BT411/context/decomp-reference.md

id, title, status, source_sections, related_topics, key_terms, open_questions

id	title	status	source_sections	related_topics	key_terms	open_questions
decomp-reference	Decomp Reference — resource types, ClassIDs, offsets, addresses, env gates	established	CLAUDE.md §10c; game/reconstructed/CLASSMAP.md; reference/decomp/all/part_*.c	subsystems combat-damage reconstruction-gotchas build-and-run gauges-hud	ClassID resource-type subsystem-roster BTL4OPT factory	0xBCE weapon family fully mapped? (GaussRifle : Emitter, FireWeapon is a no-op in this build)

Decomp Reference

The quantitative hub for the reconstruction: resource-type enum, ClassID map, mech struct offsets, key FUN_ addresses, and env gates. Cite a section here rather than re-deriving. Everything is [T1] (decompiled + byte-verified) unless tagged otherwise. The living source-of-truth is reference/decomp/all/part_*.c; the class map is game/reconstructed/CLASSMAP.md.

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1. Resource lookup

ResourceFile::FindResourceDescription(name, type, index=-1) (FUN_00406ff8 = find-by-type-and-name; FUN_00407064 = SearchList(resourceID, type)). Lookup is by NAME or by ID. Mech::ResolveAnimationClip(prefix,suffix) builds a name and calls it.

⚠ A clip_id from ResolveAnimationClip is a DIRECT resource ID → FindResourceDescription(clip_id), NOT SearchList(clip_id, 16) (which treats the arg as a LIST → walks garbage → AV). [T1]

Resource type enum

Type	Value	Holds
SkeletonStream	—	.SKL skeletons
DamageZoneStream	0x14	damage-zone records (Mech ctor reads count + array)
GaugeImageStream	18 (0x12)	radar PIP vector shapes (.GIM linelist; keyed by the entity model's resource id -- bhk1=1025, madcat=401, …; 110 ship in BTL4.RES). task #17 CORRECTION: the old "ModelList = model/mech names" label was wrong -- the names matched because pips are stored under their model's name/id.
AnimationResourceType	16 (0x10)	animation clips (lowercase: blhrrl=904, blhrrr=905, blhwwli=910, blhrrli=916)
damage-zone segment list	0x14	per-zone segment list
critical-subsystem segment	0x1e	crit subsystem segments

Animation clip names in BTL4.RES are lowercase. [T1]

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2. ClassID map (subsystem factory)

Base 3000 = 0xBB8. The factory switches on the resource ClassID; the case <Name>ClassID LABELS are systematically mislabeled — trust the // FUN_004xxxxx ctor-address comment reconciled via CLASSMAP.md, not the case label. [T1]

ClassID	Real class	ctor @	Notes
0xBB9	Mech	@004a2d48 (Mech::Make)	sizeof 0x854 (binary); reconstructed 0x638
0xBBD	Condenser	@4ae568	valve; case="?"
0xBBE	AggregateHeatSink (heat-sink BANK)	@4ae8d0	GUID 0x50e590, sizeof 0x1E4; case=SensorClassID
0xBC0	Reservoir	@4af408	case=Condenser
0xBC1	Generator	@4b…	power bus
0xBC2	PoweredSubsystem	@004b0f74	sizeof 0x31C
0xBC3	Sensor	—	case=MyomersClassID
0xBC4	Gyroscope	@004b3778	LIVE (task #56: byte-exact ctor/integrators/writers; hit-bounce fan-out wired)
0xBC5	Torso	@004b6b0c	sizeof 0x280; case=SinkSource
0xBC6	Myomers	@4b8fec	case=Actuator; INERT un-stub
0xBC8	Emitter	@004b1d18	sizeof 0x478; energy weapon
0xBCB	AmmoBin	—	case=JumpJet; sizeof 0x22C
0xBCD	ProjectileWeapon	@4bc3fc	sizeof 0x448 (case≠ this — see VDATA.h)
0xBCE	GaussRifle	@4bdcb4	: Emitter; FireWeapon is a no-op in this build
0xBD0	MissileLauncher	@4bcff0	sizeof 0x44C
0xBD3	SubsystemMessageManager	@0049bca4	damage/explosion consolidation hub (ConsolidateAndSendDamage, weaponExplosions); cached to Mech[0x10d]=0x434 (recon MISLABELS it controlsMapper; the drive squats there — the real mapper is roster slot 0). NOT the valve/Myomers gate (that's the owning BTPlayer @mech+0x190). WAVE 8 = untangle + damage-hub.
0xBD4	PPC (: Emitter)	—	same FireWeapon as Emitter; factory calls it GaussRifle
0xBD6	HUD	—	alloc 0x2a4; case=MechDisplay-ish
0xBD8	Searchlight	—	case=LegSubsystem
0xBDC	MechTech	—	alloc 0x104
0xBDE	ThermalSight	—	case=MechDisplay

