Merge pull request 'rnd(M02): extract character presenters' (#25 ) from work/sindo-main-codex/m02-character-presentation into master

Reviewed-on: #25
docs(M02): publish character presentation handoff
2026-07-14 22:44:11 +03:00 · 2026-07-14 23:42:42 +04:00 · 2026-07-14 23:42:12 +04:00 · 2026-07-14 22:30:33 +03:00 · 2026-07-14 23:27:41 +04:00 · 2026-07-14 23:27:03 +04:00
40 changed files with 3106 additions and 392 deletions
@@ -0,0 +1,117 @@
 # M02-GMP-MOVEMENT-001 — Local movement state/controller
 <!-- OPENWC_CLAIM:M02-GMP-MOVEMENT-001:sindo-main-codex:2026-07-16 -->
 <!-- OPENWC_HANDOFF:READY:M02-GMP-MOVEMENT-001:435e1c9 -->
 ## Ownership
 - Target: M02
 - Program: GMP
 - Owner/Agent ID: sindo-main-codex
 - Branch: `work/sindo-main-codex/m02-local-movement`
 - Lease expires UTC: 2026-07-16
 - Integrator: M02 milestone integrator
 ## Outcome
 Move local velocity, sandbox flight state, acceleration and directional speed
 calculation from `ThirdPersonWowController` into a scene-free,
 independently-testable local movement controller without changing current
 sandbox motion.
 ## Non-goals
 - Extract terrain queries, camera rig, character presentation or animation.
 - Add jump/fall/swim, server prediction or reconciliation.
 - Change current movement speeds, acceleration, camera-relative flight or ground snap.
 - Gate debug movement by build profile; that remains a separate M02 package.
 - Mark M02 complete or edit its checklist/Evidence.
 ## Paths
 - Exclusive: `src/gameplay/movement/`,
  `src/tools/verify_local_player_movement.gd`,
  `docs/modules/local-player-movement.md`, this claim
 - Shared/hotspots: `src/scenes/player/third_person_wow_controller.gd`,
  `src/tools/verify_player_input.gd`, `docs/modules/player-input.md`,
  `docs/modules/README.md`
 - Generated/ignored: local `.godot`, native DLL, generated ADT resources and renderer corpus
 ## Contracts and data
 - Public API: stateful `LocalPlayerMovementController`
 - Inputs: immutable `MoveIntent`, local Godot movement basis and physics delta seconds
 - Outputs: local Godot displacement and read-only velocity/flight state
 - Schema/cache/coordinate contracts: unchanged
 - Consumer: current sandbox player scene; later gameplay composition root
 ## Dependencies
 - Requires: merged input seam on master `14dead1`
 - Blocks: terrain query and camera/presentation extraction from the player hotspot
 - External state: none; unit tests use synthetic intents and bases
 ## Verification
 - Commands: dedicated pure movement verifier, player-input regression, asset-free
  scene smoke, coordinate/StreamingFocus gates, renderer dry-run and repository gates
 - Fixtures: identity/rotated/pitched bases, acceleration steps, sprint and flight transitions
 - Fidelity evidence: exact current 7.0/4.5/4.5 speeds, 28.0 acceleration,
  6x sandbox sprint and camera-relative free flight are regression-locked only
 - Performance budget: one small state update per physics tick; no allocation, I/O or scene lookup
 ## Documentation deliverables
 - Inline public API docs for movement state/configuration and update methods
 - Local movement module specification with data-flow, state and sequence diagrams
 - Updated player-input consumer diagram/status and module registry
 ## Simplicity and naming
 - Important name: `LocalPlayerMovementController`
 - Simplest approach: one stateful RefCounted owning velocity and flight toggle
 - Rejected complexity: generic locomotion framework, ECS component hierarchy and event bus
 - Unavoidable complexity: movement basis remains an explicit local-space input
  so the pure controller does not discover player/camera Nodes
 - Measured optimization evidence: not applicable
 ## Status
 - State: ready-for-review
 - Done: scene-free movement state/controller, player scene migration, twelve
  numeric cases, two flight transitions, integrated regression and module documentation
 - Next: M02 integrator reviews and merges before TerrainQuery extraction
 - Blocked by:
 ## Handoff
 - Commit: `435e1c9`
 - Branch: `work/sindo-main-codex/m02-local-movement`
 - Outcome: `ThirdPersonWowController` no longer owns velocity, flight state,
  acceleration or directional speed calculation. It selects an explicit
  Godot-world basis, applies returned displacement, and retains terrain and
  presentation adapters for later M02 packages.
 - Public contract: additive `LocalPlayerMovementController` with read-only
  Godot-world velocity/flight state, `toggle_sandbox_flight` and `advance`.
  Input, coordinate, cache and renderer contracts remain unchanged.
 - Verification: `LOCAL_PLAYER_MOVEMENT PASS cases=12 state_transitions=2
  scene_boundary=1`; `PLAYER_INPUT PASS actions=12 intent_cases=6 controller=1
  regression_scene=1`; asset-free scene smoke exited `0`; coordinate boundary
  and StreamingFocus passed; renderer dry-run passed all eight pre-capture gates
  and seven checkpoint plans; coordination/documentation/diff gates passed.
 - Fidelity: exact existing defaults are regression-locked—forward `7.0`,
  backward/strafe `4.5`, acceleration `28.0`, sandbox sprint `6x`, vertical
  flight `7.0`, velocity reset on toggle and camera-relative pitched flight.
  This preserves the sandbox baseline but is not original-client evidence.
 - Local verification inputs: the isolated worktree reused the existing ignored
  native DLL and generated ADT resource scripts. Proprietary extracted data and
  character GLB were absent, so renderer dry-run logged expected missing-corpus
  diagnostics while every contract step returned success.
 - Rebuild/migration: none; transient movement state is not persisted.
 - Remaining risks: exported speed changes after `_ready` do not reconfigure the
  controller; exact build-12340 movement semantics, terrain/collision state,
  jump/fall/swim, server prediction and debug profile gating remain open.
 - Documentation: inline public API plus `docs/modules/local-player-movement.md`
  with inputs/outputs, data-flow, state and sequence diagrams, ownership,
  recovery, capability status, risks and source map; player-input consumer
  diagrams/status were updated.
@@ -0,0 +1,118 @@
 # M02-GMP-TERRAIN-QUERY-001 — Player terrain query boundary
 <!-- OPENWC_CLAIM:M02-GMP-TERRAIN-QUERY-001:sindo-main-codex:2026-07-16 -->
 <!-- OPENWC_HANDOFF:READY:M02-GMP-TERRAIN-QUERY-001:a45d521 -->
 ## Ownership
 - Target: M02
 - Program: GMP/RND
 - Owner/Agent ID: sindo-main-codex
 - Branch: `work/sindo-main-codex/m02-terrain-query`
 - Lease expires UTC: 2026-07-16
 - Integrator: M02 milestone integrator
 ## Outcome
 Introduce a typed `TerrainQuery` boundary and move ADT loading, caching, chunk
 selection and height interpolation out of `ThirdPersonWowController` without
 changing current spawn/ground-snap behavior.
 ## Non-goals
 - Change ADT topology, coordinate formulas, terrain mesh or renderer caches.
 - Add physics collision, slopes, water, jump/fall/swim or server movement.
 - Reuse the streaming renderer cache before its public terrain-query contract exists.
 - Extract camera or character presentation.
 - Mark M02 complete or edit its checklist/Evidence.
 ## Paths
 - Exclusive: `src/gameplay/terrain/`, `src/tools/verify_terrain_query.gd`,
  `docs/modules/terrain-query.md`, this claim
 - Shared/hotspots: `src/scenes/player/third_person_wow_controller.gd`,
  `src/tools/verify_player_input.gd`,
  `src/tools/verify_coordinate_conversion_boundaries.gd`,
  `docs/modules/local-player-movement.md`,
  `docs/modules/README.md`
 - Generated/ignored: local `.godot`, native DLL, generated ADT resources and renderer corpus
 ## Contracts and data
 - Public API: `TerrainQuery.sample_ground_height(GodotWorldPosition)` returning
  immutable `TerrainGroundSample`
 - Production adapter: `AdtTerrainQuery` with owned per-tile parse cache
 - Test/data-source seam: optional ADT tile loader callable at construction
 - Coordinate contract version, ADT format, renderer cache and persistence: unchanged
 - Consumers: current player scene; future movement/collision policies
 ## Dependencies
 - Requires: merged movement controller on master `5206c42`
 - Blocks: camera/presentation extraction from the player hotspot
 - External state: production uses existing native `ADTLoader`; synthetic tests need no proprietary data
 ## Verification
 - Commands: synthetic height/cache/failure verifier, player input/movement
  regressions, asset-free scene, coordinate/StreamingFocus gates, renderer dry-run
  and repository gates
 - Fixtures: synthetic 145-height chunk payload and injected flat terrain query
 - Fidelity evidence: preserves existing outer-grid bilinear interpolation,
  spawn ground offset and per-tick snap formula only
 - Performance budget: one cached tile lookup and local interpolation per ground query;
  no new I/O after first tile load
 ## Documentation deliverables
 - Inline public API docs for query, sample and ADT adapter
 - Terrain-query module spec with inputs/outputs, data-flow, cache lifecycle and sequence diagrams
 - Updated movement/coordinate consumer boundaries, source maps and module registry
 ## Simplicity and naming
 - Important names: `TerrainQuery`, `TerrainGroundSample`, `AdtTerrainQuery`
 - Simplest approach: one narrow query contract, one typed result and one existing-format adapter
 - Rejected complexity: general collision framework, terrain service locator and renderer-cache coupling
 - Unavoidable complexity: ADT 145-height layout and chunk lookup stay isolated in adapter
 - Measured optimization evidence: existing per-tile cache retained; no new optimization
 ## Status
 - State: ready-for-review
 - Done: typed query/sample contract, cached ADT adapter, player migration,
  synthetic interpolation/cache/failure tests, injected scene regression and documentation
 - Next: M02 integrator reviews and merges before camera-rig extraction
 - Blocked by:
 ## Handoff
 - Commit: `a45d521`
 - Branch: `work/sindo-main-codex/m02-terrain-query`
 - Outcome: `ThirdPersonWowController` no longer loads ADTs, caches tile
  dictionaries, selects chunks or interpolates height grids. It consumes a
  replaceable typed `TerrainQuery` and retains only existing offset/snap policy.
 - Public contracts: additive immutable `TerrainGroundSample`, replaceable
  `TerrainQuery`, cached `AdtTerrainQuery` and player `set_terrain_query`.
  Coordinate contract version, ADT/native format and renderer caches are unchanged.
 - Verification: `TERRAIN_QUERY PASS contract=4 interpolation=1 cache=1
  failures=2 player_injection=1`; player-input and local-movement regressions
  passed; asset-free scene exited `0`; coordinate boundary passed with five
  required consumers and StreamingFocus passed; renderer dry-run passed eight
  pre-capture gates and seven checkpoint plans; coordination/documentation/diff gates passed.
 - Fidelity: synthetic fractional-grid fixture locks the inherited 145-height
  outer-grid bilinear result within `0.002` Godot units; injected scene locks
  spawn offset `0.05` and physics snap. This is sandbox-regression evidence,
  not build-12340 triangle/hole/collision parity.
 - Local verification inputs: isolated worktree reused the existing ignored
  native DLL and generated ADT resource scripts. Proprietary extracted data and
  character GLB were absent, so renderer dry-run logged expected missing-corpus
  diagnostics while all contract steps returned success.
 - Rebuild/migration: none; caches are transient and existing formats remain unchanged.
 - Remaining risks: first ADT parse remains synchronous as before; unavailable
  tiles cache until query replacement; player still owns snap policy; exact
  ADT triangle choice, holes, slopes, liquids and collision remain open.
 - Documentation: inline public APIs plus `docs/modules/terrain-query.md` with
  inputs/outputs, data-flow, cache state and cross-boundary sequence diagrams,
  ownership, failure/recovery, capability status and source map. Coordinate and
  movement consumer specifications were updated.
@@ -0,0 +1,118 @@
 # M02-RND-CAMERA-001 — Third-person camera rig boundary
 <!-- OPENWC_CLAIM:M02-RND-CAMERA-001:sindo-main-codex:2026-07-16 -->
 ## Ownership
 - Target: M02
 - Program: RND/GMP
 - Owner/Agent ID: sindo-main-codex
 - Branch: `work/sindo-main-codex/m02-camera-rig`
 - Lease expires UTC: 2026-07-16
 - Integrator: M02 milestone integrator
 ## Outcome
 Move mouse capture, orbit yaw/pitch, zoom state and Camera3D transforms from
 `ThirdPersonWowController` into a reusable `ThirdPersonCameraRig`, with an
 explicit replaceable camera-collision policy that preserves the current
 no-collision sandbox baseline.
 ## Non-goals
 - Enable a new collision/raycast behavior before build-12340 comparison.
 - Change initial yaw/pitch, zoom limits, sensitivity, FOV, far plane or camera path.
 - Implement first-person, follow lag, shoulder offsets or cinematic cameras.
 - Change movement, terrain query, character presentation or renderer streaming focus.
 - Mark M02 complete or edit its checklist/Evidence.
 ## Paths
 - Exclusive: `src/scenes/player/third_person_camera_rig.gd`,
  `src/scenes/player/camera_collision_policy.gd`,
  `src/scenes/player/no_camera_collision_policy.gd`,
  `src/tools/verify_third_person_camera_rig.gd`,
  `docs/modules/third-person-camera.md`, this claim
 - Shared/hotspots: `src/scenes/player/third_person_wow_controller.gd`,
  runtime streaming scenes, player regression scene,
  `src/tools/verify_player_input.gd`, `docs/modules/player-input.md`,
  `docs/modules/local-player-movement.md`, `docs/modules/README.md`
 - Generated/ignored: local `.godot`, native DLL, generated resources and renderer corpus
 ## Contracts and data
 - Public API: `ThirdPersonCameraRig.initialize_for_character`,
  `handle_camera_input`, `godot_world_flight_movement_basis`, state getters and
  `set_collision_policy`
 - Policy: `CameraCollisionPolicy.resolve_camera_distance`; default
  `NoCameraCollisionPolicy` returns requested distance unchanged
 - Scene paths and renderer camera path remain unchanged
 - Schema/cache/coordinate contracts: unchanged
 - Consumers: player composition, sandbox flight movement and renderer viewport
 ## Dependencies
 - Requires: merged TerrainQuery package on master `f5bb64e`
 - Blocks: character appearance/animation extraction from remaining player hotspot
 - External state: none; tests use asset-free camera/player scene
 ## Verification
 - Commands: dedicated orbit/zoom/clamp/policy verifier, input/movement/terrain
  regressions, asset-free scene, coordinate/StreamingFocus gates, renderer dry-run
  and repository gates
 - Fixtures: initial state, remappable action events, mouse deltas and fixed-distance policy
 - Fidelity evidence: preserve current `-18°` pitch, `8` distance, `1` zoom step,
  `2..18` clamp, `0.003` sensitivity and no-collision output
 - Performance budget: constant-time state/transform update; no raycast in baseline policy
 ## Documentation deliverables
 - Inline API/export documentation for rig and collision policies
 - Camera module spec with inputs/outputs, data-flow, state and sequence diagrams
 - Updated input/movement consumer diagrams/source maps and module registry
 ## Simplicity and naming
 - Important names: `ThirdPersonCameraRig`, `CameraCollisionPolicy`,
  `NoCameraCollisionPolicy`
 - Simplest approach: one Node3D rig on existing CameraPivot and one explicit identity policy
 - Rejected complexity: generic camera framework, spring arm migration and hidden physics raycast
 - Unavoidable complexity: rig mutates Camera3D/character Node transforms on main thread
 - Measured optimization evidence: not applicable
 ## Status
 - State: ready-for-review
 - Done: extracted rig and collision policy, migrated all three scene compositions,
  added regressions and completed required module documentation
 - Next: milestone integrator reviews and merges `8c1cf9b`
 - Blocked by:
 <!-- OPENWC_HANDOFF:READY:M02-RND-CAMERA-001:8c1cf9b -->
 ## Handoff
 - Outcome: `ThirdPersonCameraRig` now owns capture, orbit, zoom and camera
  transforms; `ThirdPersonWowController` only dispatches camera events and
  consumes the rig basis for sandbox flight.
 - Public contracts: `initialize_for_character`, `handle_camera_input`,
  `godot_world_flight_movement_basis`, `set_collision_policy`, read-only state,
  and `CameraCollisionPolicy.resolve_camera_distance`.
 - Verification: camera `state_cases=12 policy_cases=3 scenes=3`, input
  `actions=12 intent_cases=6`, movement `cases=12 state_transitions=2`, terrain
  `contract=4 interpolation=1 cache=1 failures=2`, coordinate boundary
  `files=98 consumers=5`; documentation, coordination and diff checks passed.
 - Renderer dry-run: seven checkpoint plans and report completed; expected
  diagnostics only for unavailable proprietary corpus/character GLB.
 - Fidelity: preserves the sandbox defaults (`-18 degrees`, distance `8`, zoom
  `2..18` step `1`, sensitivity `0.003`, pivot `1.7`, far `50000`) and the prior
  no-collision behavior. No build-12340 parity claim is made.
 - Local ignored inputs: native extension DLL and generated ADT resource scripts
  were used for the renderer dry-run and are not part of the commit.
 - Migration: none; `ThirdPersonPlayer/CameraPivot/Camera3D` remains stable.
 - Risks: active collision and exact original-client camera semantics remain
  unverified; exported initial values are captured at ready; mouse mode is
  process-global.
 - Documentation: added the camera API/module spec plus data-flow, state and
  sequence diagrams; updated player-input and local-movement consumer maps.
@@ -0,0 +1,124 @@
 # M02-RND-CHARACTER-PRESENTATION-001 — Character presentation boundary
 <!-- OPENWC_CLAIM:M02-RND-CHARACTER-PRESENTATION-001:sindo-main-codex:2026-07-16 -->
 ## Ownership
 - Target: M02
 - Program: RND/GMP
 - Owner/Agent ID: sindo-main-codex
 - Branch: `work/sindo-main-codex/m02-character-presentation`
 - Lease expires UTC: 2026-07-16
 - Integrator: M02 milestone integrator
 ## Outcome
 Move character GLB composition, geoset/texture/outfit setup and locomotion
 animation selection from `ThirdPersonWowController` into independently
 replaceable `CharacterAppearancePresenter` and `CharacterAnimationPresenter`
 components without changing the current sandbox presentation.
