onto the player object once, sample at
20 Hz, and differentiate over 1-second windows (the guest updates slower than the
sample rate).
Usage: turn_law.py <out.csv> [hold_s]
"""
import json, math, os, struct, subprocess, sys, time
sys.path.insert(0, os.path.dirname(os.path.abspath(__file__)))
import gworld, entities2, speed_law
def fwd_at(fd, off, cfg):
"""The craft's forward row out of its rotation matrix (entities2 `self` bound
rot_delta / rot_stride / fwd_row and validated the row against motion)."""
at = off + cfg["rot_delta"] + cfg["fwd_row"] * cfg["rot_stride"]
v = struct.unpack(">3f", os.pread(fd, 12, at))
n = math.sqrt(sum(c * c for c in v)) or 1.0
s = cfg.get("fwd_sign", 1)
return tuple(s * c / n for c in v)
def pad(*a):
subprocess.run(["vgamepad", *a], capture_output=True)
def rate(seq, lo, hi):
"""Degrees per second between the first sample at/after `lo` and the last at/before `hi`."""
a = [s for s in seq if s[0] >= lo][0]
b = [s for s in seq if s[0] <= hi][-1]
dot = max(-1.0, min(1.0, sum(a[1 + i] * b[1 + i] for i in range(3))))
return math.degrees(math.acos(dot)) / (b[0] - a[0])
def main():
out_csv = sys.argv[1]
hold = float(sys.argv[2]) if len(sys.argv) > 2 else 6.0
cfg = json.load(open("/tmp/nav-live.json"))
w, off, nm = speed_law.find_player()
if not w:
sys.exit("player entity not found after retries")
print(f"# locked on {nm}")
rows = []
# (label, throttle, axis, value) — throttle pins the speed regime, so the
# Max/Min pair in the definition can be told apart.
# LX is ROLL (the forward vector barely moves under it) and the right stick
# does not steer at all — measured. LY is pitch, and `vgamepad` documents
# `LY: -1 = up`, so LY=+1 is nose DOWN = the `PitchMinus` family.
phases = [
("slow_down", ("LT", 1.0), ("LY", 1.0)), # AV_PitchMinus_Min 75 deg/s
("fast_down", ("RT", 1.0), ("LY", 1.0)), # AV_PitchMinus_Max 40
("slow_up", ("LT", 1.0), ("LY", -1.0)), # AV_PitchPlus_Min 150
("fast_up", ("RT", 1.0), ("LY", -1.0)), # AV_PitchPlus_Max 70
]
for label, (trig, tv), (axis, av) in phases:
pad("trig", "RT", "0.0"); pad("trig", "LT", "0.0")
pad("axis", "LX", "0.0"); pad("axis", "LY", "0.0"); pad("axis", "RX", "0.0")
pad("trig", trig, str(tv))
time.sleep(1.5) # let the speed settle before turning
pad("axis", axis, str(av))
seq, t0 = [], time.time()
while time.time() - t0 < hold:
f = fwd_at(w.fd, off, cfg)
seq.append((round(time.time() - t0, 3), *f))
time.sleep(0.05)
pad("axis", axis, "0.0")
for s in seq:
rows.append((label, *s))
try:
r = [rate(seq, t, t + 1.0) for t in (1.0, 2.0, 3.0) if seq[-1][0] > t + 1.0]
print(f"# {label:<11} turn rate per 1 s window: " + " ".join(f"{x:6.1f}" for x in r) + " deg/s")
except Exception as e:
print(f"# {label:<11} rate failed: {e}")
pad("trig", "RT", "0.0"); pad("trig", "LT", "0.0"); pad("reset")
with open(out_csv, "w") as f:
f.write("phase,t,fx,fy,fz\n")
for r in rows:
f.write(",".join(str(x) for x in r) + "\n")
print(f"# wrote {out_csv} ({len(rows)} samples)")
if __name__ == "__main__":
main()

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#!/usr/bin/env python3
"""Read EVERY field of the live unit-definition objects, using the code-derived
layout instead of solving offsets from the disc.
`unit_runtime.py` scores `(field, offset, encoding)` triples against the disc
records, so it can only place fields the disc actually values — 58 of 153 on a
single-mission snapshot. The layout in `data/unit_definition_layout.txt` was read
out of the title's own loader (`sub_82341A20`: the field NAME of every store is a
string in the image), so it places **all** of them, including the ones no disc
record ever sets. That is exactly the Route-B target: the defaulted fields.