Identify a class at runtime with sub->GetClassID() (== sub+4). [T1]

Class hierarchy (the two branches that share only MechSubsystem)

• Heat leaf: PoweredSubsystem : HeatSink : HeatableSubsystem : MechSubsystem (Emitter/PPC/Sensor/Myomers/weapons chain here). [T1]
• Watcher branch: Torso/Gyroscope/Searchlight/ThermalSight/HUD : PowerWatcher : HeatWatcher : MechSubsystem; AmmoBin : HeatWatcher. Uses a 0xC connection + 0x54 alarm (NOT the 4/8-byte heat-leaf types). [T1]

Derivation-tag addresses (FUN_0041a1a4(obj, tag) = IsDerivedFrom)

Tag	Class	Evidence
0x511830	MechWeapon::ClassDerivations	The reticle AddWeapon loop (part_014.c:5386) hard-aborts on missing WeaponRange/PipPosition/… attrs for every member; part_012.c:9344 counts ready weapons; the Mech ctor roster at this[0x1ef] (weaponRoster, ex-mislabel "poweredSubsystems") ORs weapon capabilityFlags@+0x334. [T1]
0x50f4bc	PoweredSubsystem	btl4gau2 gauge wave. [T1]
0x50e3ec	HeatableSubsystem	btl4gaug widget gate. [T1]
0x50e604	HeatWatcher (task #57 CORRECTION — was "HeatSink")	HeatWatcher::TestInstance @4aec38 tests its OWN class vs this tag; the factory watcher-CONNECT loop (slot +0x38) selects on it; the btl4gaug widget gate ORs it after HeatableSubsystem (a HeatSink test there would be redundant — HeatSink : HeatableSubsystem). 0x50e590 = the HeatSinkBank (0xBBE) tag. [T1]
0x51155c	roster at Mech this[0x1eb] (heatableSubsystems label)	tag ≠ 0x50e3ec — the label is UNVERIFIED [T4]; arbitrate before relying on it.
0x50e4fc	roster at Mech this[499] (damageableSubsystems label)	[T3]
0x50bdb4	Mech	emitter.cpp destroyed-check. [T1]
0x5121a8	ProjectileWeapon-family (checked after 0x511830; reads ammo state @+0x364)	[T3]

Watcher electrical chain (task #57 — all [T1], several from RAW-BYTE recovery)

Address	What
@004aec54	HeatWatcher::CreateStreamedSubsystem — parses WatchedSubsystem=<name> → segment index +2 at resource+0xE4
@004aee2c / @004b1a40	vtable slot 14 (+0x38) CONNECT bodies (HeatWatcher / PowerWatcher+Torso, byte-identical): master-gated watchedLink(+0x114).Add(owner->roster[watchedSubsystem(+0x128)]). Ghidra missed both starts — recovered from raw exe bytes (vtables.tsv rows have GAPS at skipped slots; dump vtable+slot*4 bytes when a slot looks absent)
@004b181c	PowerWatcher::UpdateWatch — THE registered Performance (PTR @0050f5fc); watchdogAlarm(+0x184) MIRRORS watched subsystem's electrical level (+0x278); brownout→1 when gen outputVoltage(+0x1DC) <= minVoltage(+0x180) × ratedVoltage(+0x1D8). Torso sims call it first-line
@004b1804	PowerWatcher::ResetToInitialState (slot 10) — old recon MISLABELED it "Simulation"
0x4b1924	MinVoltageScale — a 10-byte x87 literal (0a d7 a3 70 3d 0a d7 a3 f8 3f = 0.01); the port had 1.0f → permanent brownout
@004b6a78	Torso::ReadUpdateRecord (slot 6; base 41bd34) — REPLICANT apply of twist extras +0x10/14/18. Old recon mislabeled it Write
@004b6a1c	Torso::WriteUpdateRecord (slot 7; base 41c500) — MASTER serialize; recordLength=0x1C; Ghidra missed the start
41bd34 / 41c500	base Subsystem Read (apply) / Write (produce) update-record fns — engine [T0]: Write=produce, Read=apply; don't flip