 ## Non-goals
 - Add new model, equipment, animation or build-12340 behavior.
 - Change character asset formats, DBC parsing, texture composition or geoset rules.
 - Add network-driven appearance/movement snapshots.
 - Change input, movement, terrain, camera or renderer streaming behavior.
 - Mark M02 complete or edit its checklist/Evidence.
 ## Paths
 - Exclusive: `src/scenes/character/character_appearance_presenter.gd`,
  `src/scenes/character/character_animation_presenter.gd`,
  `src/tools/verify_character_presentation.gd`,
  `docs/modules/character-presentation.md`, this claim
 - Shared/hotspots: `src/scenes/player/third_person_wow_controller.gd`, runtime
  streaming scenes, player regression scene, `src/tools/verify_player_input.gd`,
  `docs/modules/local-player-movement.md`, `docs/modules/README.md`
 - Reused unchanged: geoset controller, texture compositor and outfit resolver
 - Generated/ignored: local `.godot`, native DLL, generated resources and renderer corpus
 ## Contracts and data
 - Appearance API loads/replaces one character root under the existing `Visual` node.
 - Animation API binds an `AnimationPlayer` from that root and accepts a typed
  moving/stationary presentation state.
 - Scene paths, model defaults, DBC/cache/coordinate contracts remain unchanged.
 - Consumers: player scene composition and renderer viewport only.
 ## Dependencies
 - Requires: merged camera package on master `68e6f60`.
 - Blocks: final M02 sandbox-profile gate and target integration audit.
 - External state: asset-free tests use a synthetic mesh and AnimationPlayer.
 ## Verification
 - Dedicated appearance composition, replacement, grounding and failure regression.
 - Dedicated animation discovery, fallback, looping, blend and state regression.
 - Player source-boundary and three-scene wiring checks.
 - Existing input/movement/terrain/camera regressions, coordinate gates and renderer dry-run.
 - Fidelity evidence: preserve current sandbox model path, scale, yaw, outfit,
  Stand/Idle and Run/Walk selection only; no original-client parity claim.
 ## Documentation deliverables
 - Inline public API/export documentation for both presenters.
 - Module specification with inputs/outputs, data-flow, lifecycle/state and sequence diagrams.
 - Updated movement consumer/source map and module registry.
 ## Simplicity and naming
 - Important names: `CharacterAppearancePresenter`, `CharacterAnimationPresenter`.
 - Simplest approach: two small scene components on the existing `Visual` subtree.
 - Rejected complexity: generic presenter framework, async asset scheduler and duplicated character systems.
 - Unavoidable complexity: scene-tree composition and AnimationPlayer discovery run on the main thread.
 - Measured optimization evidence: not applicable.
 ## Status
 - State: ready-for-review
 - Done: extracted both presenters, migrated all runtime/regression scenes,
  added asset-free regressions and completed required module documentation
 - Next: milestone integrator reviews and merges `97bb53f`
 - Blocked by:
 <!-- OPENWC_HANDOFF:READY:M02-RND-CHARACTER-PRESENTATION-001:97bb53f -->
 ## Handoff
 - Branch/commit: `work/sindo-main-codex/m02-character-presentation` at `97bb53f`.
 - Outcome: `CharacterAppearancePresenter` owns model/geoset/compositor/outfit
  composition and `CharacterAnimationPresenter` owns AnimationPlayer discovery,
  loop preparation and moving/stationary playback. The player is now only the
  composition and horizontal-velocity adapter.
 - Changed composition: both runtime scenes and the player regression scene keep
  `ThirdPersonPlayer/Visual`; they add `Visual/AnimationPresenter`.
 - Public contracts: appearance load/read-root/ready signal and animation
  bind/present/read-state APIs documented in the module specification.
 - Verification: presentation `appearance_cases=9 animation_cases=10 scenes=3`,
  input `actions=12 intent_cases=6`, movement `cases=12 state_transitions=2`,
  terrain `contract=4 interpolation=1 cache=1 failures=2`, camera
  `state_cases=12 policy_cases=3`, coordinate boundaries `files=99 consumers=5`,
  and StreamingFocus `runtime_scenes=2 capture_tools=3` passed.
 - Renderer: dry-run passed project/material/dedupe/cache/manifest/calibration/
  coordinate/server-spawn gates and planned all seven checkpoints. Missing
  proprietary HumanMale GLB, DBC and ADT corpus produced expected diagnostics.
 - Repository gates: documentation `module_specs=8`, coordination
  `fallback_claims=29`; five unrelated expired M00 claim warnings remain.
 - Fidelity: current model path, scale `1`, yaw `90 degrees`, class `1`, blend
  `0.15 seconds`, starter outfit and Stand/Idle/Run/Walk selection are preserved.
  No build-12340 appearance or animation parity claim is made.
 - Migration: repository scenes are migrated. External/custom scenes must move
  model/class/scale/yaw exports from the player node to the scripted `Visual`
  node and add `Visual/AnimationPresenter`. No cache/database rebuild is needed.
 - Local ignored inputs: native extension DLL, UID cache and generated ADT
  resource scripts supported the dry-run and are not committed.
 - Risks: synchronous model load may hitch; first descendant AnimationPlayer wins;
  moving state is a sandbox threshold boolean; complete equipment/animation
  fidelity remains open.
 - Recommended merge order: merge this package after camera (already on master),
  then implement the sandbox profile gate and perform the final M02 integration audit.
 - Documentation: added character-presentation API, inputs/outputs, data-flow,
  lifecycle/state, sequence, ownership/failure and source-map sections; updated
  the module registry and movement presentation consumer map.
@@ -10,6 +10,10 @@
 | Coordinate mapping | Implemented | [`coordinate-mapping.md`](coordinate-mapping.md) |
 | Domain identities | Implemented contract | [`domain-identities.md`](domain-identities.md) |
 | Player input | Partial | [`player-input.md`](player-input.md) |
 | Local player movement | Implemented | [`local-player-movement.md`](local-player-movement.md) |
 | Terrain query | Implemented | [`terrain-query.md`](terrain-query.md) |
 | Third-person camera | Implemented | [`third-person-camera.md`](third-person-camera.md) |
 | Character presentation | Implemented boundary / Partial fidelity | [`character-presentation.md`](character-presentation.md) |
 | Renderer | Partial | [`world-renderer.md`](world-renderer.md), [`../../RENDER.md`](../../RENDER.md) |
 | Network/session | Planned | [`../../targets/roadmap/03-network-and-session.md`](../../targets/roadmap/03-network-and-session.md) |
 | Gameplay | Prototype/Planned | [`../../targets/roadmap/04-gameplay-systems.md`](../../targets/roadmap/04-gameplay-systems.md) |
@@ -0,0 +1,273 @@
 # Character Presentation
 ## Metadata
 | Field | Value |
 |---|---|
 | Status | Implemented boundary / Partial fidelity |
 | Target/work package | M02 / M02-RND-CHARACTER-PRESENTATION-001 |
 | Owners | Character appearance composition and locomotion animation presentation |
 | Last verified | `97bb53f`, 2026-07-14 |
 | Profiles/capabilities | Current render sandbox character experiment |
 ## Purpose
 Compose the current sandbox character GLB, geosets, skin textures and starter
 outfit below the existing `Visual` node, then independently present its
 stationary or moving animation. Keep visual asset loading and AnimationPlayer
 state out of gameplay movement and the player scene composition root.
 ## Non-goals
 - Define authoritative character identity, equipment or movement state.
 - Change the existing GLB, geoset, texture-compositor, DBC or outfit formats.
 - Implement full build-12340 animation selection, blending or equipment visuals.
 - Load world assets, query terrain, process input or control the camera.
 - Introduce asynchronous streaming, background scene mutation or persistence.
 ## Context and boundaries
 ```mermaid
 flowchart LR
    Scene[ThirdPersonWowController composition] --> Appearance[CharacterAppearancePresenter]
    Model[Configured PackedScene] --> Appearance
    DBC[Extracted DBC/item textures] --> Appearance
    Appearance --> Root[CharacterModel root]
    Root --> Geosets[Existing geoset controller]
    Root --> Compositor[Existing texture compositor]
    Appearance -->|ready root| Scene
    Scene --> Animation[CharacterAnimationPresenter]
    Velocity[Movement read model] -->|moving boolean| Animation
    Animation --> Player[AnimationPlayer below root]
 ```
 Allowed dependencies:
 - configured Godot `PackedScene` character asset;
 - existing `CharacterGeosetController`, `CharacterTextureCompositor` and
  `WowCharacterOutfitResolver` presentation components;
 - `AnimationPlayer` and animation resources below the composed character root;
 - main-thread player scene composition and movement velocity read model.
 Forbidden dependencies:
 - `MoveIntent`, input devices or movement integration;
 - `TerrainQuery`, ADT parsing, coordinate conversion or streaming decisions;
 - cameras, network packets, server databases or gameplay reducers;
 - direct production database writes or cache-format ownership.
 ## Public API
 | Symbol | Kind | Purpose | Thread/lifetime | Errors |
 |---|---|---|---|---|
 | `CharacterAppearancePresenter.load_character_appearance(content_root_override)` | Command | Replaces the owned character root and schedules final grounding/outfit composition | Main thread; may be called again during scene lifetime | Returns `false` for empty/invalid model; warning for invalid resource |
 | `CharacterAppearancePresenter.character_root` | Read-only state | Current owned model root or null | Stable until next load | None |
 | `character_appearance_ready(character_root)` | Signal | Publishes a fully attached, grounded root | Deferred main-thread completion | Not emitted for invalid/empty model |
 | `CharacterAnimationPresenter.bind_character_root(character_root)` | Command | Discovers and prepares the first descendant AnimationPlayer | Main thread; binding lifetime | Returns `false` and clears state when absent |
 | `CharacterAnimationPresenter.present_locomotion(is_moving)` | Command | Selects current stationary/moving candidate and starts it once | Main/physics thread | Returns `false` when unavailable, missing or unchanged |
 | `active_animation_name` | Read-only state | Selected animation name | Stable until bind/state transition | Empty when unbound |
 | `has_animation_player` | Read-only state | Whether the presenter has a valid bound player | Stable until bind | None |
 ## Inputs and outputs
 | Direction | Contract/data | Producer | Consumer | Ownership | Thread/lifetime |
 |---|---|---|---|---|---|
 | Input | Model resource path, class, scale and yaw | Runtime scene composition | Appearance presenter | Exported configuration | Captured at load |
 | Input | Extracted content root | Player scene configuration | Appearance presenter | Copied string | Captured at load |
 | Input | Packed character scene | Godot resource loader | Appearance presenter | Shared resource; presenter owns instance | Scene lifetime |
 | Output | Composed `CharacterModel` root | Appearance presenter | Scene/animation presenter | Appearance presenter owns node | Until replacement |
 | Output | Ready signal | Appearance presenter | Player composition | Synchronous signal after deferred completion | One per successful load |
 | Input | Moving/stationary boolean | Player adapter from horizontal velocity | Animation presenter | Value copy | One physics tick |
 | Output | AnimationPlayer playback mutation | Animation presenter | Rendered character | Bound root owns player/resources | Until next transition |
 Side effects:
 - loads and instantiates the configured model on the main thread;
 - adds/removes one owned `CharacterModel` subtree;
 - composes the existing texture/outfit components and reads their extracted inputs;
 - changes model transform for scale, yaw and ground alignment;
 - configures locomotion loop modes and starts AnimationPlayer playback;
 - does not write files, caches, databases or network state.
 ## Data flow
 ```mermaid
 flowchart TD
    Config[Model/class/scale/yaw/content root] --> Load[Load PackedScene]
    Load --> Replace[Replace owned CharacterModel]
    Replace --> Attach[Attach model and compositor]
    Attach --> Ground[Fit mesh bounds to visual ground]
    DBC[Existing outfit resolver] --> Outfit[Apply starter outfit]
    Ground --> Ready[Emit ready root]
    Outfit --> Ready
    Ready --> Bind[Discover AnimationPlayer]
    Velocity[Horizontal movement velocity] --> State[Moving or stationary]
    State --> Select[Run/Walk or Stand/Idle selection]
    Bind --> Select
    Select --> Playback[Loop and play with blend]
 ```
 ## Lifecycle/state
 ```mermaid
 stateDiagram-v2
    [*] --> Empty
    Empty --> Loading: valid load command
    Loading --> Ready: attach + deferred composition
    Loading --> Empty: invalid resource
    Ready --> Loading: replacement load
    Ready --> Empty: empty model command
    state Animation {
        [*] --> Unbound
        Unbound --> Stationary: bind root with animations
        Stationary --> Moving: moving=true
        Moving --> Stationary: moving=false
        Stationary --> Unbound: bind missing player
        Moving --> Unbound: bind missing player
    }
 ```
 Appearance replacement removes the old root from the scene immediately and
 queues it for deletion. Deferred completion checks root identity, so a stale
 completion cannot publish a replaced model.
 ## Main sequence
 ```mermaid
 sequenceDiagram
    participant Scene as ThirdPersonWowController
    participant Appearance as CharacterAppearancePresenter
    participant Existing as Geoset/Compositor/Outfit
    participant Animation as CharacterAnimationPresenter
    participant Player as AnimationPlayer
    Scene->>Appearance: load_character_appearance(content root)
    Appearance->>Appearance: load, instantiate and attach root
    Appearance->>Existing: compose textures and starter outfit
    Appearance-->>Scene: character_appearance_ready(root)
    Scene->>Animation: bind_character_root(root)
    Animation->>Player: prepare loops and play Stand/Idle
    loop Physics ticks
        Scene->>Animation: present_locomotion(is moving)
        Animation->>Player: play only on state/name change
    end
 ```
 ## Ownership, threading and resources
 - The runtime scene owns one appearance presenter on `Visual` and one animation
  presenter below it.
 - The appearance presenter exclusively owns the generated `CharacterModel`
  subtree; imported shared resources remain Godot-owned.
 - The animation presenter borrows an AnimationPlayer reference until rebind or
  subtree replacement; the player scene orders rebind through the ready signal.
 - Loading, node mutation, bounds calculation, outfit setup and playback occur
  on the main thread. There are no workers, locks, RIDs or cancellation tokens.
 - The player controller owns neither model resources nor animation state.
 ## Errors, cancellation and recovery
 | Failure | Detection | Behavior | Diagnostic | Recovery |
 |---|---|---|---|---|
 | Empty model path | Load guard | Clears old root and returns `false` | Contract regression | Configure a path and retry |
 | Invalid model resource | Failed PackedScene cast | Remains empty | Named warning with path | Correct/extract asset and retry |
 | Replaced deferred completion | Root identity check | Stale completion ignored | Replacement regression | No action required |
 | Missing DBC/outfit inputs | Existing resolver returns false/empty | Base model remains visible | Existing resolver diagnostics | Restore extracted inputs and reload |
 | Missing AnimationPlayer | Recursive discovery returns null | Presenter becomes unbound | Contract return/read state | Bind a root with animations |
 | Missing candidate animation | Candidate selection returns empty | Current playback unchanged | Verifier/source diagnostics | Extend verified candidate policy later |
 There is no background load cancellation. Replacement is the recovery path and
 invalid model state is explicit through the return value and null read model.
 ## Configuration and capabilities
 | Setting/capability | Default | Profile | Runtime mutable | Effect |
 |---|---|---|---|---|
 | Character model | Human male sandbox GLB | Current sandbox | Before reload | Model scene input |
 | Character class ID | `1` | Current sandbox | Before reload | Starter outfit lookup |
 | Uniform scale | `1.0` | Current sandbox | Before reload | Character root scale |
 | Yaw offset | `90` degrees | Current sandbox | Before reload | Imported model correction |
 | Extracted content root | `res://data/extracted` | Local content | Per load override | DBC/item texture input |
 | Animation blend | `0.15` seconds | Current sandbox | Before bind/transition | Playback cross-fade/default blend |
 | Stationary candidates | `Stand`, then `Idle` | Current sandbox | Fixed | Exact then substring selection |
 | Moving candidates | `Run`, then `Walk` | Current sandbox | Fixed | Exact then substring selection |
 ## Persistence, cache and migration
 Presenter state is transient. No saved settings, user profile, database schema
 or cache format changes. Existing scene paths remain
 `ThirdPersonPlayer/Visual` and add only `Visual/AnimationPresenter`; model and
 extracted-data paths retain their defaults. Moving the model exports from the
 player node to `Visual` is a scene-authoring ownership change, not persisted
 runtime data migration.
 ## Diagnostics and observability
 - Logs: invalid model path warns with the responsible presenter and path.
 - Read models: current character root, animation binding and active name.
 - Tests: dedicated verifier reports appearance, animation, scene and player boundaries.
 - Metrics/correlation IDs: not applicable to this synchronous sandbox presenter.
 ## Verification
 - Unit/contract: synthetic model fixture verifies load, scale, yaw, grounding,
  compositor composition, ready signal, replacement and empty-model clearing.
 - Animation: synthetic libraries verify nested discovery, exact and substring
  candidate selection, loop policy, blend configuration and duplicate suppression.
 - Boundary: player source contains no model loading, outfit, bounds or
  AnimationPlayer logic; appearance and animation dependencies remain separate.
 - Integration: Eastern Kingdoms, Kalimdor and player regression scenes compose
  both presenters; existing input/movement/terrain/camera tests remain required.
 - Fidelity evidence: only preservation of the current sandbox defaults and
  selection rules. No build-12340 appearance or animation parity is claimed.
 - Performance: one synchronous model composition per load and constant-time
  locomotion calls except on state transition; asset streaming remains future work.
 ## Extension points
 - Replace starter outfit inputs with a versioned appearance/equipment snapshot.
 - Replace boolean locomotion input with a typed presentation state after
  movement/network contracts define walk, run, jump, fall, swim, mount and emotes.
 - Add asynchronous/preloaded model providers behind the appearance command
  without moving resource loading back into gameplay.