Discipline is unchanged — every field the disc DOES value is cross-checked against
the object, and a mismatch is reported rather than written. Angle fields are
degrees on disc and radians in the object (see the layout header), so those are
compared after conversion.
Usage:
unit_dump_layout.py <layout.txt> <tokens.txt> <snap.bin>... [--csv out.csv]
"""
import csv
import math
import re
import struct
import sys
sys.path.insert(0, __file__.rsplit("/", 1)[0])
import unit_runtime as ur # object locator + disc token reader
# Angle fields are DEGREES on disc and RADIANS in the object. The set is wider
# than the `AV_`/`AA_` families: a prefix may precede them (`AB_AA_PitchPlus` =
# afterburner) and some carry neither (`Through_AngleMaximum`). Both cases showed
# up as lone "contradictions" whose object value was exactly the disc value in
# radians — which is the tell.
ANGLE = re.compile(r"(^|_)(AV|AA)_|Bank|Angle|Turn_AngularVelocity")
def read_layout(path):
"""[(offset, kind, name)] from the '# offset kind field' table."""
out = []
for line in open(path):
line = line.strip()
if not line or line.startswith("#"):
continue
parts = line.split()
if len(parts) < 3:
continue
off, kind, name = parts[0], parts[1].lower(), parts[2]
try:
# The layout table writes offsets in DECIMAL (`48 f32 Size_X`), while
# the solver's CSV prints them in hex — parsing this file as hex puts
# every field 0x18 bytes late and makes the disc cross-check fail on
# everything, which is how the mistake announces itself.
out.append((int(off, 10), kind, name))
except ValueError:
continue
return out
def value_at(raw, off, kind):
if off + 4 > len(raw):
return None
if kind in ("f32", "float"):
return struct.unpack_from(">f", raw, off)[0]
if kind in ("word", "u32", "int", "bool"):
return struct.unpack_from(">I", raw, off)[0]
return None # str: a guest pointer, not a value
def as_float(s):
try:
return float(str(s).rstrip("fF"))
except ValueError:
return None
def main():
layout_path, tokens_path = sys.argv[1], sys.argv[2]
snaps = [a for a in sys.argv[3:] if not a.startswith("--")]
out_csv = next((a.split("=", 1)[1] for a in sys.argv if a.startswith("--csv=")), None)
layout = read_layout(layout_path)
disc, _ambiguous = ur.read_tokens(tokens_path)
objs, conflicts = ur.runtime_objects(snaps)
print(f"# layout fields: {len(layout)} runtime objects: {len(objs)} "
f"disc units: {len(disc)} matched: {len(set(objs) & set(disc))}")
if conflicts:
print(f"# !! objects differing between snapshots: {conflicts}")
rows, agree, disagree = [], 0, 0
for unit in sorted(objs):
raw = objs[unit]
drec = disc.get(unit, {})
for off, kind, name in layout:
v = value_at(raw, off, kind)
if v is None:
continue
dv = as_float(drec.get(name)) if name in drec else None
if dv is not None:
# The disc values this field: it is a CHECK, not a new value.
cmpv = math.degrees(v) if ANGLE.search(name) and isinstance(v, float) else v
ok = abs(cmpv - dv) <= max(1e-3, abs(dv) * 1e-3)
agree, disagree = (agree + 1, disagree) if ok else (agree, disagree + 1)
if not ok:
print(f"# MISMATCH {unit} {name} @{off:#05x}: object {cmpv!r} vs disc {dv!r}")
rows.append([unit, name, f"{off:#05x}", kind, repr(v), "disc",
"verified" if ok else "CONTRADICTED"])
else:
rows.append([unit, name, f"{off:#05x}", kind, repr(v),
"defaulted-on-disc", "layout-derived"])
print(f"# cross-check against the disc: {agree} agree, {disagree} disagree")
print(f"# rows: {len(rows)} ({sum(1 for r in rows if r[5] == 'defaulted-on-disc')} defaulted)")
if out_csv:
w = csv.writer(open(out_csv, "w", newline=""))
w.writerow(["unit", "field", "offset", "enc", "value", "source", "conf"])
w.writerows(rows)
print(f"# wrote {out_csv}")
if __name__ == "__main__":
main()