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3. Mech struct offsets (Mech*, binary layout)

Reconstructed access MUST use named members/accessors — these raw offsets are the BINARY's, valid for reading the decomp, NOT for our compiled layout (see reconstruction-gotchas). [T1]

Offset	Field	Notes
+0x11c / +0x120	damageZoneCount / damageZones[]	inherited Entity; Mech ctor populates the array
+0x124 / +0x128	subsystemCount / subsystemArray[]	the subsystem-roster (NOT the segment table)
+0x190	owning BTPlayer (GetPlayerLink())	set by FUN_0049f624 (mech↔player bind; also player->playerVehicle(+0x1fc)=mech). The valve guard (FUN_004ac9c8 →player+0x274) + Myomers gate (FUN_004ad7d4 →player+0x260) read the owning player's game-mode flags (NOT the messmgr @0x434). MECH_OWNING_PLAYER.
+0x434 (word 0x10d)	SubsystemMessageManager cache	the 0xBD3 damage/explosion hub (factory @10142). Our recon MISLABELS this controlsMapper + the drive squats here; the real mapper is roster slot 0.
+0x260 / +0x26c	localOrigin = { Point3D linearPosition; Quaternion angularPosition }	ORIGIN.h:15; position@+0x100 in some subsystem views
+0x300	segment table	skeleton EntitySegments (muzzle sites, joints)
+0x37c	target world Point3D	aim source
+0x388	target Entity*	HasActiveTarget() gate
+0x38c	targeted sub-zone (int)	-1 = whole
+0x42c	shadowJointNode (Joint*)	ShadowJointName @model+0xB4
+0x438	torso subsystem cache	HUD/mapper read it
+0x5b4	HUD subsystem cache	(factory case 0xBD6 writes param_1[0x16d])
+0x650	deathAnimationLatched / crashed flag
+0x7cc	damageableSubsystems chain	the condenser chain (GUID 0x50e4fc) RecomputeCondenserValves iterates

mech+0x100 (a subsystem-view of localOrigin.linearPosition): .x@+0x100, .z@+0x108. [T1]

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4. Damage delivery

• Entity::TakeDamageMessage(id, size, inflictingEntityID, zone, Damage&) → target->Dispatch(&msg).
• Base Entity::TakeDamageMessageHandler IGNORES zone==-1 — send a VALID zone index (the Mech cylinder-lookup override for unaimed hits is not reconstructed). [T1]
• class Damage { damageType(enum Collision/Ballistic/Explosive/Laser/Energy), damageAmount, damageForce, surfaceNormal, impactPoint, burstCount }. [T1]
• Weapon effect id: "explode" = 13 (Explosion::Make). [T2]
• DestroyEntityMessage(id,size) removes an entity — but a killed mech STAYS (a WRECK); death = a STATE transition (SetGraphicState(DestroyedGraphicState)), NOT removal. Issuing removal-on-death is the P5 teardown bug (do not). [T2]

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5. Weapon fire-rate constants (recovered)

From the weapon .SUB records + the charge-curve .data constants (PE-parsed as x87 float10). [T1]

• DischargeTime = beam-on time. ER-medium laser (BLH) = 0.2 s.
• RechargeRate = recharge time in seconds exactly (the two ln5 factors cancel): ER-S 1.0 / ER-M 2.0 / ER-L 4.0 / PPC 5.0.
• One BLH ER-M cycle = 0.2 + 2.0 = 2.2 s; ~12 lasers staggered → aggregate ≈ 5/s.
• WeaponRange 500 (ER laser), DamageAmount 3.5, PipColor 1.0 0.0 0.0 (RED).
• Charge constants: _DAT_004bb3c4=1.0, _DAT_004bb3b8=1e-4, _DAT_004bb3b4=0.5; RatedVoltage (GENRATOR.SUB)=1e4; fire threshold seekVoltage[rec]=0.8*RatedVoltage.
• The electrical chain (task #10, LANDED) [T1]: ctor @004bb120 calibrates voltageScale@0x310 = (RechargeRate / -ln(1 - 1e-4*seekV[rec])) / EC; ChargeTimeScale @004b0d50 reads it back every tick x (1 + thermalResistivityCoefficient (res+0x100, emitters 0.0024) x max(0, srcT-srcT0)) -- hot generators charge slower; TrackSeekVoltage @004ba838 puts the charging I^2R (seekRate^2 x dtScale x dt) into the GENERATOR's pendingHeat@0x1c8 (~3.5e8/full PPC charge). ComputeOutputVoltage @004ba738 snaps rechargeLevel@0x320 to 1.0 within 0.01. FailureHeat consumers: this+0x184 (own heatAlarm level) == 2 -> emitter @004baa88 resets firing + holds charge 0; ballistic @004bbd36 pins recoil=rechargeRate + alarm 7. @004bbd04 (ProjectileWeaponSimulation) opens with call 0x4b0bd0 (the powered/heat step), like @004baa88. Cockpit power-routing handlers @004b099c/@004b09e4/@004b0a2c/@004b0a74 (bind generator by authored id 1-4 via @004b0b18) + @004b0abc (auto/manual, modeAlarm@0x2CC); attach/detach @004b0dd8/@004b0e30 (generator client capacity @0x1e4/count @0x1e8).