 - Add verified animation IDs/variation policy after build-12340 fixtures exist.
 ## Capability status
 | Capability | Status | Evidence | Gap/next step |
 |---|---|---|---|
 | Independent appearance composition | Implemented | Synthetic fixture and three scene wirings | Integrator target update |
 | Independent locomotion animation | Implemented | Exact/fallback/loop/blend regression | Add typed presentation state later |
 | Current starter outfit | Partial | Existing resolver reused unchanged | Needs extracted DBC fixture and client comparison |
 | Current skin/geoset composition | Partial | Existing components reused | Full equipment/customization fidelity incomplete |
 | Build-12340 animation semantics | Planned | No original-client fixture | Capture animation IDs/transitions/timing |
 | Runtime equipment/network updates | Planned | No snapshot contract | M08/M09/M12 work |
 ## Known gaps and risks
 - Model loading remains synchronous and can hitch when not preloaded.
 - Exact appearance, equipment, animation choice, playback speed and blending are unverified.
 - The moving input is a sandbox threshold boolean, not authoritative locomotion state.
 - The first descendant AnimationPlayer wins; multi-player imported scenes need a
  more explicit binding contract if they appear.
 - Existing geoset/compositor/outfit implementations retain their own fidelity gaps.
 ## Source map
 | Path | Responsibility |
 |---|---|
 | `src/scenes/character/character_appearance_presenter.gd` | Model-root ownership, composition, ground fit and outfit setup |
 | `src/scenes/character/character_animation_presenter.gd` | AnimationPlayer binding and locomotion playback state |
 | `src/scenes/character/character_geoset_controller.gd` | Existing geoset visibility and outfit defaults |
 | `src/scenes/character/character_texture_compositor.gd` | Existing skin/equipment texture composition |
 | `src/scenes/character/wow_character_outfit_resolver.gd` | Existing DBC starter outfit lookup |
 | `src/scenes/player/third_person_wow_controller.gd` | Scene composition and moving-state adapter |
 | `src/tests/scenes/character_presentation_model_fixture.tscn` | Asset-free model/grounding fixture |
 | `src/tools/verify_character_presentation.gd` | Presenter, scene and dependency regression |
 ## Related decisions and references
 - ADR: none; current behavior and resource formats are preserved.
 - Upstream/reference: `targets/02-player-decomposition.md`,
  `targets/roadmap/02-rendering-and-graphics.md`,
  `targets/roadmap/04-gameplay-systems.md`, `RENDER.md`.
@@ -5,9 +5,9 @@
 | Field | Value |
 |---|---|
 | Status | Implemented |
-| Target/work package | `M01-FND-COORDS-001`, `M01-FND-COORD-TILE-AXIS-002`, `M01-QAR-COORD-FIXTURES-001`, `M01-FND-COORD-BOUNDARY-GATE-001`, `M01-QAR-SERVER-SPAWN-RENDERER-001` |
+| Target/work package | `M01-FND-COORDS-001`, `M01-FND-COORD-TILE-AXIS-002`, `M01-QAR-COORD-FIXTURES-001`, `M01-FND-COORD-BOUNDARY-GATE-001`, `M01-QAR-SERVER-SPAWN-RENDERER-001`, `M02-GMP-TERRAIN-QUERY-001` consumer migration |
 | Owners | Foundation/domain |
-| Last verified | Worktree `work/sindo-main-codex/m01-server-spawn-renderer`, 2026-07-13 |
+| Last verified | `a45d521`, 2026-07-14 |
 | Profiles/capabilities | All profiles; contract version 2 |
 ## Purpose
@@ -86,7 +86,7 @@ Forbidden dependencies:
 | Input | `AdtPlacementPosition` | Future ADT adapter | `CoordinateMapper` | Immutable caller value | Any thread, call duration |
 | Input | `CanonicalWowWorldPosition`, `CanonicalWowWorldYaw` | Gameplay/content/domain | `CoordinateMapper` | Immutable caller value | Any thread, call duration |
 | Output | `CanonicalWowWorldPosition` | `CoordinateMapper` | Gameplay/content/adapters | New immutable value | Caller-owned reference |
-| Output | `AdtTileCoordinate`, `AdtTileLocalPosition`, `AdtChunkCoordinate` | `CoordinateMapper` | Streaming/content adapters | New immutable values | Caller-owned references |
+| Output | `AdtTileCoordinate`, `AdtTileLocalPosition`, `AdtChunkCoordinate` | `CoordinateMapper` | Streaming/content/terrain-query adapters | New immutable values | Caller-owned references |
 | Output | `GodotWorldPosition`, `GodotWorldYaw` | `CoordinateMapper` | Future render/scene adapter | New immutable values | Caller-owned references |
 | Test input | `coordinate_golden_points.json` schema 1 | Pinned public server row plus private numeric observations | Headless fixture verifier | Versioned repository fixture | Test-process lifetime |
@@ -115,6 +115,10 @@ flowchart LR
    Canonical -->|half extent - Y; Z; half extent - X| Godot[GodotWorldPosition]
    Godot -->|typed direct adapter| Tile
    Godot -->|typed direct adapter| Local
    Godot --> TerrainQuery[AdtTerrainQuery consumer]
    TerrainQuery --> Tile
    TerrainQuery --> Local
    TerrainQuery --> Chunk
    Tile -->|tile plus local| Godot
    ServerYaw[ServerWorldYaw] -->|normalize only| CanonicalYaw[CanonicalWowWorldYaw]
    CanonicalYaw -->|same numeric world angle| GodotYaw[GodotWorldYaw]
@@ -185,7 +189,8 @@ raw three-number arrays are not an accepted new persistence contract.
 - Boundary enforcement: `src/tools/verify_coordinate_conversion_boundaries.gd`.
 - Server-spawn renderer contract: `src/tools/verify_server_spawn_renderer.gd`
  validates the dedicated manifest against the same pinned fixture before GUI capture.
- Integration/E2E: sky, player, streamer and terrain probe use mapper boundaries;
+- Integration/E2E: sky, player spawn, streamer, terrain probe and the extracted
  `AdtTerrainQuery` use mapper boundaries;
  `StreamingFocus` provides typed renderer focus, and the pinned AzerothCore
  Human Warrior spawn is captured in the Eastern Kingdoms renderer at ADT
  `(32,48)`, chunk `(3,12)`.
@@ -243,6 +248,7 @@ raw three-number arrays are not an accepted new persistence contract.
 | `src/tests/fixtures/coordinate_golden_points.json` | Versioned cross-source values, provenance and tolerances |
 | `src/tools/verify_coordinate_golden_fixtures.gd` | Cross-source fixture schema and mapper validation |
 | `src/tools/verify_coordinate_conversion_boundaries.gd` | Repository-wide manual conversion and required-consumer gate |
 | `src/gameplay/terrain/adt_terrain_query.gd` | Typed Godot-position consumer for ADT tile/local/chunk lookup |
 | `src/tools/server_spawn_render_manifest.json` | Pinned server-spawn camera, player, marker and expected ADT ownership |
 | `src/tools/verify_server_spawn_renderer.gd` | Fixture-to-renderer manifest contract verifier |
 | `docs/adr/0001-canonical-world-coordinates.md` | Normative axes, units, boundaries and rollout decision |
@@ -0,0 +1,247 @@
 # Local Player Movement
 ## Metadata
 | Field | Value |
 |---|---|
 | Status | Implemented |
 | Target/work package | M02 / M02-GMP-MOVEMENT-001, camera basis and character-presentation consumer updates |
 | Owners | Gameplay local movement state; scene composition owns the instance |
 | Last verified | `97bb53f`, 2026-07-14 |
 | Profiles/capabilities | Current render sandbox; production/debug profile gate pending |
 ## Purpose
 Own current local velocity, acceleration and sandbox flight state independently
 of the player scene. Convert an immutable `MoveIntent` plus an explicit
 Godot-world movement basis into deterministic per-tick displacement without
 querying terrain, cameras, input devices or visual assets.
 ## Non-goals
 - Apply world transforms or own a `CharacterBody3D`.
 - Query terrain height, collision, water or slopes.
 - Implement jump, fall, swim, server prediction or reconciliation.
 - Select the player basis versus camera-pivot basis; the scene adapter owns that decision.
 - Claim build-12340 movement fidelity from sandbox regression alone.
 ## Context and boundaries
 ```mermaid
 flowchart LR
    Input[MoveIntent] --> Movement[LocalPlayerMovementController]
    Basis[Explicit local movement Basis] --> Movement
    Delta[Physics delta seconds] --> Movement
    Movement --> Displacement[Godot-world displacement]
    Movement --> Velocity[Read-only velocity state]
    Scene[ThirdPersonWowController] --> Basis
    Displacement --> Scene
    Scene --> Transform[Player world transform]
    Scene --> Terrain[TerrainQuery and ground snap adapter]
    Velocity --> Presentation[Visual facing and CharacterAnimationPresenter adapter]
 ```
 Allowed dependencies:
 - `MoveIntent` from the gameplay input boundary.
 - Godot value types `Basis` and `Vector3` for renderer world-space direction math.
 - Main-thread scene adapter for basis selection and displacement application.
 Forbidden dependencies:
 - `Node`, `Resource`, `Input`, `Camera3D`, `ADTLoader` or scene lookup.
 - World-coordinate conversion or manual ADT/tile formulas.
 - Character assets, animation players, materials, packets or server state.
 ## Public API
 | Symbol | Kind | Purpose | Thread/lifetime | Errors |
 |---|---|---|---|---|
 | `LocalPlayerMovementController.new(...)` | Constructor | Sets explicit speeds, acceleration and sandbox sprint multiplier | Created by composition root; retained for player scene lifetime | Caller owns configuration validation |
 | `godot_world_velocity_units_per_second` | Read-only state | Current Godot-world velocity after the last update | Stable until next mutation on owning thread | None |
 | `is_flight_enabled` | Read-only state | Current sandbox free-flight mode | Stable until toggle | None |
 | `toggle_sandbox_flight()` | Command | Toggles flight and clears velocity | Owning physics/input thread | Returns new flight state |
 | `advance(move_intent, godot_world_movement_basis, delta_seconds)` | Stateful update | Accelerates toward requested velocity and returns displacement for the tick | Owning physics thread; one call per tick | Negative delta is treated as zero |
 Constructor units:
 | Parameter | Unit/meaning |
 |---|---|
 | `run_speed_units_per_second` | Forward Godot units per second |
 | `backward_speed_units_per_second` | Backward Godot units per second |
 | `strafe_speed_units_per_second` | Lateral Godot units per second |
 | `flight_vertical_speed_units_per_second` | Sandbox vertical Godot units per second |
 | `acceleration_units_per_second_squared` | Velocity change per second |
 | `sandbox_sprint_multiplier` | Dimensionless debug multiplier |
 ## Inputs and outputs
 | Direction | Contract/data | Producer | Consumer | Ownership | Thread/lifetime |
 |---|---|---|---|---|---|
 | Input | `MoveIntent` | `PlayerInputSource` | Movement controller | Immutable caller-held value | One physics tick |
 | Input | Godot-world `Basis` | Player or `ThirdPersonCameraRig` adapter | Movement controller | Value copy | One physics tick |
 | Input | Delta seconds | Godot physics loop | Movement controller | Scalar value | One physics tick |
 | Input | Flight toggle command | Remappable sandbox action via scene adapter | Movement controller | Synchronous command | Input event dispatch |
 | Output | Displacement `Vector3` | Movement controller | Player scene adapter | Value copy | Applied in same tick |
 | Output | Velocity `Vector3` | Movement controller | Facing and `CharacterAnimationPresenter` scene adapter | Read-only value copy | Until next update |
 | Output | Flight state | Movement controller | Basis/terrain scene adapter | Read-only boolean | Until next toggle |
 Side effects:
 - Mutates only controller-owned velocity and flight state.
 - Does not mutate scene tree, transforms, resources, filesystem, network or cache.
 - The scene adapter remains responsible for transform mutation and ground snap.
 ## Data flow
 ```mermaid
 flowchart LR
    Intent[MoveIntent axes] --> Target[Calculate target velocity]
    Basis[Player or camera-pivot Basis] --> Directions[Forward/right directions]
    Directions --> Target
    Config[Speeds and sprint multiplier] --> Target
    Previous[Owned velocity] --> Integrate[move_toward by acceleration × delta]
    Target --> Integrate
    Integrate --> Current[Updated velocity]
    Current --> Step[velocity × delta]
    Step --> Displacement[Scene-applied displacement]
 ```
 ## Lifecycle/state
 ```mermaid
 stateDiagram-v2
    [*] --> GroundedSandbox
    GroundedSandbox --> FlyingSandbox: toggle / clear velocity
    FlyingSandbox --> GroundedSandbox: toggle / clear velocity
    GroundedSandbox --> GroundedSandbox: advance
    FlyingSandbox --> FlyingSandbox: advance
 ```
 The names describe the existing sandbox mode only. They are not authoritative
 gameplay movement states and do not imply terrain contact or server permission.
 ## Main sequence
 ```mermaid
 sequenceDiagram
    participant Input as PlayerInputSource
    participant Scene as ThirdPersonWowController
    participant Move as LocalPlayerMovementController
    participant Present as CharacterAnimationPresenter adapter
    Input-->>Scene: MoveIntent
    Scene->>Move: advance(intent, selected basis, delta)
    Move-->>Scene: displacement
    Scene->>Scene: apply global position and ground snap
    Scene->>Move: godot_world_velocity_units_per_second
    Scene->>Present: horizontal motion
 ```
 ## Ownership, threading and resources
 - The player scene creates and exclusively owns one movement controller.
 - Velocity and flight state have the same lifetime as that controller.
 - All mutations currently occur on the main input/physics thread.
 - Read-only value returns are copies; consumers cannot mutate owned state.
 - No Nodes, Resources, RIDs, files, jobs or worker threads are created.
 - The supplied `Basis` is a Godot-world direction basis, not a typed world-position contract or coordinate conversion.
 ## Errors, cancellation and recovery
 | Failure | Detection | Behavior | Diagnostic | Recovery |
 |---|---|---|---|---|
 | Negative physics delta | `advance` guard | Returns zero displacement; velocity unchanged | Unit regression | Resume with valid non-negative delta |
 | Missing scene basis owner | Scene composition defect | Controller cannot be called correctly | Scene/parser error or boundary test | Restore explicit scene dependency |
 | Flight toggle during motion | Command path | Velocity clears before next step | State-transition regression | Continue from zero velocity |
 | Missing terrain data | `TerrainGroundSample.is_available == false` | Scene skips existing ground snap | Stable terrain failure code | Replace/recover query backend |
 There is no asynchronous cancellation, retry or rollback. Recreating the
 controller resets velocity and flight state deterministically.
 ## Configuration and capabilities
 | Setting/capability | Default | Profile | Runtime mutable | Effect |
 |---|---|---|---|---|
 | Forward speed | `7.0` units/s | Current sandbox | Fixed for controller lifetime | Target forward velocity |
 | Backward speed | `4.5` units/s | Current sandbox | Fixed for controller lifetime | Target backward velocity |
 | Strafe speed | `4.5` units/s | Current sandbox | Fixed for controller lifetime | Target lateral velocity |
 | Acceleration | `28.0` units/s² | Current sandbox | Fixed for controller lifetime | Acceleration and deceleration |
 | Flight vertical speed | `7.0` units/s | Sandbox debug | Fixed for controller lifetime | Vertical free-flight target |
 | Sprint multiplier | `6.0` | Sandbox debug | Fixed for controller lifetime | Multiplies planar and vertical targets |
 | Camera-relative basis | Selected only while flight is enabled | Sandbox debug | Per tick | Preserves existing pitched flight direction |
 ## Persistence, cache and migration
 Movement state is transient and not serialized. No schema, cache, migration or
 saved settings change is introduced. Future reconnect/replay state requires a
 separate versioned movement snapshot contract.
 ## Diagnostics and observability
 - Logs: verifier emits `LOCAL_PLAYER_MOVEMENT PASS` or named invariant failures.
 - Metrics: none yet; update is constant-time vector math.
 - Debug views: current character facing and animation remain observable scene outputs.
 - Correlation IDs: not applicable to synchronous local sandbox state.
 ## Verification
 - Unit/contract: `src/tools/verify_local_player_movement.gd` covers forward,
  backward, strafe, rotated basis, acceleration, deceleration, sprint, flight,
  pitched camera basis, state reset and invalid delta.
 - Boundary: verifier rejects Node/Input/Camera/ADT dependencies and movement
  integration/state remaining in the player scene.
 - Scene integration: `verify_player_input.gd` drives the asset-free player
  regression scene through forward motion and immediate flight toggle.
 - Fidelity evidence: default values and formulas are regression-locked against
  the pre-extraction sandbox. No original-client comparison is claimed.
 - Performance budget: constant-time vector math, no per-tick I/O or scene lookup;
  `MoveIntent` allocation remains owned by the input package.
 ## Extension points
 - Terrain/collision policy can consume displacement without changing input or velocity ownership.
 - A future server-aware predictor may replace this controller behind the scene composition boundary.
 - A typed movement snapshot may expose deterministic replay state when M08/M09 require it.
 - Sandbox debug capability gating can reject sprint/flight before commands reach this controller.
 ## Capability status
 | Capability | Status | Evidence | Gap/next step |
 |---|---|---|---|
 | Scene-free local velocity state | Implemented | Pure controller and source boundary regression | Integrate target checklist after review |
 | Existing planar acceleration/speeds | Implemented | Exact numeric unit cases and real scene regression | Compare with build 12340 before fidelity claim |
 | Existing camera-relative free flight | Implemented | Pitched-basis and toggle/reset cases | Restrict to sandbox profile |
 | Terrain height query | Implemented | Typed `TerrainQuery` and injected player regression | Ground-snap policy remains scene-owned |
 | Terrain collision movement policy | Planned | Height-only query does not model collision | Add slopes/holes/collision later |
 | Jump/fall/swim | Planned | M02/M09 roadmap | Requires terrain/liquid and server contracts |
 | Prediction/reconciliation | Planned | M08/M09 roadmap | Requires movement snapshot/network contract |
 ## Known gaps and risks
 - Numeric defaults preserve the existing sandbox but are not original-client evidence.