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The CONFIG-MODE session chain (task #6) [T1]

• MechWeapon handler table @0x511860: {9,"ConfigureMappables"→@004b9550}, {10,"ChooseButton"→@004b95b8} (strings @0x511994/@0x5119A7). PoweredSubsystem table @0x50F4EC: ids 4-8 = SelectGeneratorA-D / ToggleGeneratorMode → @004b099c/@004b09e4/@004b0a2c/@004b0a74/@004b0abc.
• MechWeapon ATTRIBUTE table @0x511890: ELEVEN entries — 0x12 PercentDone@0x320, 0x13 TriggerState@0x31C, 0x14 DistanceToTarget@0x324, 0x15 TargetWithinRange@0x34C, 0x16 WeaponRange@0x328, 0x17 PipPosition, 0x18 PipColor, 0x19 PipExtendedRange, 0x1A EstimatedReadyTime@0x330, 0x1B RearFiring@0x334, 0x1C WeaponState@0x350.
• Mapper vtables: base @0050F45C (+0x38 Enter Fail@004b0280 / +0x3C Exit Fail@004b029c / +0x40 AddOrErase-evt Fail@004b02b8 / +0x44 AddOrErase-dir Fail@004b02d4 / +0x48,+0x4C Notify @004b048c/@004b0494); L4 @0051E440 (+0x38=@004d1840, +0x3C=@004d18dc, +0x40/+0x44 = RET no-ops @004d195c/@004d1964, +0x48/+0x4C=@004d1acc/@004d1ae4); Thrustmaster @0051E3F0 (inherits the no-ops); RIO @0051E3A0 (+0x40=@004d25e8, +0x44=@004d262c). @004afbc4 = a pure Fail thunk ("Unhandled button mapping!", 0x7a).
• ControlsManager vtbl: +0x20 StartMappableButtonsConfigure / +0x24 Stop / +0x28 AddOrEraseMappableButton (T0 CONTROLS.cpp:291-351). Group vtbl: +0x0C Remove, +0x10 Update, +0x14 Add(evt), +0x18 Add(dir), +0x1C AddOrErase(evt), +0x20 AddOrErase(dir), +0x24 GetMapState (unmapped=0/others=1/mine=2).
• Mode masks (T0 BTL4MODE.HPP): ModeMapping=0x8000 (bit 15) / ModeNonMapping=0x10000 (bit 16), mutually exclusive. MechSubsystem +0xE8/+0xEC = controlDestination/controlMessageID (ctor pass-throughs; MechWeapon defaults destination=&fireImpulse@0x31C per @004b99a8). Subsystem+0x110: 0/-1 config-session flag written by handler 9 (reader unknown).
• ConfigMapGauge @004c6d80/@004c6f1c: table DAT_00518eb4 = {y,btn} {0x0d,0x45}{0x25,0x46}{0x3d,0x40} {0x55,0x47}, blit x=0xc; SetColor @004c6ee0 has NO caller (gauge dormant in the shipped build).

6. Env-var gates (runtime; default OFF unless noted)

The authentic stack is DEFAULT-ON (BTEnvOn, mechrecon.hpp): BT_GAIT_CUTOVER, BT_GAIT_SM, BT_COLLISION, BT_REAL_CONTROLS default ON — set =0 to fall back. ⚠ Most BOOLEAN gates check getenv(name) != NULL or first-char != '0', so BT_X="" (empty) still ENABLES; use Remove-Item Env:\BT_X. Value-parsing gates are NOT empty-enabled: BT_AUTOFIRE and BT_KEY_NOFOCUS require '1', BT_GOTO requires a non-empty value, and BT_WARP_MIP is default-ON ('0' disables).

Var	Effect
BT_FORCE_THROTTLE	auto-walk forward (no key)
BT_SPAWN_ENEMY	spawn a target mech 120u ahead along the spawn facing
BT_AUTOFIRE=1	hold the trigger (headless walk→fire→death harness; supersedes the dead BT_FORCE_FIRE — btl4main.cpp:310 set fireForced once at startup, but mech4.cpp:1567 unconditionally overwrites it every frame)
BT_ASSERT_TO_DEBUGGER	route CRT asserts to the debugger, not a modal box
BT_HEAPCHECK	whole-heap validation on every alloc/free (O(n²) at mission load — SLOW)
BT_PROBE_BGF=<name|ALL>	boot-time BGF loader probe, exits after
BT_LOG=<file>	per-instance log file (in content/)
BT_GAUGE_ATTR_LOG	[attr] <binding> OK/NULL per config binding
BT_GAUGE_SKIP_LOG	[gskip] <primitive> per unregistered gauge widget the parse skips
BT_VALVE_LOG	condenser valve flow distribution
BT_SECTOR_LOG	SectorDisplay Make/Execute
BT_NET_TRACE	[net-tx]/[net-rx]/[net-upd] MP tracing
BT_DEV_GAUGES	render the 6 pod MFD surfaces in a separate dev window
BT_AIM="x y"	pin the reticle crosshair (reticle coords) — headless aim harness
BT_AIM_LOG	[pick] ray/box/hit diagnostics (Mech::PickRayHit)
BT_FIRE_ARC=<deg>	OPT-IN external-camera fire-arc clamp (unset = authentic no-arc)
BT_START_INSIDE	begin in the cockpit view (V toggles)
BT_FORCE_MODEL=<name>	force the player mech (madcat/owens/…; btl4mssn.cpp — per-mech cockpit bring-up)
BT_HIDE_COCKPIT	hide the *_cop canopy shell (SHOWS by default — see cockpit-view)
BT_COP_* / BT_EYE_FWD=<f>	cockpit canopy + eye diagnostics (FRAME (unlit frame colour override, default 0.13,0.12,0.15) / SINGLE (single-sided diag; double-sided is default) / PLATES=1 (disable the punch stencil-cut kit) / FLIP / DEBUG / DUMP; eye forward-push probe) — cockpit-view
BT_SHOT=<path.png>	periodic backbuffer dump (every 90 frames) — non-disruptive visual verification
BT_TLOC_LOG	translocation-warp lifecycle log ([tloc] warp COLLAPSE/EXPAND/phase=…)
BT_WARP_*	translocation-warp visual tuning — all default to the verified values (see translocation-warp): EYE_UP=8.25 (on-axis), SPIN=4, TWIST=0, CONTRAST=1.0, LO_*/HI_* (lavender ramp), BLUR=0, TESS=3, MIP=1, CULL=cw, ANISO=0
BT_WARP_SELFTEST / BT_WARP_SELFSHOT=<prefix>	DIAG (off by default): force a held warp in a solo game / dump backbuffer frames to disk (visual-verification harness)
BT_GYRO_LOG	gyro bring-up log (gyro.cpp)
BT_GYRO_TRACE	per-frame hit-bounce integrator trace
BT_CRIT_PROBE=<zone>	hammer one own-mech zone every 4s (crit-propagation diag, task #2; mech4.cpp)
BT_REPL_LOG	replicant/MP replication log (mech4.cpp)
BT_GOTO="enemy"|"x z" / BT_GOTO_LOG	self-driving beeline (to the enemy or a map coordinate) + its log
BT_MP_LOG / BT_MP_NET / BT_MP_FORCE_DMG	MP diagnostics / forced cross-pod damage
BT_AUTODRIVE=<0..1>	headless throttle
BT_KEY_NOFOCUS=1	accept key input without window focus

Full render/locomotion gates (BT_RAMP, BT_MATPRI, BT_CULL, BT_SHADOW_*, BT_LODSEL, BT_ADDLOD, BT_PUNCH, …) are catalogued in rendering. Warp visuals: translocation-warp.