 - Configuration is captured at scene `_ready`; runtime mutation of exported speed
  properties does not reconfigure an existing controller.
 - Ground snap remains in the player scene, but its ADT data access is now behind
  a replaceable `TerrainQuery`.
 - Sprint and free flight still lack a typed sandbox capability gate.
 - The module uses Godot math value types; a future engine-independent gameplay
  predictor may require scalar/domain movement contracts.
 ## Source map
 | Path | Responsibility |
 |---|---|
 | `src/gameplay/movement/local_player_movement_controller.gd` | Owned velocity/flight state and deterministic integration |
 | `src/gameplay/terrain/terrain_query.gd` | Replaceable ground-height input boundary |
 | `src/scenes/player/third_person_camera_rig.gd` | Camera-relative sandbox flight basis producer |
 | `src/scenes/character/character_animation_presenter.gd` | Locomotion presentation consumer behind the scene adapter |
 | `src/scenes/player/third_person_wow_controller.gd` | Composition, basis selection, displacement/terrain and presentation-state adapters |
 | `src/tools/verify_local_player_movement.gd` | Pure numeric, state-transition and dependency regression |
 | `src/tests/scenes/player_input_regression.tscn` | Asset-free integrated player fixture |
 | `src/tools/verify_player_input.gd` | Input-to-movement scene regression |
 ## Related decisions and references
 - ADR: none; this follows the existing M02 decomposition boundary.
 - Upstream/reference: `targets/02-player-decomposition.md`,
  `targets/roadmap/04-gameplay-systems.md`, `docs/ARCHITECTURE.md`.
@@ -5,9 +5,9 @@
 | Field | Value |
 |---|---|
 | Status | Partial |
-| Target/work package | M02 / M02-GMP-INPUT-001 |
+| Target/work package | M02 / M02-GMP-INPUT-001, M02-GMP-MOVEMENT-001 and M02-RND-CAMERA-001 consumer updates |
 | Owners | Gameplay input boundary; `sindo-main-codex` for current package |
-| Last verified | `6bd2e84`, 2026-07-14 |
+| Last verified | `8c1cf9b`, 2026-07-14 |
 | Profiles/capabilities | Current render-sandbox defaults; `Blizzlike335` binding semantics not yet verified |
 ## Purpose
@@ -31,9 +31,9 @@ flowchart LR
    Devices[Keyboard and mouse] --> InputMap[Godot Input Map]
    InputMap --> Source[PlayerInputSource]
    Source --> Intent[MoveIntent]
-    Intent --> Controller[ThirdPersonWowController]
+    Intent --> Movement[LocalPlayerMovementController]
-    Controller --> Movement[Current sandbox movement]
+    Movement --> Controller[ThirdPersonWowController adapter]
-    Controller --> Camera[Current camera adapter]
+    Controller --> Camera[ThirdPersonCameraRig]
 ```
 Allowed dependencies:
@@ -63,15 +63,15 @@ Forbidden dependencies:
 | Direction | Contract/data | Producer | Consumer | Ownership | Thread/lifetime |
 |---|---|---|---|---|---|
 | Input | Movement action strengths | Godot `InputMap`/`Input` | `PlayerInputSource` | Engine-owned snapshot | Sampled on main physics tick |
-| Input | Mouse action events | Godot `_unhandled_input` dispatch | Current scene controller | Engine-owned event | Current input dispatch only |
+| Input | Mouse action events | Godot `_unhandled_input` dispatch | `ThirdPersonCameraRig` through player dispatch | Engine-owned event | Current input dispatch only |
-| Output | `MoveIntent` | `PlayerInputSource` | Current controller; later local movement controller | Immutable caller-held value | One physics tick |
+| Output | `MoveIntent` | `PlayerInputSource` | `LocalPlayerMovementController` through scene composition | Immutable caller-held value | One physics tick |
-| Output | Camera action names | `PlayerInputActions` | Current scene controller | Static constants | Process lifetime |
+| Output | Camera action names | `PlayerInputActions` | `ThirdPersonCameraRig` | Static constants | Process lifetime |
 Side effects:
 - `PlayerInputSource` has no side effects beyond reading current engine input.
- The existing controller still mutates player/camera transforms and mouse mode;
+- `ThirdPersonCameraRig` owns mouse mode, orbit state and camera transforms;
-  those responsibilities are intentionally not moved by this package.
+  player remains only the event-dispatch composition boundary.
 - No filesystem, cache, network, database or renderer-resource mutation occurs.
 ## Data flow
@@ -81,16 +81,18 @@ flowchart LR
    Project[project.godot action defaults] --> Map[InputMap]
    Remap[User or editor remapping] --> Map
    Map -->|movement strengths| Source[PlayerInputSource]
    Map -->|camera events| Camera[ThirdPersonCameraRig]
    Source -->|clamp cancel normalize| Intent[MoveIntent]
-    Intent --> Consumer[ThirdPersonWowController]
+    Intent --> Consumer[LocalPlayerMovementController]
    Consumer --> Adapter[ThirdPersonWowController]
 ```
 ## Lifecycle/state
 The adapter is stateless. The scene composition root creates one
-`PlayerInputSource` in `_ready`; each physics tick produces a new immutable
+`PlayerInputSource` and `LocalPlayerMovementController` in `_ready`; each physics
-intent. Flight enabled/disabled state remains owned by the current sandbox
+tick produces a new immutable intent. Flight enabled/disabled state is owned by
-controller and is not hidden in the input adapter.
+the movement controller and is not hidden in the input adapter.
 ## Main sequence
@@ -99,11 +101,13 @@ sequenceDiagram
    participant Engine as Godot Input
    participant Source as PlayerInputSource
    participant Intent as MoveIntent
-    participant Player as ThirdPersonWowController
+    participant Move as LocalPlayerMovementController
    participant Player as ThirdPersonWowController adapter
    Engine->>Source: movement action strengths
    Source->>Intent: compose normalized axes and requests
    Source-->>Player: sample_move_intent()
-    Player->>Player: update current sandbox movement state
+    Player->>Move: advance(intent, selected basis, delta)
    Move-->>Player: displacement and velocity state
 ```
 ## Ownership, threading and resources
@@ -171,15 +175,15 @@ provide a settings migration once user settings are persisted.
  movement consumers.
 - A later input-context owner may suppress gameplay actions while preserving the
  same intent contract.
- The local movement controller may replace the current scene consumer without
+- A future server-aware movement predictor may replace the current local
-  changing `PlayerInputSource`.
+  movement consumer without changing `PlayerInputSource`.
 ## Capability status
 | Capability | Status | Evidence | Gap/next step |
 |---|---|---|---|
 | Remappable current sandbox controls | Implemented | `verify_player_input.gd` action/default checks | Add persisted user binding settings later |
-| `PlayerInputSource → MoveIntent` seam | Implemented | Pure composition and controller boundary checks | Extract local movement controller |
+| `PlayerInputSource → MoveIntent` seam | Implemented | Pure composition and controller boundary checks | Local movement consumer is now extracted |
 | Exact 3.3.5a default semantics | Unknown | No original-client binding fixture in this package | Capture build-12340 defaults and mouse-turn/strafe policy |
 | Production profile exclusion of sprint/flight | Partial | Debug actions are named explicitly | Add typed profile/capability gate in M02 |
 | Jump/fall/swim/fly gameplay semantics | Planned | M02 target and gameplay roadmap | Implement after terrain/movement state extraction |
@@ -189,7 +193,7 @@ provide a settings migration once user settings are persisted.
 - The defaults preserve the pre-M02 sandbox behavior, not verified original-client semantics.
 - Sprint and free flight are still executable by the sandbox controller until a
  typed build-profile gate is introduced.
- Camera input is action-mapped but camera state/collision remains in the monolithic controller.
+- Camera state is extracted; active collision remains an explicit planned policy.
 - There is no persisted user keybinding format or UI yet.
 ## Source map
@@ -200,7 +204,9 @@ provide a settings migration once user settings are persisted.
 | `src/domain/input/move_intent.gd` | Immutable locomotion request contract |
 | `src/gameplay/input/player_input_actions.gd` | Stable project action names |
 | `src/gameplay/input/player_input_source.gd` | Engine Input Map adapter and pure composition |
-| `src/scenes/player/third_person_wow_controller.gd` | Current consumer and camera-event adapter |
+| `src/gameplay/movement/local_player_movement_controller.gd` | Scene-free movement consumer |
 | `src/scenes/player/third_person_camera_rig.gd` | Camera-action consumer and orbit/zoom state |
 | `src/scenes/player/third_person_wow_controller.gd` | Composition and input-event dispatcher |
 | `src/tests/scenes/player_input_regression.tscn` | Asset-free controller movement/camera regression fixture |
 | `src/tools/verify_player_input.gd` | Headless contract/integration regression |
@@ -0,0 +1,251 @@
 # Terrain Query
 ## Metadata
 | Field | Value |
 |---|---|
 | Status | Implemented |
 | Target/work package | M02 / M02-GMP-TERRAIN-QUERY-001 |
 | Owners | Gameplay terrain-query contract; ADT adapter owns parsed tile cache |
 | Last verified | `a45d521`, 2026-07-14 |
 | Profiles/capabilities | Current sandbox ADT ground height; renderer/physics backend planned |
 ## Purpose
 Provide a replaceable, scene-free ground-height query for player movement.
 Isolate native ADT loading, per-tile caching, chunk selection and legacy outer
 height-grid interpolation from the player scene behind a typed
 `GodotWorldPosition → TerrainGroundSample` contract.
 ## Non-goals
 - Own player transforms, movement velocity or ground-snap policy.
 - Provide collision normals, slopes, holes, liquids, WMO/M2 collision or ray queries.
 - Change ADT topology, coordinate conversion, renderer caches or native parser format.
 - Claim original-client terrain-contact parity from height regression alone.
 - Couple gameplay to the monolithic streaming renderer before a public backend exists.
 ## Context and boundaries
 ```mermaid
 flowchart LR
    Scene[ThirdPersonWowController adapter] --> Position[GodotWorldPosition]
    Position --> Contract[TerrainQuery]
    Contract --> Adapter[AdtTerrainQuery]
    Adapter --> Mapper[CoordinateMapper]
    Adapter --> Native[ADTLoader]
    Native --> Tile[ADT tile Dictionary]
    Tile --> Cache[Owned tile cache]
    Cache --> Sample[TerrainGroundSample]
    Sample --> Scene
    Scene --> Snap[Existing ground-snap policy]
 ```
 Allowed dependencies:
 - Typed `GodotWorldPosition` and `CoordinateMapper` contracts.
 - Existing native `ADTLoader` at the ADT adapter boundary.
 - Dynamic dictionaries only inside the native-format adapter.
 - Player scene composition may inject any `TerrainQuery` implementation.
 Forbidden dependencies:
 - `TerrainQuery` contract depending on Nodes, cameras, input or renderer state.
 - Player scene loading/parsing ADT data or owning a parsed tile cache.
 - Manual WoW/Godot/ADT world-coordinate conversion outside `CoordinateMapper`.
 - Terrain query mutating transforms, gameplay movement state or visual meshes.
 ## Public API
 | Symbol | Kind | Purpose | Thread/lifetime | Errors |
 |---|---|---|---|---|
 | `TerrainGroundSample.available(height_units)` | Immutable value factory | Creates a finite Godot-world ground height | Any thread; caller-held value | Non-finite height becomes unavailable |
 | `TerrainGroundSample.unavailable(failure_code)` | Immutable value factory | Creates explicit unavailable result | Any thread; caller-held value | Empty code normalizes to `terrain_unavailable` |
 | `TerrainQuery.sample_ground_height(position)` | Replaceable boundary | Samples ground at typed Godot world position | Implementation-defined; current adapter main-thread owned | Base reports `terrain_query_not_implemented` |
 | `AdtTerrainQuery.new(extracted_directory, map_directory_name, loader_override)` | Adapter constructor | Configures one map and optional test/data-source loader | Query lifetime | Production validates native loader and file presence lazily |
 | `AdtTerrainQuery.sample_ground_height(position)` | Adapter method | Loads/caches tile and interpolates ADT outer heights | Main thread; cache lives with query | Returns stable failure code |
 | `ThirdPersonWowController.set_terrain_query(query)` | Composition method | Replaces terrain backend independently of movement/presentation | Call before scene ready or on main thread | Null is rejected and current query retained |
 ## Inputs and outputs
 | Direction | Contract/data | Producer | Consumer | Ownership | Thread/lifetime |
 |---|---|---|---|---|---|
 | Input | `GodotWorldPosition` | Player scene adapter | `TerrainQuery` | Immutable caller-held value | One query |
 | Input | Extracted directory/map name | Scene composition | `AdtTerrainQuery` | Copied strings | Query lifetime |
 | Input | ADT file/dictionary | Filesystem/native loader or injected loader | `AdtTerrainQuery` | Adapter-owned cached dictionary | Query lifetime |
 | Output | `TerrainGroundSample` | Terrain query | Player ground-snap adapter | Immutable caller-held value | One query |
 | Output | Failure code | Terrain query | Diagnostics/tests | Immutable `StringName` | Sample lifetime |
 Side effects:
 - Production adapter performs lazy file existence check and native ADT parse on first tile query.
 - Adapter mutates only its per-query tile/failure caches.
 - No scene tree, transform, renderer RID, network, database or persisted setting mutation occurs.
 ## Data flow
 ```mermaid
 flowchart LR
    Position[GodotWorldPosition] --> TileCoord[CoordinateMapper tile/local/chunk]
    TileCoord --> Lookup{Tile cached?}
    Lookup -->|no| Load[ADTLoader or injected loader]
    Load --> Cache[Cache Dictionary or unavailable result]
    Lookup -->|yes| Cache
    Cache --> Chunk[Select MCNK by origin]
    Chunk --> Heights[Validate 145 heights]
    Heights --> Bilinear[Interpolate 9x9 outer grid]
    Bilinear --> Available[TerrainGroundSample available]
    Cache -->|missing/invalid| Unavailable[TerrainGroundSample unavailable]
 ```
 ## Lifecycle/state
 ```mermaid
 stateDiagram-v2
    [*] --> TileUnknown
    TileUnknown --> TileAvailable: first query / successful load
    TileUnknown --> TileUnavailable: first query / missing or failed
    TileAvailable --> TileAvailable: cached queries
    TileUnavailable --> TileUnavailable: cached queries
    TileAvailable --> [*]: query released
    TileUnavailable --> [*]: query released
 ```
 Unavailable tiles are cached intentionally to avoid repeated filesystem/native
 work each physics tick. Recovery after files appear requires replacing the query
 instance; hot-reload invalidation is outside this M02 package.
 ## Main sequence
 ```mermaid
 sequenceDiagram
    participant Player as ThirdPersonWowController
    participant Query as TerrainQuery
    participant ADT as AdtTerrainQuery
    participant Mapper as CoordinateMapper
    participant Native as ADTLoader
    Player->>Query: sample_ground_height(GodotWorldPosition)
    Query->>ADT: implementation dispatch
    ADT->>Mapper: tile/local/chunk coordinates
    alt tile not cached
        ADT->>Native: load_adt(absolute path)
        Native-->>ADT: ADT Dictionary
    end
    ADT->>ADT: select chunk and interpolate heights
    ADT-->>Player: TerrainGroundSample
    Player->>Player: apply existing offset/snap if available
 ```
 ## Ownership, threading and resources
 - Player scene owns the active `TerrainQuery` reference.
 - `AdtTerrainQuery` exclusively owns tile/failure dictionaries until released.
 - Current production calls and cache mutations occur on the main physics thread.
 - Native loader result dictionaries do not cross the adapter boundary.
 - Samples and typed positions are immutable caller-held values.
 - The module creates no Nodes, Resources, RIDs or background jobs.
 - Future worker-backed queries require an explicit async/result contract rather
  than concurrent mutation of the current dictionaries.
 ## Errors, cancellation and recovery
 | Failure | Detection | Behavior | Diagnostic | Recovery |
 |---|---|---|---|---|
 | Base contract used directly | Base method | Unavailable sample | `terrain_query_not_implemented` | Inject implementation |
 | Native loader absent | ClassDB check | Cache unavailable tile | `adt_loader_unavailable` | Load extension and replace query |
 | ADT file absent | File check | Cache unavailable tile | `adt_source_missing` | Restore corpus and replace query |
 | Native parse empty/fails | Result validation | Cache unavailable tile | `adt_load_failed` | Inspect source/parser; replace query |
 | Injected loader returns wrong type | Type check | Cache unavailable tile | `adt_loader_result_invalid` | Fix adapter |
 | Chunk absent | Chunk lookup | Unavailable sample | `adt_chunk_missing` | Validate ADT dictionary |
 | Height array shorter than 145 | Size check | Unavailable sample | `adt_chunk_heights_invalid` | Fix parser/source |
 | Non-finite interpolated height | Sample invariant | Unavailable sample | `terrain_height_not_finite` | Inspect source values |
 | Null query injection | Scene guard | Existing query retained | Player composition error | Pass valid query |
 There are no asynchronous operations to cancel. Replacing/releasing the query
 is the deterministic cache-reset and recovery path.
 ## Configuration and capabilities
 | Setting/capability | Default | Profile | Runtime mutable | Effect |
 |---|---|---|---|---|
 | Extracted directory | Player `extracted_dir` | Current sandbox | Captured at creation | ADT source root |
 | Map directory name | Player `map_name` | Current sandbox | Captured at creation | ADT filename/path |
 | Loader override | Invalid callable | Test/custom data source | Constructor only | Bypasses production ClassDB/file loading |
 | Tile cache | Enabled | All current uses | Cleared by replacing query | Avoids repeated parse/failure work |
 | Height policy | 9x9 outer-grid bilinear | Current sandbox | Fixed | Preserves pre-extraction behavior |
 ## Persistence, cache and migration
 The cache is in-memory and unversioned because it holds native loader output for
 one query lifetime. No disk cache, schema or migration changes are introduced.
 Existing ADT/native/cache format versions remain unchanged.
 ## Diagnostics and observability
 - Logs: dedicated verifier emits `TERRAIN_QUERY PASS` or named failures.