Translocation-warp addresses [T1]: POVTranslocateRenderable = L4VIDRND.cpp:1749 / .h:638; its per-frame Execute (spin about local Z + submit, NO texcoord/ramp work) = FUN_00453dc4 (reference/decomp/all/part_007.c), using axis-rotation helper FUN_0040998c (axis idx 2 = Z).

Gyro damage fan-out [T1, re-disassembled from raw bytes] (full story: cockpit-view): FUN_004b2980 (0x4b2980-0x4b2d8b, unexported gap) = Gyroscope::ApplyDamageResponse — args = (Gyroscope*, Damage BY VALUE 12 dwords), caller cleans 0x34; constants: dir-eps 1e-4, sign 0.5f (@0x4b2d84), clamp 1.3f (@0x4b2d88); vibrationDirection = gyro+0x390 (0,1,0). Call sites: the take-damage hub @0x4a02fb (hub = FUN_004a0230, gyro kick FIRST); crushable crunch @4aa81e (torque 0.4)/@4aa86c (up 0.2); gait jolt/rumble @4aa254/@4aa288/@4aa342 (DEFERRED [T3 gates]); firing recoil @4bc136-4bc19c (damage>3 → (0,0.6,−1.5) × damage/16; gyroRumbleTimer = mech+0x5c4 float, ex-"clipLoadGuard"). Byte tooling: scratchpad/dis_4b2980.py / dis_range.py over reference/decomp/section_dump.txt.

PUNCH firmware decode [T1] (the definitive mechanism, 2026-07-11): cmd 0x20 = vr_damage_action (VR_PROT.H enum); the i860 firmware content/VREND.MNG (code @0xf0400000) handler 'damageize' @0xf040f6f8 writes the token triple onto the geogroup's first THREE geometry-list nodes' geometry_type@+8 IN FILE ORDER (superlist appends at tail @0xf040c620); DPL_PRIV.H names the roles: f_t_dam(0x92)/sca(0x05)/undamage(0x04)/f_t_undam(0x17)/ damage_set(0x03). Punchize triple = mask, hull, reset-twin -- the visible surface is the HULL with the MASK shapes stencil-cut through it. Disassembler: scratchpad/i860dis.py.

Cockpit-eye / punch addresses [T1] (full story: cockpit-view): eye ctor FUN_004579a8 (part_007.c:9274 = DPLEyeRenderable; offset = segment GetBaseOffset segment+0x74, parent = parent-segment DCS; caller part_014.c:5525-66 gates on "siteeyepoint"); matrix multiply FUN_0040b104(dst,A,B) = B × A (translation from B — operand-order trap!); euler→rotation FUN_0040ac6c; per-frame view FUN_004c22c4 (part_013.c:11742): eyeWorld from the live view-DCS then FUN_0040b244 = affine INVERSE → VIEW (+ uniform zoom) — NO LookAt; eye euler-change refresh FUN_00457b48 (part_007.c:9360). Punch: dpl_Punchize = FUN_00490308 (part_011.c:6219) → FUN_0048e5b0 → FUN_00492580(0x20,…) board send, constant tokens {0x80000003,0x80000017,0x80000004} (sibling dpl_Damagize FUN_004902b0 = same cmd, different triple); SV_SPECIAL PUNCH dispatch part_011.c:10209/10252 → callback LAB_004596ac. Respawn SIM path: DropZoneReply FUN_004bffd0 → Mech::Reset @0x4009fb74; CreatePlayerVehicle FUN_004bfcac. See translocation-warp, multiplayer.

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7. Tools

• tools/disas2.py <VA> [len] — capstone disassembly of BTL4OPT.EXE at a VA (recovers x87 math Ghidra drops; folds known call targets + float constants). THE tool for any FUN_ the assert-anchored exporter didn't capture (e.g. @0x4ae464 MoveValve, @0x4ca07c Execute).
• tools/disas2.py-style PE reads: scratchpad/rdva.py (4-byte VA read), rdtbyte.py (80-bit float10).
• reference/ghidra_scripts/ExportBTSource.java — the headless assert-anchored decompiler.
• reference/ghidra_scripts/DecompVSS.java — headless address-list decompiler (any skipped fn).
• tools/btconsole.py — the MP console emulator. tools/mapscan.py/resscan.py — content scanners.

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Key Relationships

• Feeds: subsystems (factory + ClassIDs), combat-damage (damage delivery), gauges-hud (attribute binding).
• Verified against: reconstruction-method (the decomp loop), reconstruction-gotchas (why raw offsets fail).