 - Structured status: every unavailable sample has a stable `failure_code`.
 - Metrics: synthetic verifier counts loader calls to prove one load per tile.
 - Debug views: none.
 - Correlation IDs: not applicable to synchronous local query.
 ## Verification
 - Contract: available/unavailable/base/non-finite result invariants.
 - Pure synthetic adapter: typed coordinate mapping, exact chunk selection,
  145-height layout and bilinear interpolation within `0.002` units (Vector3
  source precision), plus cached second query.
 - Failures: empty tile and invalid height array produce stable codes.
 - Integration: asset-free player scene accepts injected flat query and preserves
  spawn offset `0.05` plus physics ground snap.
 - Boundary: source regression rejects ADT loader/cache/chunk helpers in player.
 - Fidelity evidence: existing interpolation and snap behavior only; no
  original-client or collision parity claim.
 - Performance budget: one dictionary cache lookup and scalar interpolation per
  cached query; native parse only on first tile access.
 ## Extension points
 - Streaming renderer or physics backend may implement `TerrainQuery` without changing player/movement.
 - Future result may grow separate slope, surface, liquid or collision contracts;
  incompatible additions require a versioned contract rather than Dictionary fields.
 - Test/authoring data sources may use constructor loader override.
 - Async streaming requires a separate availability/update model.
 ## Capability status
 | Capability | Status | Evidence | Gap/next step |
 |---|---|---|---|
 | Typed replaceable ground-height query | Implemented | Contract and injected player regression | Integrate target checklist after review |
 | Existing ADT height interpolation | Implemented | Synthetic fractional-grid fixture | Compare terrain contact with build 12340 |
 | Per-tile success/failure cache | Implemented | Loader call-count regression | Add explicit invalidation only with authoring/hot reload |
 | Renderer/streaming cache backend | Planned | Boundary permits replacement | M03 renderer facade/public terrain backend |
 | Holes/slopes/collision | Planned | Outside height-only contract | Later movement/physics package |
 | Liquid/swim query | Planned | Outside contract | M09/M12 world gameplay |
 ## Known gaps and risks
 - Bilinear outer-grid height is the inherited sandbox approximation; exact ADT
  triangle choice, holes and collision are not represented.
 - Query is synchronous; first access may parse an ADT on the main thread exactly
  as before extraction. A streaming/backend replacement is future work.
 - Unavailable results remain cached until query replacement.
 - Player still owns ground offset/snap policy; only data access is extracted.
 - Existing native dictionaries remain dynamic inside the adapter.
 ## Source map
 | Path | Responsibility |
 |---|---|
 | `src/gameplay/terrain/terrain_ground_sample.gd` | Immutable available/unavailable result |
 | `src/gameplay/terrain/terrain_query.gd` | Replaceable typed query boundary |
 | `src/gameplay/terrain/adt_terrain_query.gd` | Native ADT adapter, cache, chunk selection and interpolation |
 | `src/scenes/player/third_person_wow_controller.gd` | Query composition and existing ground-snap consumer |
 | `src/tools/verify_terrain_query.gd` | Synthetic contract/cache/failure/injection regression |
 | `src/tests/scenes/player_input_regression.tscn` | Asset-free player composition fixture |
 ## Related decisions and references
 - ADR: none; no coordinate, format or authority decision changed.
 - Upstream/reference: `targets/02-player-decomposition.md`,
  `targets/roadmap/02-rendering-and-graphics.md`,
  `targets/roadmap/04-gameplay-systems.md`, `docs/ARCHITECTURE.md`.
@@ -0,0 +1,253 @@
 # Third-Person Camera
 ## Metadata
 | Field | Value |
 |---|---|
 | Status | Implemented |
 | Target/work package | M02 / M02-RND-CAMERA-001 |
 | Owners | Camera presentation state and CameraPivot/Camera3D lifecycle |
 | Last verified | `8c1cf9b`, 2026-07-14 |
 | Profiles/capabilities | Current sandbox orbit/zoom; identity collision policy |
 ## Purpose
 Own third-person mouse capture, orbit yaw/pitch, zoom state and Camera3D local
 transforms on the existing `CameraPivot` node. Expose an explicit replaceable
 camera-distance collision policy while preserving the current no-collision
 sandbox baseline.
 ## Non-goals
 - Implement an unverified physics raycast or claim build-12340 collision parity.
 - Own player movement, terrain queries, streaming focus or character visuals.
 - Implement first-person, follow lag, shoulder camera, cinematics or view modes.
 - Change current sensitivity, pitch/zoom limits, FOV or far plane.
 ## Context and boundaries
 ```mermaid
 flowchart LR
    InputMap[Remappable camera actions] --> Player[ThirdPersonWowController dispatch]
    Player --> Rig[ThirdPersonCameraRig]
    Mouse[Mouse motion] --> Player
    Rig --> Character[Character yaw transform]
    Rig --> Pivot[CameraPivot local transform]
    Rig --> Policy[CameraCollisionPolicy]
    Policy --> Distance[Resolved distance]
    Distance --> Camera[Camera3D local transform]
    Rig --> FlightBasis[Godot-world pivot basis]
    FlightBasis --> Movement[LocalPlayerMovementController adapter]
 ```
 Allowed dependencies:
 - Existing `PlayerInputActions` names and Godot input events.
 - Explicit character, pivot and Camera3D Node references on the main thread.
 - Replaceable `CameraCollisionPolicy` selected by composition/tests.
 - Movement adapter may read the rig's Godot-world basis during sandbox flight.
 Forbidden dependencies:
 - ADT/terrain parsing, movement velocity, gameplay state or animation ownership.
 - Camera rig discovering renderer/network/server services.
 - Default collision policy performing hidden raycasts or changing baseline distance.
 - Collision policy mutating rig/camera/character nodes.
 ## Public API
 | Symbol | Kind | Purpose | Thread/lifetime | Errors |
 |---|---|---|---|---|
 | `ThirdPersonCameraRig` | `Node3D` component | Owns orbit/zoom state on CameraPivot | Main thread; scene-owned | Reports missing Camera3D |
 | `initialize_for_character(character_body)` | Composition method | Attaches yaw target and captures initial character yaw | Main thread after scene ready | Null leaves yaw target absent |
 | `handle_camera_input(event)` | Input adapter | Applies capture/release/zoom/orbit actions | Main input thread | Returns whether camera consumed state |
 | `set_collision_policy(policy)` | Composition method | Replaces distance resolution policy | Main thread | Null rejected; old policy retained |
 | `refresh_camera_transform()` | Presentation update | Applies pivot pose and resolved camera distance | Main/physics thread | Missing camera leaves state but no Camera3D mutation |
 | `godot_world_flight_movement_basis()` | Read model | Returns pivot global basis for sandbox flight | Main thread | None |
 | `CameraCollisionPolicy.resolve_camera_distance(pivot, requested)` | Policy boundary | Resolves camera distance in Godot units | Main thread in current implementation | Rig clamps output to `[0, requested]` |
 | `NoCameraCollisionPolicy` | Identity policy | Preserves requested distance with no physics query | Any main-thread call | None |
 Read-only rig state: `yaw_radians`, `pitch_radians`,
 `requested_distance_units`, `resolved_distance_units` and `is_mouse_captured`.
 ## Inputs and outputs
 | Direction | Contract/data | Producer | Consumer | Ownership | Thread/lifetime |
 |---|---|---|---|---|---|
 | Input | Camera action `InputEvent` | Godot/player dispatch | Camera rig | Engine-owned event | One dispatch |
 | Input | Mouse relative pixels | Godot input | Camera rig | Engine-owned event | One dispatch |
 | Input | Character `Node3D` | Player composition | Camera rig | Scene-owned reference | Rig scene lifetime |
 | Input | Collision policy | Composition/test | Camera rig | Rig-held RefCounted | Until replacement |
 | Output | Character yaw | Camera rig | Player transform | Scene mutation | Orbit event |
 | Output | Pivot pitch/height | Camera rig | CameraPivot | Scene mutation | Refresh |
 | Output | Requested/resolved distance | Camera rig/policy | Camera3D | Rig-owned scalar/read model | Until next input/refresh |
 | Output | Godot-world `Basis` | Camera rig | Flight movement adapter | Value copy | Physics tick |
 Side effects:
 - Mutates mouse mode, character yaw, CameraPivot local transform and Camera3D local transform.
 - Marks Camera3D current and sets its far plane once at ready.
 - Releases captured mouse on rig removal.
 - Creates no files, caches, RIDs, workers, network messages or gameplay state.
 ## Data flow
 ```mermaid
 flowchart LR
    Action[Camera action or mouse delta] --> State[Yaw pitch requested distance capture]
    State --> Clamp[Pitch/zoom clamps]
    Clamp --> Pivot[Pivot height and pitch]
    Clamp --> Request[Requested distance]
    Request --> Policy[CameraCollisionPolicy]
    Policy --> Safe[Clamp 0..requested]
    Safe --> Camera[Camera3D Z distance]
    State --> Character[Character yaw]
 ```
 ## Lifecycle/state
 ```mermaid
 stateDiagram-v2
    [*] --> MouseVisible
    MouseVisible --> MouseCaptured: camera rotate pressed
    MouseCaptured --> MouseVisible: camera rotate released
    MouseCaptured --> MouseVisible: release cursor
    MouseCaptured --> MouseCaptured: mouse motion / orbit and clamp
    MouseVisible --> MouseVisible: zoom and clamp
    MouseCaptured --> [*]: rig removed / release mouse
    MouseVisible --> [*]: rig removed
 ```
 Zoom and collision distance are orthogonal to capture state. The requested zoom
 persists while a policy may temporarily choose a shorter resolved distance.
 ## Main sequence
 ```mermaid
 sequenceDiagram
    participant Engine as Godot Input
    participant Player as ThirdPersonWowController
    participant Rig as ThirdPersonCameraRig
    participant Policy as CameraCollisionPolicy
    participant Camera as Camera3D
    Engine->>Player: InputEvent
    Player->>Rig: handle_camera_input(event)
    Rig->>Rig: update capture/orbit/zoom state
    Rig->>Policy: resolve_camera_distance(pivot, requested)
    Policy-->>Rig: resolved distance
    Rig->>Camera: apply local position/rotation
    opt captured mouse motion
        Rig->>Player: mutate character yaw transform
    end
 ```
 ## Ownership, threading and resources
 - Parent player scene owns the CameraPivot rig and Camera3D child.
 - Rig holds non-owning scene references to character and camera.
 - Rig owns scalar camera state and the RefCounted collision policy.
 - All input/state/scene mutations occur on the main thread.
 - Policy output is a scalar; policies must not mutate supplied nodes.
 - No background tasks, resources, RIDs or caches are created.
 ## Errors, cancellation and recovery
 | Failure | Detection | Behavior | Diagnostic | Recovery |
 |---|---|---|---|---|
 | Camera3D missing | `_ready` lookup | State continues; transform application skipped | `ThirdPersonCameraRig` error with path | Restore child/path and recreate scene |
 | Character missing | Initialization | Orbit state updates without character yaw mutation | Composition/test failure | Call initializer with player node |
 | Null collision policy | Setter guard | Current policy retained | Rig error | Pass valid policy |
 | Policy returns negative/too large | Rig clamp | Distance clamped to `[0, requested]` | Policy regression tests | Fix/replace policy |
 | Rig removed while captured | `_exit_tree` | Mouse made visible | Lifecycle regression | Recreate rig normally |
 There is no asynchronous cancellation or persisted rollback. Recreating the rig
 restores configured defaults.
 ## Configuration and capabilities
 | Setting/capability | Default | Profile | Runtime mutable | Effect |
 |---|---|---|---|---|
 | Initial pitch | `-18°` | Current sandbox | State-owned after ready | Initial orbit elevation |
 | Pitch limits | `-65°..35°` | Current sandbox | Exported | Mouse clamp |
 | Mouse sensitivity | `0.003` rad/pixel | Current sandbox | Exported | Orbit delta |
 | Pivot height | `1.7` units | Current sandbox | Exported | Camera eye origin |
 | Initial distance | `8` units | Current sandbox | Exported before ready | Requested zoom |
 | Zoom limits/step | `2..18`, step `1` | Current sandbox | Exported | Requested distance clamp |
 | Far plane | `50000` units | Renderer sandbox | Exported | Camera far plane |
 | Collision policy | `NoCameraCollisionPolicy` | Current sandbox | Replaceable | Identity distance/no raycast |
 ## Persistence, cache and migration
 Camera state and policy are transient. No SavedVariables/settings schema, cache
 or migration is introduced. Scene paths remain
 `ThirdPersonPlayer/CameraPivot/Camera3D`, so renderer diagnostics and capture
 tools require no path migration.
 ## Diagnostics and observability
 - Logs: missing camera/null policy emit explicit component errors.
 - Read models: yaw, pitch, requested/resolved distance and capture state.
 - Tests: dedicated verifier reports state/policy/scene counts.
 - Metrics/correlation IDs: not applicable to constant-time local presentation.
 ## Verification
 - State regression: initial yaw/pitch/distance/height/far plane, capture/release,
  mouse orbit, character yaw, pitch clamps and zoom clamps.
 - Policy regression: fixed-distance test policy changes Camera3D Z; identity
  policy restores requested distance; baseline policy contains no physics query.
 - Scene integration: Eastern Kingdoms, Kalimdor and asset-free regression scenes
  attach the rig to the existing CameraPivot.
 - Boundary: player no longer owns capture/yaw/pitch/distance or camera transform helper.
 - Existing input/movement/terrain regressions and renderer dry-run remain required.
 - Fidelity evidence: current numeric defaults and identity collision behavior
  only; original-client orbit/collision comparison remains open.
 - Performance: constant-time scalar/transform work once per physics tick and
  input event; no default raycast.
 ## Extension points
 - Add an opt-in raycast collision policy after reference fixtures define mask,
  margin, recovery smoothing and first-person limit.
 - Add follow/shoulder/cinematic rigs as separate components, not branches inside this rig.
 - Persist user camera settings through a future versioned settings module.
 - Input contexts may suppress camera actions before dispatch without changing rig state.
 ## Capability status
 | Capability | Status | Evidence | Gap/next step |
 |---|---|---|---|
 | Independent third-person rig | Implemented | Three scene wirings and player boundary regression | Integrate target checklist after review |
 | Existing orbit/zoom behavior | Implemented | Numeric state/transform regression | Compare against build 12340 |
 | Camera-relative sandbox flight basis | Implemented | Basis and movement regressions | Restrict flight to sandbox profile |
 | Replaceable collision policy | Implemented | Fixed and identity policy tests | Implement verified collision policy |
 | Active camera collision | Planned | Identity policy intentionally preserves baseline | Capture original-client occluder fixtures first |
 | First-person/follow policies | Planned | Outside current sandbox baseline | Later completeness work |
 ## Known gaps and risks
 - Default collision policy performs no occluder avoidance, matching the previous sandbox.
 - Exact WoW camera orbit direction, pitch limits, zoom curve, collision margin and
  recovery smoothing are unverified.
 - Exported initial values are captured at ready; runtime mutation may require an
  explicit reconfiguration API later.
 - Mouse mode remains process-global Godot state and must be coordinated with future UI contexts.
 ## Source map
 | Path | Responsibility |
 |---|---|
 | `src/scenes/player/third_person_camera_rig.gd` | CameraPivot state, input and transforms |
 | `src/scenes/player/camera_collision_policy.gd` | Replaceable distance-policy boundary |
 | `src/scenes/player/no_camera_collision_policy.gd` | Identity baseline policy |
 | `src/scenes/player/third_person_wow_controller.gd` | Camera event dispatch and movement-basis consumer |
 | `src/scenes/streaming/*_streaming.tscn` | Runtime rig composition |
 | `src/tests/scenes/player_input_regression.tscn` | Asset-free rig/player composition |
 | `src/tools/verify_third_person_camera_rig.gd` | State, policy, scene and boundary regression |
 ## Related decisions and references
 - ADR: none; current behavior and scene paths are preserved.
 - Upstream/reference: `targets/02-player-decomposition.md`,
  `targets/roadmap/02-rendering-and-graphics.md`,
  `targets/roadmap/04-gameplay-systems.md`, `docs/ARCHITECTURE.md`.
@@ -0,0 +1,97 @@
 class_name LocalPlayerMovementController
 extends RefCounted
 ## Scene-free state and velocity integrator for the current local sandbox player.
 ## Direction inputs use a Godot-world movement basis selected by the scene
 ## adapter. This class does not discover Nodes, query terrain or mutate transforms.
 var godot_world_velocity_units_per_second: Vector3:
 	get:
 		return _godot_world_velocity_units_per_second
 var is_flight_enabled: bool:
 	get:
 		return _is_flight_enabled
 var _run_speed_units_per_second: float
 var _backward_speed_units_per_second: float
 var _strafe_speed_units_per_second: float
 var _flight_vertical_speed_units_per_second: float
 var _acceleration_units_per_second_squared: float
 var _sandbox_sprint_multiplier: float
 var _godot_world_velocity_units_per_second := Vector3.ZERO
 var _is_flight_enabled := false
 ## Creates a movement state with explicit Godot-unit speeds and acceleration.
 ## The current compatibility renderer treats one Godot unit as one WoW yard.
 func _init(
 		run_speed_units_per_second: float,
 		backward_speed_units_per_second: float,
 		strafe_speed_units_per_second: float,
 		flight_vertical_speed_units_per_second: float,
 		acceleration_units_per_second_squared: float,
 		sandbox_sprint_multiplier: float
 ) -> void:
 	_run_speed_units_per_second = run_speed_units_per_second
 	_backward_speed_units_per_second = backward_speed_units_per_second
 	_strafe_speed_units_per_second = strafe_speed_units_per_second
 	_flight_vertical_speed_units_per_second = flight_vertical_speed_units_per_second
 	_acceleration_units_per_second_squared = acceleration_units_per_second_squared
 	_sandbox_sprint_multiplier = sandbox_sprint_multiplier
 ## Toggles sandbox free flight and clears velocity exactly like the pre-M02 controller.
 ## Returns the new flight state.
 func toggle_sandbox_flight() -> bool:
 	_is_flight_enabled = not _is_flight_enabled
 	_godot_world_velocity_units_per_second = Vector3.ZERO
 	return _is_flight_enabled
 ## Advances velocity by one physics step and returns local-world displacement.
 ## `godot_world_movement_basis` is the player basis on ground and camera-pivot basis in flight.
 ## Negative delta values are treated as zero and do not mutate velocity.
 func advance(
 		move_intent: MoveIntent,
 		godot_world_movement_basis: Basis,
 		delta_seconds: float
 ) -> Vector3:
 	var safe_delta_seconds := maxf(delta_seconds, 0.0)
 	if is_zero_approx(safe_delta_seconds):
 		return Vector3.ZERO
 	var target_velocity := _calculate_target_velocity(move_intent, godot_world_movement_basis)
 	_godot_world_velocity_units_per_second = _godot_world_velocity_units_per_second.move_toward(
 		target_velocity,
 		_acceleration_units_per_second_squared * safe_delta_seconds
 	)
 	return _godot_world_velocity_units_per_second * safe_delta_seconds
 func _calculate_target_velocity(move_intent: MoveIntent, godot_world_movement_basis: Basis) -> Vector3:
 	var forward_direction := -godot_world_movement_basis.z
 	var right_direction := godot_world_movement_basis.x
 	if not _is_flight_enabled:
 		forward_direction.y = 0.0
 		right_direction.y = 0.0
 	forward_direction = forward_direction.normalized()
 	right_direction = right_direction.normalized()
 	var forward_speed := (
 		_run_speed_units_per_second
 		if move_intent.forward_axis > 0.0
 		else _backward_speed_units_per_second
 	)
 	var speed_multiplier := _sandbox_sprint_multiplier if move_intent.is_sprint_requested else 1.0
 	var target_velocity := (
 		forward_direction * move_intent.forward_axis * forward_speed
 		+ right_direction * move_intent.strafe_axis * _strafe_speed_units_per_second
 	) * speed_multiplier
 	if _is_flight_enabled:
 		target_velocity.y += (
 			move_intent.vertical_axis
 			* _flight_vertical_speed_units_per_second
 			* speed_multiplier
 		)
 	return target_velocity
@@ -0,0 +1 @@
 uid://dxlx5kloh7p5c
@@ -0,0 +1,166 @@
 class_name AdtTerrainQuery
 extends TerrainQuery
 ## TerrainQuery adapter for existing native ADT dictionaries.
 ## Parsed tiles, including unavailable results, are cached for this query's
 ## lifetime. The adapter is main-thread owned and creates no scene resources.
 const COORDINATE_MAPPER_SCRIPT := preload("res://src/domain/coordinates/coordinate_mapper.gd")
 const CHUNK_SIZE_UNITS := COORDINATE_MAPPER_SCRIPT.ADT_CHUNK_SIZE_YARDS
 const OUTER_GRID_UNIT_SIZE := CHUNK_SIZE_UNITS / 8.0
 var _extracted_directory: String
 var _map_directory_name: String
 var _adt_tile_loader_override: Callable
 var _adt_tile_cache: Dictionary = {}
 var _failure_code_by_tile_key: Dictionary = {}
 ## Creates an ADT query for one map. `adt_tile_loader_override` is an optional
 ## test/data-source seam receiving the absolute ADT path and returning a Dictionary.
 func _init(
 		extracted_directory: String,
 		map_directory_name: String,
 		adt_tile_loader_override: Callable = Callable()
 ) -> void:
 	_extracted_directory = extracted_directory
 	_map_directory_name = map_directory_name
 	_adt_tile_loader_override = adt_tile_loader_override
 ## Samples the existing 9x9 outer-height grid with bilinear interpolation.
 func sample_ground_height(godot_world_position: GodotWorldPosition) -> TerrainGroundSample:
 	var tile_coordinate = COORDINATE_MAPPER_SCRIPT.godot_to_adt_tile(godot_world_position)
 	var tile_local_position = COORDINATE_MAPPER_SCRIPT.godot_to_adt_tile_local(godot_world_position)
 	var chunk_coordinate = COORDINATE_MAPPER_SCRIPT.adt_tile_local_to_chunk(
 		tile_coordinate,
 		tile_local_position
 	)
 	var tile_key := _tile_key(tile_coordinate.tile_x, tile_coordinate.tile_y)
 	var adt_tile_data := _load_adt_tile(tile_coordinate.tile_x, tile_coordinate.tile_y)
 	if adt_tile_data.is_empty():
 		return TerrainGroundSample.unavailable(
 			_failure_code_by_tile_key.get(tile_key, &"adt_tile_unavailable")
 		)
 	var tile_origin := _find_tile_origin(adt_tile_data)
 	var chunk := _find_chunk(
 		adt_tile_data,
 		clampi(chunk_coordinate.chunk_x, 0, 15),
 		clampi(chunk_coordinate.chunk_y, 0, 15),
 		tile_origin
 	)
 	if chunk.is_empty():
 		return TerrainGroundSample.unavailable(&"adt_chunk_missing")
 	var heights: PackedFloat32Array = chunk.get("heights", PackedFloat32Array())
 	if heights.size() < 145:
 		return TerrainGroundSample.unavailable(&"adt_chunk_heights_invalid")
 	var chunk_origin: Vector3 = chunk.get("origin", Vector3.ZERO)
 	var chunk_local_x := godot_world_position.x_units - chunk_origin.x
 	var chunk_local_z := godot_world_position.z_units - chunk_origin.z
 	var grid_x := clampf(chunk_local_x / OUTER_GRID_UNIT_SIZE, 0.0, 8.0)
 	var grid_z := clampf(chunk_local_z / OUTER_GRID_UNIT_SIZE, 0.0, 8.0)
 	var x0 := clampi(int(floor(grid_x)), 0, 8)
 	var z0 := clampi(int(floor(grid_z)), 0, 8)
 	var x1 := mini(x0 + 1, 8)
 	var z1 := mini(z0 + 1, 8)
 	var fraction_x := grid_x - float(x0)
 	var fraction_z := grid_z - float(z0)
 	var height_x0 := lerpf(
 		heights[_outer_height_index(z0, x0)],
 		heights[_outer_height_index(z0, x1)],
 		fraction_x
 	)
 	var height_x1 := lerpf(
 		heights[_outer_height_index(z1, x0)],
 		heights[_outer_height_index(z1, x1)],
 		fraction_x
 	)
 	return TerrainGroundSample.available(
 		chunk_origin.y + lerpf(height_x0, height_x1, fraction_z)
 	)
 func _load_adt_tile(tile_x: int, tile_y: int) -> Dictionary:
 	var tile_key := _tile_key(tile_x, tile_y)
 	if _adt_tile_cache.has(tile_key):
 		return _adt_tile_cache[tile_key]
 	var resource_path := _extracted_directory.path_join(
 		"World/Maps/%s/%s_%d_%d.adt" % [_map_directory_name, _map_directory_name, tile_x, tile_y]
 	)
 	var absolute_path := ProjectSettings.globalize_path(resource_path)
 	var adt_tile_data: Dictionary = {}
 	var failure_code: StringName = &""
 	if _adt_tile_loader_override.is_valid():
 		var override_result = _adt_tile_loader_override.call(absolute_path)
 		if override_result is Dictionary:
 			adt_tile_data = override_result
 		else:
 			failure_code = &"adt_loader_result_invalid"
 	elif not ClassDB.class_exists("ADTLoader"):
 		failure_code = &"adt_loader_unavailable"
 	elif not FileAccess.file_exists(absolute_path):
 		failure_code = &"adt_source_missing"
 	else:
 		var loader = ClassDB.instantiate("ADTLoader")
 		if loader != null:
 			var load_result = loader.call("load_adt", absolute_path)
 			if load_result is Dictionary:
 				adt_tile_data = load_result
 		if adt_tile_data.is_empty():
 			failure_code = &"adt_load_failed"
 	if adt_tile_data.is_empty() and failure_code.is_empty():
 		failure_code = &"adt_tile_unavailable"
 	_adt_tile_cache[tile_key] = adt_tile_data
 	_failure_code_by_tile_key[tile_key] = failure_code
 	return adt_tile_data
 func _find_chunk(
 		adt_tile_data: Dictionary,
 		chunk_x: int,
 		chunk_y: int,
 		tile_origin: Vector3
 ) -> Dictionary:
 	for chunk in adt_tile_data.get("chunks", []) as Array:
 		if chunk.is_empty():
 			continue
 		var chunk_origin: Vector3 = chunk.get("origin", Vector3.ZERO)
 		var local_origin := chunk_origin - tile_origin
 		var candidate_chunk_x := clampi(int(round(local_origin.x / CHUNK_SIZE_UNITS)), 0, 15)
 		var candidate_chunk_y := clampi(int(round(local_origin.z / CHUNK_SIZE_UNITS)), 0, 15)
 		if candidate_chunk_x == chunk_x and candidate_chunk_y == chunk_y:
 			return chunk
 	return {}
 func _find_tile_origin(adt_tile_data: Dictionary) -> Vector3:
 	var has_origin := false
 	var minimum_x := 0.0
 	var minimum_z := 0.0
 	for chunk in adt_tile_data.get("chunks", []) as Array:
 		if chunk.is_empty():
 			continue
 		var chunk_origin: Vector3 = chunk.get("origin", Vector3.ZERO)
 		if not has_origin:
 			minimum_x = chunk_origin.x
 			minimum_z = chunk_origin.z
 			has_origin = true
 		else:
 			minimum_x = minf(minimum_x, chunk_origin.x)
 			minimum_z = minf(minimum_z, chunk_origin.z)
 	return Vector3(minimum_x, 0.0, minimum_z) if has_origin else Vector3.ZERO
 func _tile_key(tile_x: int, tile_y: int) -> String:
 	return "%d_%d" % [tile_x, tile_y]
 func _outer_height_index(row: int, column: int) -> int:
 	return row * 17 + column
@@ -0,0 +1 @@
 uid://cq7scvxqw6ffm
@@ -0,0 +1,49 @@
 class_name TerrainGroundSample
 extends RefCounted
 ## Immutable result of a terrain ground-height query in Godot world units.
 ## An unavailable sample carries a stable failure code instead of overloading a
 ## numeric height with `NAN` at the public boundary.
 var is_available: bool:
 	get:
 		return _is_available
 var height_units: float:
 	get:
 		return _height_units
 var failure_code: StringName:
 	get:
 		return _failure_code
 var _is_available: bool
 var _height_units: float
 var _failure_code: StringName
 ## Creates an available ground sample in Godot world units.
 static func available(height_units_value: float) -> TerrainGroundSample:
 	return TerrainGroundSample.new(true, height_units_value, &"")
 ## Creates an unavailable sample with a stable diagnostic code.
 static func unavailable(failure_code_value: StringName) -> TerrainGroundSample:
 	return TerrainGroundSample.new(false, 0.0, failure_code_value)
 ## Normalizes factory inputs so available samples are finite and unavailable
 ## samples always carry a non-empty failure code.
 func _init(
 		is_available_value: bool,
 		height_units_value: float,
 		failure_code_value: StringName
 ) -> void:
 	_is_available = is_available_value and is_finite(height_units_value)
 	_height_units = height_units_value if _is_available else 0.0
 	if _is_available:
 		_failure_code = &""
 	elif not is_finite(height_units_value):
 		_failure_code = &"terrain_height_not_finite"
 	else:
 		_failure_code = failure_code_value if not failure_code_value.is_empty() else &"terrain_unavailable"
@@ -0,0 +1 @@
 uid://boe5qkip6ffku
@@ -0,0 +1,12 @@
 class_name TerrainQuery
 extends RefCounted
 ## Replaceable scene-free boundary for gameplay terrain height sampling.
 ## Implementations receive a typed Godot world position and must return an
 ## explicit available/unavailable result without mutating the caller.
 ## Samples terrain ground height at a typed Godot world position.
 ## The base implementation reports `terrain_query_not_implemented`.
 func sample_ground_height(_godot_world_position: GodotWorldPosition) -> TerrainGroundSample:
 	return TerrainGroundSample.unavailable(&"terrain_query_not_implemented")
@@ -0,0 +1 @@
 uid://d3f2hetuo342q
@@ -0,0 +1,95 @@
 class_name CharacterAnimationPresenter
 extends Node
 ## Selects and plays the current sandbox idle or moving animation.
 ## Animation import, movement simulation and model composition remain external.
 const MOVING_ANIMATION_CANDIDATES: Array[String] = ["Run", "Walk"]
 const STATIONARY_ANIMATION_CANDIDATES: Array[String] = ["Stand", "Idle"]
 ## Cross-fade time retained from the current sandbox controller.
@export var animation_blend_time_seconds: float = 0.15
 var active_animation_name: String:
 	get:
 		return _active_animation_name
 var has_animation_player: bool:
 	get:
 		return _animation_player != null and is_instance_valid(_animation_player)
 var _animation_player: AnimationPlayer
 var _active_animation_name := ""
 ## Finds the first AnimationPlayer below a newly composed character root.
 ## Binding null or a root without animations clears the current presentation.
 func bind_character_root(character_root: Node) -> bool:
 	_animation_player = (
 		_find_animation_player(character_root)
 		if character_root != null and is_instance_valid(character_root)
 		else null
 	)
 	_active_animation_name = ""
 	if _animation_player == null:
 		return false
 	_prepare_animation_player(_animation_player)
 	present_locomotion(false)
 	return true
 ## Presents the current moving/stationary locomotion state.
 ## Returns true only when a different animation starts playing.
 func present_locomotion(is_moving: bool) -> bool:
 	if _animation_player == null or not is_instance_valid(_animation_player):
 		_animation_player = null
 		_active_animation_name = ""
 		return false
 	var candidates := MOVING_ANIMATION_CANDIDATES if is_moving else STATIONARY_ANIMATION_CANDIDATES
 	var selected_animation := _choose_animation(candidates)
 	if selected_animation.is_empty() or selected_animation == _active_animation_name:
 		return false
 	_active_animation_name = selected_animation
 	_animation_player.play(selected_animation, animation_blend_time_seconds)
 	return true
 func _prepare_animation_player(animation_player: AnimationPlayer) -> void:
 	animation_player.playback_default_blend_time = animation_blend_time_seconds
 	for animation_name in animation_player.get_animation_list():
 		var lowercase_name := String(animation_name).to_lower()
 		if (
 			lowercase_name == "stand"
 			or lowercase_name == "idle"
 			or lowercase_name == "run"
 			or lowercase_name == "walk"
 			or lowercase_name.contains("stand")
 			or lowercase_name.contains("run")
 			or lowercase_name.contains("walk")
 		):
 			var animation := animation_player.get_animation(animation_name)
 			if animation != null:
 				animation.loop_mode = Animation.LOOP_LINEAR
 func _choose_animation(candidates: Array[String]) -> String:
 	for candidate in candidates:
 		if _animation_player.has_animation(candidate):
 			return candidate
 	var animation_names := _animation_player.get_animation_list()
 	for candidate in candidates:
 		var lowercase_candidate := candidate.to_lower()
 		for animation_name in animation_names:
 			if String(animation_name).to_lower().contains(lowercase_candidate):
 				return String(animation_name)
 	return ""
 func _find_animation_player(root: Node) -> AnimationPlayer:
 	if root is AnimationPlayer:
 		return root
 	for child in root.get_children():
 		var animation_player := _find_animation_player(child)
 		if animation_player != null:
 			return animation_player
 	return null
@@ -0,0 +1 @@
 uid://c2jnn0e3mmymc
@@ -0,0 +1,150 @@
 class_name CharacterAppearancePresenter
 extends Node3D
 ## Composes one sandbox character model, texture compositor and starter outfit.
 ## The presenter owns only nodes below the existing Visual scene boundary.
 const GEOSET_CONTROLLER_SCRIPT := preload("res://src/scenes/character/character_geoset_controller.gd")
 const TEXTURE_COMPOSITOR_SCRIPT := preload("res://src/scenes/character/character_texture_compositor.gd")
 const OUTFIT_RESOLVER_SCRIPT := preload("res://src/scenes/character/wow_character_outfit_resolver.gd")
 signal character_appearance_ready(character_root: Node3D)
 ## Packed character scene used by the current render sandbox.
@export var character_model_path: String = "res://src/resources/characters/HUMAN/MALE/HumanMale.glb"
 ## Character class used when resolving the current starter outfit.
@export var character_class_id: int = 1
 ## Uniform scale applied to the composed character root.
@export var character_scale: float = 1.0
 ## Model-space yaw correction retained from the current sandbox.
@export var character_yaw_offset_degrees: float = 90.0
 ## Root containing extracted DBC and item texture inputs.
@export var extracted_data_directory: String = "res://data/extracted"
 var character_root: Node3D:
 	get:
 		return _character_root
 var _character_root: Node3D
 ## Loads and composes the configured character model below this Visual node.
 ## A non-empty directory argument keeps the player's terrain/content root aligned.
 ## Returns false immediately when no model is configured or the resource is invalid.
 func load_character_appearance(content_root_override: String = "") -> bool:
 	if not content_root_override.is_empty():
 		extracted_data_directory = content_root_override
 	_clear_character_root()
 	if character_model_path.is_empty():
 		return false
 	var character_scene := load(character_model_path) as PackedScene
 	if character_scene == null:
 		push_warning("CharacterAppearancePresenter: cannot load character model: %s" % character_model_path)
 		return false
 	if is_class("MeshInstance3D"):
 		set("mesh", null)
 	position = Vector3.ZERO
 	_character_root = Node3D.new()
 	_character_root.name = "CharacterModel"
 	_character_root.set_script(GEOSET_CONTROLLER_SCRIPT)
 	_character_root.scale = Vector3.ONE * maxf(character_scale, 0.001)
 	_character_root.rotation_degrees.y = character_yaw_offset_degrees
 	var character_instance := character_scene.instantiate()
 	character_instance.name = character_model_path.get_file().get_basename()
 	_character_root.add_child(character_instance)
 	var texture_compositor := Node.new()
 	texture_compositor.name = "CharacterTextureCompositor"
 	texture_compositor.set_script(TEXTURE_COMPOSITOR_SCRIPT)
 	texture_compositor.set("textures_dir", _character_textures_directory(character_model_path))
 	texture_compositor.set("extracted_dir", extracted_data_directory)
 	_character_root.add_child(texture_compositor)
 	add_child(_character_root)
 	_complete_character_composition.call_deferred(_character_root, texture_compositor)
 	return true
 func _complete_character_composition(expected_character_root: Node3D, texture_compositor: Node) -> void:
 	if expected_character_root != _character_root or not is_instance_valid(expected_character_root):
 		return
 	_fit_character_to_ground(expected_character_root)
 	_apply_character_starter_outfit(expected_character_root, texture_compositor)
 	character_appearance_ready.emit(expected_character_root)
 func _clear_character_root() -> void:
 	if _character_root == null or not is_instance_valid(_character_root):
 		_character_root = null
 		return
 	remove_child(_character_root)
 	_character_root.queue_free()
 	_character_root = null
 func _fit_character_to_ground(root: Node3D) -> void:
 	var character_bounds := _calculate_global_bounds(root)
 	if character_bounds.size == Vector3.ZERO:
 		return
 	var local_minimum_y := character_bounds.position.y - root.global_position.y
 	root.position.y -= local_minimum_y
 func _apply_character_starter_outfit(root: Node3D, texture_compositor: Node) -> void:
 	if texture_compositor == null:
 		return
 	var outfit_resolver: RefCounted = OUTFIT_RESOLVER_SCRIPT.new()
 	if not outfit_resolver.call("load_dbcs", extracted_data_directory):
 		return
 	var inferred_identity: Dictionary = outfit_resolver.call(
 		"infer_race_gender_from_model_path",
 		character_model_path
 	)
 	var race_name := String(inferred_identity.get("race", "Human"))
 	var gender_name := String(inferred_identity.get("gender", "Male"))
 	var starter_outfit: Dictionary = outfit_resolver.call(
 		"resolve_start_outfit",
 		race_name,
 		gender_name,
 		character_class_id
 	)
 	if starter_outfit.is_empty():
 		return
 	if texture_compositor.has_method("set_equipment_components"):
 		texture_compositor.call(
 			"set_equipment_components",
 			starter_outfit.get("textures", PackedStringArray())
 		)
 	if root.has_method("apply_outfit_defaults"):
 		root.call("apply_outfit_defaults", starter_outfit)
 func _calculate_global_bounds(root: Node) -> AABB:
 	var combined_bounds := AABB()
 	var has_bounds := false
 	for mesh_instance in _mesh_instances_below(root):
 		if mesh_instance.mesh == null:
 			continue
 		var global_bounds := mesh_instance.global_transform * mesh_instance.mesh.get_aabb()
 		combined_bounds = global_bounds if not has_bounds else combined_bounds.merge(global_bounds)
 		has_bounds = true
 	return combined_bounds if has_bounds else AABB()
 func _mesh_instances_below(root: Node) -> Array[MeshInstance3D]:
 	var mesh_instances: Array[MeshInstance3D] = []
 	_collect_mesh_instances(root, mesh_instances)
 	return mesh_instances
 func _collect_mesh_instances(node: Node, mesh_instances: Array[MeshInstance3D]) -> void:
 	if node is MeshInstance3D:
 		mesh_instances.append(node)
 	for child in node.get_children():
 		_collect_mesh_instances(child, mesh_instances)
 func _character_textures_directory(model_path: String) -> String:
 	return model_path.get_base_dir().path_join(model_path.get_file().get_basename() + "_textures")
@@ -0,0 +1 @@
 uid://bhqbo1ftrt3a3
@@ -0,0 +1,15 @@
 class_name CameraCollisionPolicy
 extends RefCounted
 ## Replaceable third-person camera-distance policy.
 ## Implementations may inspect the explicit pivot/world boundary but must return
 ## a distance in Godot units without mutating the rig or camera nodes.
 ## Resolves the camera distance for the current pivot and requested zoom.
 ## The base policy preserves the request unchanged.
 func resolve_camera_distance(
 		_camera_pivot: Node3D,
 		requested_distance_units: float
 ) -> float:
 	return requested_distance_units
@@ -0,0 +1 @@
 uid://bgd41bb3hvbl1
@@ -0,0 +1,12 @@
 class_name NoCameraCollisionPolicy
 extends CameraCollisionPolicy
 ## Identity collision policy preserving the pre-M02 sandbox camera behavior.
 ## Returns the requested distance without physics queries or allocations.
 func resolve_camera_distance(
 		_camera_pivot: Node3D,
 		requested_distance_units: float
 ) -> float:
 	return requested_distance_units
@@ -0,0 +1 @@
 uid://csts45n5rnxro
@@ -0,0 +1,169 @@
 class_name ThirdPersonCameraRig
 extends Node3D
 ## Third-person orbit/zoom state and Camera3D presentation adapter.
 ## The rig owns camera input state and local transforms. Character movement,
 ## terrain, rendering and collision-policy decisions remain external boundaries.
 const NO_CAMERA_COLLISION_POLICY_SCRIPT := preload("res://src/scenes/player/no_camera_collision_policy.gd")
 ## Relative Camera3D child used by this rig.
@export var camera_path: NodePath = NodePath("Camera3D")
 ## Mouse radians applied per input pixel.
@export var mouse_sensitivity_radians_per_pixel: float = 0.003
 ## Minimum orbit pitch in radians.
@export var minimum_pitch_radians: float = deg_to_rad(-65.0)
 ## Maximum orbit pitch in radians.
@export var maximum_pitch_radians: float = deg_to_rad(35.0)
 ## Pivot height above the character origin in Godot units.
@export var pivot_height_units: float = 1.7
 ## Initial requested camera distance in Godot units.
@export var initial_distance_units: float = 8.0
 ## Minimum user-requested zoom distance in Godot units.
@export var minimum_distance_units: float = 2.0
 ## Maximum user-requested zoom distance in Godot units.
@export var maximum_distance_units: float = 18.0
 ## Distance change per zoom action in Godot units.
@export var zoom_step_units: float = 1.0
 ## Camera far plane retained from the renderer sandbox baseline.
@export var camera_far_plane_units: float = 50000.0
 var yaw_radians: float:
 	get:
 		return _yaw_radians
 var pitch_radians: float:
 	get:
 		return _pitch_radians
 var requested_distance_units: float:
 	get:
 		return _requested_distance_units
 var resolved_distance_units: float:
 	get:
 		return _resolved_distance_units
 var is_mouse_captured: bool:
 	get:
 		return _is_mouse_captured
 var _character_body: Node3D
 var _camera: Camera3D
 var _collision_policy: CameraCollisionPolicy
 var _yaw_radians := 0.0
 var _pitch_radians := deg_to_rad(-18.0)
 var _requested_distance_units := 8.0
 var _resolved_distance_units := 8.0
 var _is_mouse_captured := false
 func _ready() -> void:
 	_camera = get_node_or_null(camera_path) as Camera3D
 	if _camera == null:
 		push_error("ThirdPersonCameraRig: Camera3D not found at %s" % camera_path)
 	if _collision_policy == null:
 		_collision_policy = NO_CAMERA_COLLISION_POLICY_SCRIPT.new()
 	_pitch_radians = clampf(_pitch_radians, minimum_pitch_radians, maximum_pitch_radians)
 	_requested_distance_units = clampf(
 		initial_distance_units,
 		minimum_distance_units,
 		maximum_distance_units
 	)
 	if _camera != null:
 		_camera.current = true
 		_camera.far = camera_far_plane_units
 	refresh_camera_transform()
 func _physics_process(_delta_seconds: float) -> void:
 	refresh_camera_transform()
 func _exit_tree() -> void:
 	if _is_mouse_captured:
 		_is_mouse_captured = false
 		Input.mouse_mode = Input.MOUSE_MODE_VISIBLE
 ## Attaches the character transform rotated by orbit input and captures its initial yaw.
 func initialize_for_character(character_body: Node3D) -> void:
 	_character_body = character_body
 	if _character_body != null:
 		_yaw_radians = _character_body.rotation.y
 	refresh_camera_transform()
 ## Replaces camera-distance collision behavior and immediately refreshes the camera.
 ## Passing null is rejected and preserves the current policy.
 func set_collision_policy(collision_policy: CameraCollisionPolicy) -> void:
 	if collision_policy == null:
 		push_error("ThirdPersonCameraRig: collision policy cannot be null")
 		return
 	_collision_policy = collision_policy
 	refresh_camera_transform()
 ## Applies remappable camera actions and orbit mouse motion.
 ## Returns true when the event changed or consumed camera state.
 func handle_camera_input(event: InputEvent) -> bool:
 	if event.is_action_pressed(PlayerInputActions.CAMERA_ROTATE):
 		_is_mouse_captured = true
 		Input.mouse_mode = Input.MOUSE_MODE_CAPTURED
 		return true
 	if event.is_action_released(PlayerInputActions.CAMERA_ROTATE):
 		_is_mouse_captured = false
 		Input.mouse_mode = Input.MOUSE_MODE_VISIBLE
 		return true
 	if event.is_action_pressed(PlayerInputActions.CAMERA_ZOOM_IN):
 		_requested_distance_units = clampf(
 			_requested_distance_units - zoom_step_units,
 			minimum_distance_units,
 			maximum_distance_units
 		)
 		refresh_camera_transform()
 		return true
 	if event.is_action_pressed(PlayerInputActions.CAMERA_ZOOM_OUT):
 		_requested_distance_units = clampf(
 			_requested_distance_units + zoom_step_units,
 			minimum_distance_units,
 			maximum_distance_units
 		)
 		refresh_camera_transform()
 		return true
 	if event.is_action_pressed(PlayerInputActions.RELEASE_CURSOR):
 		_is_mouse_captured = false
 		Input.mouse_mode = Input.MOUSE_MODE_VISIBLE
 		return true
 	if _is_mouse_captured and event is InputEventMouseMotion:
 		_yaw_radians -= event.relative.x * mouse_sensitivity_radians_per_pixel
 		_pitch_radians = clampf(
 			_pitch_radians - event.relative.y * mouse_sensitivity_radians_per_pixel,
 			minimum_pitch_radians,
 			maximum_pitch_radians
 		)
 		if _character_body != null:
 			_character_body.rotation.y = _yaw_radians
 		refresh_camera_transform()
 		return true
 	return false
 ## Returns the pivot's Godot-world basis for camera-relative sandbox flight.
 func godot_world_flight_movement_basis() -> Basis:
 	return global_basis
 ## Applies pivot and Camera3D local transforms using the active collision policy.
 func refresh_camera_transform() -> void:
 	position = Vector3(0.0, pivot_height_units, 0.0)
 	rotation.x = _pitch_radians
 	if _camera == null:
 		return
 	var policy_distance := _collision_policy.resolve_camera_distance(
 		self,
 		_requested_distance_units
 	) if _collision_policy != null else _requested_distance_units
 	_resolved_distance_units = clampf(policy_distance, 0.0, _requested_distance_units)
 	_camera.position = Vector3(0.0, 0.0, _resolved_distance_units)
 	_camera.rotation = Vector3.ZERO
@@ -0,0 +1 @@
 uid://cq60al4uw0mgo
@@ -1,17 +1,13 @@
 extends CharacterBody3D
 const GEOSET_CONTROLLER_SCRIPT := preload("res://src/scenes/character/character_geoset_controller.gd")
 const TEXTURE_COMPOSITOR_SCRIPT := preload("res://src/scenes/character/character_texture_compositor.gd")
 const OUTFIT_RESOLVER_SCRIPT := preload("res://src/scenes/character/wow_character_outfit_resolver.gd")
 const COORDINATE_MAPPER_SCRIPT := preload("res://src/domain/coordinates/coordinate_mapper.gd")
 const GODOT_WORLD_POSITION_SCRIPT := preload("res://src/domain/coordinates/godot_world_position.gd")
 const ADT_TILE_COORDINATE_SCRIPT := preload("res://src/domain/coordinates/adt_tile_coordinate.gd")
 const ADT_TILE_LOCAL_POSITION_SCRIPT := preload("res://src/domain/coordinates/adt_tile_local_position.gd")
 const PLAYER_INPUT_SOURCE_SCRIPT := preload("res://src/gameplay/input/player_input_source.gd")
 const PLAYER_INPUT_ACTIONS_SCRIPT := preload("res://src/gameplay/input/player_input_actions.gd")
-
+const LOCAL_PLAYER_MOVEMENT_CONTROLLER_SCRIPT := preload("res://src/gameplay/movement/local_player_movement_controller.gd")
-const CHUNK_SIZE := COORDINATE_MAPPER_SCRIPT.ADT_CHUNK_SIZE_YARDS
+const ADT_TERRAIN_QUERY_SCRIPT := preload("res://src/gameplay/terrain/adt_terrain_query.gd")
 const UNIT_SIZE := CHUNK_SIZE / 8.0
@export var extracted_dir: String = "res://data/extracted"
@export var map_name: String = "Azeroth"
@@ -25,389 +21,106 @@ const UNIT_SIZE := CHUNK_SIZE / 8.0
@export var sprint_multiplier: float = 6.0
@export var flight_vertical_speed: float = 7.0
@export var acceleration: float = 28.0
@export var mouse_sensitivity: float = 0.003
@export var camera_pitch_min: float = deg_to_rad(-65.0)
@export var camera_pitch_max: float = deg_to_rad(35.0)
@export var camera_height: float = 1.7
@export var camera_distance: float = 8.0
@export var camera_min_distance: float = 2.0
@export var camera_max_distance: float = 18.0
@export var camera_zoom_step: float = 1.0
@export var ground_offset: float = 0.05
@export var ground_snap_speed: float = 24.0
@export var camera_pivot_path: NodePath = NodePath("CameraPivot")
@export var camera_path: NodePath = NodePath("CameraPivot/Camera3D")
@export var visual_path: NodePath = NodePath("Visual")
-@export var character_model_path: String = "res://src/resources/characters/HUMAN/MALE/HumanMale.glb"
+@export var animation_presenter_path: NodePath = NodePath("Visual/AnimationPresenter")
@export var character_class_id: int = 1
@export var character_scale: float = 1.0
@export var character_yaw_offset_degrees: float = 90.0
@export var animation_blend_time: float = 0.15
-var _camera_pivot: Node3D
+var _camera_rig: ThirdPersonCameraRig
-var _camera: Camera3D
+var _appearance_presenter: CharacterAppearancePresenter
-var _visual: Node3D
+var _animation_presenter: CharacterAnimationPresenter
 var _character_root: Node3D
 var _animation_player: AnimationPlayer
 var _active_animation := ""
 var _captured := false
 var _yaw := 0.0
 var _pitch := deg_to_rad(-18.0)
 var _horizontal_velocity := Vector3.ZERO
 var _flight_enabled := false
 var _adt_cache: Dictionary = {}
 var _player_input_source: PlayerInputSource
 var _local_movement_controller: LocalPlayerMovementController
 var _terrain_query: TerrainQuery
 ## Replaces the ground-height backend without changing player movement or presentation.
 ## Passing null is a composition error and leaves the current query unchanged.
 func set_terrain_query(terrain_query: TerrainQuery) -> void:
 	if terrain_query == null:
 		push_error("ThirdPersonWowController: terrain query cannot be null")
 		return
 	_terrain_query = terrain_query
 func _ready() -> void:
 	_player_input_source = PLAYER_INPUT_SOURCE_SCRIPT.new()
-	_camera_pivot = get_node_or_null(camera_pivot_path) as Node3D
+	if _terrain_query == null:
-	_camera = get_node_or_null(camera_path) as Camera3D
+		_terrain_query = ADT_TERRAIN_QUERY_SCRIPT.new(extracted_dir, map_name)
-	_visual = get_node_or_null(visual_path) as Node3D
+	_local_movement_controller = LOCAL_PLAYER_MOVEMENT_CONTROLLER_SCRIPT.new(
-	if _camera:
+		run_speed,
-		_camera.current = true
+		backward_speed,
-		_camera.far = 50000.0
+		strafe_speed,
 		flight_vertical_speed,
 		acceleration,
 		sprint_multiplier
 	)
 	_camera_rig = get_node_or_null(camera_pivot_path) as ThirdPersonCameraRig
 	_appearance_presenter = get_node_or_null(visual_path) as CharacterAppearancePresenter
 	_animation_presenter = get_node_or_null(animation_presenter_path) as CharacterAnimationPresenter
 	if _camera_rig == null:
 		push_error("ThirdPersonWowController: ThirdPersonCameraRig not found at %s" % camera_pivot_path)
 	else:
 		_camera_rig.initialize_for_character(self)
 	if _appearance_presenter == null:
 		push_error("ThirdPersonWowController: CharacterAppearancePresenter not found at %s" % visual_path)
 	else:
 		_appearance_presenter.character_appearance_ready.connect(_on_character_appearance_ready)
 		_appearance_presenter.load_character_appearance(extracted_dir)
 	if _animation_presenter == null:
 		push_error("ThirdPersonWowController: CharacterAnimationPresenter not found at %s" % animation_presenter_path)
 	if spawn_at_tile_center:
 		var spawn_tile = ADT_TILE_COORDINATE_SCRIPT.new(spawn_tile_x, spawn_tile_y)
 		var half_tile_size := COORDINATE_MAPPER_SCRIPT.ADT_TILE_SIZE_YARDS * 0.5
 		var spawn_local = ADT_TILE_LOCAL_POSITION_SCRIPT.new(half_tile_size, global_position.y, half_tile_size)
 		var spawn_position = COORDINATE_MAPPER_SCRIPT.adt_tile_local_to_godot(spawn_tile, spawn_local)
 		global_position = Vector3(spawn_position.x_units, spawn_position.y_units, spawn_position.z_units)
-	_load_character_visual()
+	var spawn_ground_sample := _sample_ground_height(global_position)
-	var ground := _sample_ground_height(global_position)
+	if spawn_ground_sample.is_available:
-	if is_finite(ground):
+		global_position.y = spawn_ground_sample.height_units + ground_offset
 		global_position.y = ground + ground_offset
 	_yaw = rotation.y
 	_apply_camera_transform()
 func _unhandled_input(event: InputEvent) -> void:
-	if event.is_action_pressed(PLAYER_INPUT_ACTIONS_SCRIPT.CAMERA_ROTATE):
+	if _camera_rig != null:
-		_captured = true
+		_camera_rig.handle_camera_input(event)
-		Input.mouse_mode = Input.MOUSE_MODE_CAPTURED
+	if event.is_action_pressed(PLAYER_INPUT_ACTIONS_SCRIPT.DEBUG_TOGGLE_FLIGHT) and not event.is_echo():
-	elif event.is_action_released(PLAYER_INPUT_ACTIONS_SCRIPT.CAMERA_ROTATE):
+		_local_movement_controller.toggle_sandbox_flight()
 		_captured = false
 		Input.mouse_mode = Input.MOUSE_MODE_VISIBLE
 	elif event.is_action_pressed(PLAYER_INPUT_ACTIONS_SCRIPT.CAMERA_ZOOM_IN):
 		camera_distance = clampf(camera_distance - camera_zoom_step, camera_min_distance, camera_max_distance)
 		_apply_camera_transform()
 	elif event.is_action_pressed(PLAYER_INPUT_ACTIONS_SCRIPT.CAMERA_ZOOM_OUT):
 		camera_distance = clampf(camera_distance + camera_zoom_step, camera_min_distance, camera_max_distance)
 		_apply_camera_transform()
 	elif event.is_action_pressed(PLAYER_INPUT_ACTIONS_SCRIPT.RELEASE_CURSOR):
 		_captured = false
 		Input.mouse_mode = Input.MOUSE_MODE_CAPTURED if _captured else Input.MOUSE_MODE_VISIBLE
 	elif event.is_action_pressed(PLAYER_INPUT_ACTIONS_SCRIPT.DEBUG_TOGGLE_FLIGHT) and not event.is_echo():
 		_flight_enabled = not _flight_enabled
 		_horizontal_velocity = Vector3.ZERO
 	if _captured and event is InputEventMouseMotion:
 		_yaw -= event.relative.x * mouse_sensitivity
 		_pitch = clampf(_pitch - event.relative.y * mouse_sensitivity, camera_pitch_min, camera_pitch_max)
 		rotation.y = _yaw
 		_apply_camera_transform()
 func _physics_process(delta: float) -> void:
 	var move_intent := _player_input_source.sample_move_intent()
-	var target_velocity := Vector3.ZERO
+	var godot_world_movement_basis := global_basis
-	if move_intent.has_translation():
+	if _local_movement_controller.is_flight_enabled and _camera_rig != null:
-		target_velocity = _movement_vector(move_intent)
+		godot_world_movement_basis = _camera_rig.godot_world_flight_movement_basis()
-	if _flight_enabled:
+	global_position += _local_movement_controller.advance(move_intent, godot_world_movement_basis, delta)
 		target_velocity.y += move_intent.vertical_axis * flight_vertical_speed * _debug_speed_multiplier(move_intent)
-	_horizontal_velocity = _horizontal_velocity.move_toward(target_velocity, acceleration * delta)
+	if not _local_movement_controller.is_flight_enabled:
-	global_position += _horizontal_velocity * delta
+		var ground_sample := _sample_ground_height(global_position)
-
+		if ground_sample.is_available:
-	if not _flight_enabled:
+			var target_y := ground_sample.height_units + ground_offset
 		var ground := _sample_ground_height(global_position)
 		if is_finite(ground):
 			var target_y := ground + ground_offset
 			global_position.y = lerpf(global_position.y, target_y, clampf(ground_snap_speed * delta, 0.0, 1.0))
-	var horizontal_motion := Vector2(_horizontal_velocity.x, _horizontal_velocity.z)
+	var movement_velocity := _local_movement_controller.godot_world_velocity_units_per_second
-	if _visual and horizontal_motion.length_squared() > 0.01:
+	var horizontal_motion := Vector2(movement_velocity.x, movement_velocity.z)
-		_visual.global_rotation.y = atan2(-_horizontal_velocity.x, -_horizontal_velocity.z)
+	if _appearance_presenter != null and horizontal_motion.length_squared() > 0.01:
 		_appearance_presenter.global_rotation.y = atan2(-movement_velocity.x, -movement_velocity.z)
-	_update_character_animation(horizontal_motion.length_squared() > 0.04)
+	if _animation_presenter != null:
-
+		_animation_presenter.present_locomotion(horizontal_motion.length_squared() > 0.04)
 	_apply_camera_transform()
-func _movement_vector(move_intent: MoveIntent) -> Vector3:
+func _on_character_appearance_ready(character_root: Node3D) -> void:
-	var forward := -global_basis.z
+	if _animation_presenter != null:
-	var right := global_basis.x
+		_animation_presenter.bind_character_root(character_root)
 	if _flight_enabled and _camera_pivot:
 		forward = -_camera_pivot.global_basis.z
 		right = _camera_pivot.global_basis.x
 	else:
 		forward.y = 0.0
 		right.y = 0.0
 	forward = forward.normalized()
 	right = right.normalized()
 	var speed_z := run_speed if move_intent.forward_axis > 0.0 else backward_speed
 	var speed_x := strafe_speed
 	return (
 		forward * move_intent.forward_axis * speed_z
 		+ right * move_intent.strafe_axis * speed_x
 	) * _debug_speed_multiplier(move_intent)
-func _debug_speed_multiplier(move_intent: MoveIntent) -> float:
+func _sample_ground_height(godot_world_position: Vector3) -> TerrainGroundSample:
-	return sprint_multiplier if move_intent.is_sprint_requested else 1.0
+	return _terrain_query.sample_ground_height(
-
+		GODOT_WORLD_POSITION_SCRIPT.new(
-
+			godot_world_position.x,
-func _load_character_visual() -> void:
+			godot_world_position.y,
-	if character_model_path.is_empty() or _visual == null:
+			godot_world_position.z
-		return
+		)
-	if _visual is MeshInstance3D:
+	)
 		(_visual as MeshInstance3D).mesh = null
 	_visual.position = Vector3.ZERO
 	if _character_root and is_instance_valid(_character_root):
 		_character_root.queue_free()
 	_character_root = null
 	_animation_player = null
 	_active_animation = ""
 	var scene: PackedScene = load(character_model_path)
 	if scene == null:
 		push_warning("ThirdPersonWowController: cannot load character model: %s" % character_model_path)
 		return
 	_character_root = Node3D.new()
 	_character_root.name = "CharacterModel"
 	_character_root.set_script(GEOSET_CONTROLLER_SCRIPT)
 	_character_root.scale = Vector3.ONE * maxf(character_scale, 0.001)
 	_character_root.rotation_degrees.y = character_yaw_offset_degrees
 	var instance := scene.instantiate()
 	instance.name = character_model_path.get_file().get_basename()
 	_character_root.add_child(instance)
 	var compositor := Node.new()
 	compositor.name = "CharacterTextureCompositor"
 	compositor.set_script(TEXTURE_COMPOSITOR_SCRIPT)
 	compositor.set("textures_dir", _character_textures_dir(character_model_path))
 	compositor.set("extracted_dir", extracted_dir)
 	_character_root.add_child(compositor)
 	_visual.add_child(_character_root)
 	await get_tree().process_frame
 	_fit_character_to_ground()
 	_apply_character_starter_outfit(compositor)
 	_animation_player = _find_animation_player(_character_root)
 	if _animation_player:
 		_prepare_animation_player(_animation_player)
 	_update_character_animation(false)
 func _fit_character_to_ground() -> void:
 	if _character_root == null:
 		return
 	var aabb := _calculate_aabb(_character_root)
 	if aabb.size == Vector3.ZERO:
 		return
 	var local_min_y := aabb.position.y - _character_root.global_position.y
 	_character_root.position.y -= local_min_y
 func _apply_character_starter_outfit(compositor: Node) -> void:
 	if _character_root == null or compositor == null:
 		return
 	var resolver: RefCounted = OUTFIT_RESOLVER_SCRIPT.new()
 	if not resolver.call("load_dbcs", extracted_dir):
 		return
 	var inferred: Dictionary = resolver.call("infer_race_gender_from_model_path", character_model_path)
 	var race := String(inferred.get("race", "Human"))
 	var gender := String(inferred.get("gender", "Male"))
 	var outfit: Dictionary = resolver.call("resolve_start_outfit", race, gender, character_class_id)
 	if outfit.is_empty():
 		return
 	if compositor.has_method("set_equipment_components"):
 		compositor.call("set_equipment_components", outfit.get("textures", PackedStringArray()))
 	if _character_root.has_method("apply_outfit_defaults"):
 		_character_root.call("apply_outfit_defaults", outfit)
 func _update_character_animation(is_moving: bool) -> void:
 	if _animation_player == null:
 		return
 	var wanted := _choose_animation(["Run", "Walk"]) if is_moving else _choose_animation(["Stand", "Idle"])
 	if wanted.is_empty() or wanted == _active_animation:
 		return
 	_active_animation = wanted
 	_animation_player.play(wanted, animation_blend_time)
 func _prepare_animation_player(player: AnimationPlayer) -> void:
 	player.playback_default_blend_time = animation_blend_time
 	for animation_name in player.get_animation_list():
 		var lower := String(animation_name).to_lower()
 		if lower == "stand" or lower == "idle" or lower == "run" or lower == "walk" or lower.contains("stand") or lower.contains("run") or lower.contains("walk"):
 			var animation := player.get_animation(animation_name)
 			if animation:
 				animation.loop_mode = Animation.LOOP_LINEAR
 func _choose_animation(candidates: Array[String]) -> String:
 	if _animation_player == null:
 		return ""
 	for candidate in candidates:
 		if _animation_player.has_animation(candidate):
 			return candidate
 	var list := _animation_player.get_animation_list()
 	for candidate in candidates:
 		var lower := candidate.to_lower()
 		for animation_name in list:
 			if String(animation_name).to_lower().contains(lower):
 				return String(animation_name)
 	return ""
 func _find_animation_player(root: Node) -> AnimationPlayer:
 	if root is AnimationPlayer:
 		return root
 	for child in root.get_children():
 		var found := _find_animation_player(child)
 		if found:
 			return found
 	return null
 func _calculate_aabb(root: Node) -> AABB:
 	var result := AABB()
 	var has_aabb := false
 	for mesh_inst in _iter_mesh_instances(root):
 		if mesh_inst.mesh == null:
 			continue
 		var local_aabb := mesh_inst.mesh.get_aabb()
 		var global_aabb := mesh_inst.global_transform * local_aabb
 		if not has_aabb:
 			result = global_aabb
 			has_aabb = true
 		else:
 			result = result.merge(global_aabb)
 	return result if has_aabb else AABB()
 func _iter_mesh_instances(root: Node) -> Array[MeshInstance3D]:
 	var result: Array[MeshInstance3D] = []
 	_collect_mesh_instances(root, result)
 	return result
 func _collect_mesh_instances(node: Node, result: Array[MeshInstance3D]) -> void:
 	if node is MeshInstance3D:
 		result.append(node)
 	for child in node.get_children():
 		_collect_mesh_instances(child, result)
 func _character_textures_dir(model_path: String) -> String:
 	return model_path.get_base_dir().path_join(model_path.get_file().get_basename() + "_textures")
 func _apply_camera_transform() -> void:
 	if _camera_pivot:
 		_camera_pivot.position = Vector3(0.0, camera_height, 0.0)
 		_camera_pivot.rotation.x = _pitch
 	if _camera:
 		_camera.position = Vector3(0.0, 0.0, camera_distance)
 		_camera.rotation = Vector3.ZERO
 func _sample_ground_height(world_pos: Vector3) -> float:
 	var typed_world_position = GODOT_WORLD_POSITION_SCRIPT.new(world_pos.x, world_pos.y, world_pos.z)
 	var tile_coordinate = COORDINATE_MAPPER_SCRIPT.godot_to_adt_tile(typed_world_position)
 	var tile_local_position = COORDINATE_MAPPER_SCRIPT.godot_to_adt_tile_local(typed_world_position)
 	var chunk_coordinate = COORDINATE_MAPPER_SCRIPT.adt_tile_local_to_chunk(tile_coordinate, tile_local_position)
 	var data := _load_adt(tile_coordinate.tile_x, tile_coordinate.tile_y)
 	if data.is_empty():
 		return NAN
 	var tile_origin := _get_tile_origin(data)
 	var chunk_x := clampi(chunk_coordinate.chunk_x, 0, 15)
 	var chunk_y := clampi(chunk_coordinate.chunk_y, 0, 15)
 	var chunk := _find_chunk(data, chunk_x, chunk_y, tile_origin)
 	if chunk.is_empty():
 		return NAN
 	var origin: Vector3 = chunk.get("origin", Vector3.ZERO)
 	var chunk_local := world_pos - origin
 	var gx := clampf(chunk_local.x / UNIT_SIZE, 0.0, 8.0)
 	var gz := clampf(chunk_local.z / UNIT_SIZE, 0.0, 8.0)
 	var x0 := clampi(int(floor(gx)), 0, 8)
 	var z0 := clampi(int(floor(gz)), 0, 8)
 	var x1 := mini(x0 + 1, 8)
 	var z1 := mini(z0 + 1, 8)
 	var fx := gx - float(x0)
 	var fz := gz - float(z0)
 	var heights: PackedFloat32Array = chunk.get("heights", PackedFloat32Array())
 	if heights.size() < 145:
 		return NAN
 	var h00 := heights[_outer(z0, x0)]
 	var h10 := heights[_outer(z0, x1)]
 	var h01 := heights[_outer(z1, x0)]
 	var h11 := heights[_outer(z1, x1)]
 	var hx0 := lerpf(h00, h10, fx)
 	var hx1 := lerpf(h01, h11, fx)
 	return origin.y + lerpf(hx0, hx1, fz)
 func _load_adt(tx: int, ty: int) -> Dictionary:
 	var key := "%d_%d" % [tx, ty]
 	if _adt_cache.has(key):
 		return _adt_cache[key]
 	if not ClassDB.class_exists("ADTLoader"):
 		_adt_cache[key] = {}
 		return {}
 	var res_path := extracted_dir.path_join("World/Maps/%s/%s_%d_%d.adt" % [map_name, map_name, tx, ty])
 	var abs_path := ProjectSettings.globalize_path(res_path)
 	if not FileAccess.file_exists(abs_path):
 		_adt_cache[key] = {}
 		return {}
 	var loader = ClassDB.instantiate("ADTLoader")
 	var data: Dictionary = loader.call("load_adt", abs_path) if loader else {}
 	_adt_cache[key] = data
 	return data
 func _find_chunk(data: Dictionary, chunk_x: int, chunk_y: int, tile_origin: Vector3) -> Dictionary:
 	for chunk in data.get("chunks", []) as Array:
 		if chunk.is_empty():
 			continue
 		var origin: Vector3 = chunk.get("origin", Vector3.ZERO)
 		var local := origin - tile_origin
 		var cx := clampi(int(round(local.x / CHUNK_SIZE)), 0, 15)
 		var cy := clampi(int(round(local.z / CHUNK_SIZE)), 0, 15)
 		if cx == chunk_x and cy == chunk_y:
 			return chunk
 	return {}
 func _get_tile_origin(data: Dictionary) -> Vector3:
 	var found := false
 	var min_x := 0.0
 	var min_z := 0.0
 	for chunk in data.get("chunks", []) as Array:
 		if chunk.is_empty():
 			continue
 		var origin: Vector3 = chunk.get("origin", Vector3.ZERO)
 		if not found:
 			min_x = origin.x
 			min_z = origin.z
 			found = true
 		else:
 			min_x = minf(min_x, origin.x)
 			min_z = minf(min_z, origin.z)
 	return Vector3(min_x, 0.0, min_z) if found else Vector3.ZERO
 func _outer(row: int, col: int) -> int:
 	return row * 17 + col
@@ -3,6 +3,9 @@
 [ext_resource type="Script" uid="uid://yi6lawwjgocg" path="res://src/scenes/streaming/streaming_world_loader.gd" id="1_stream"]
 [ext_resource type="Script" uid="uid://ltn2ko5kxvo4" path="res://src/scenes/player/third_person_wow_controller.gd" id="2_player"]
 [ext_resource type="Script" uid="uid://didjth34ut0v1" path="res://src/scenes/sky/wow_sky_controller.gd" id="3_sky"]
 [ext_resource type="Script" path="res://src/scenes/player/third_person_camera_rig.gd" id="4_camera_rig"]
 [ext_resource type="Script" path="res://src/scenes/character/character_appearance_presenter.gd" id="5_appearance"]
 [ext_resource type="Script" path="res://src/scenes/character/character_animation_presenter.gd" id="6_animation"]
 [sub_resource type="CapsuleShape3D" id="PlayerCapsuleShape_1"]
 radius = 0.45
@@ -104,9 +107,14 @@ shape = SubResource("PlayerCapsuleShape_1")
 [node name="Visual" type="MeshInstance3D" parent="ThirdPersonPlayer" unique_id=1028210492]
 transform = Transform3D(1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 1.05, 0)
 mesh = SubResource("PlayerCapsuleMesh_1")
 script = ExtResource("5_appearance")
 [node name="AnimationPresenter" type="Node" parent="ThirdPersonPlayer/Visual"]
 script = ExtResource("6_animation")
 [node name="CameraPivot" type="Node3D" parent="ThirdPersonPlayer" unique_id=499263249]
 transform = Transform3D(1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 1.7, 0)
 script = ExtResource("4_camera_rig")
 [node name="Camera3D" type="Camera3D" parent="ThirdPersonPlayer/CameraPivot" unique_id=2142337971]
 transform = Transform3D(1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 8)
@@ -3,6 +3,9 @@
 [ext_resource type="Script" uid="uid://yi6lawwjgocg" path="res://src/scenes/streaming/streaming_world_loader.gd" id="1_sisqv"]
 [ext_resource type="Script" uid="uid://ltn2ko5kxvo4" path="res://src/scenes/player/third_person_wow_controller.gd" id="2_puy8r"]
 [ext_resource type="Script" uid="uid://didjth34ut0v1" path="res://src/scenes/sky/wow_sky_controller.gd" id="3_43ha7"]
 [ext_resource type="Script" path="res://src/scenes/player/third_person_camera_rig.gd" id="4_camera_rig"]
 [ext_resource type="Script" path="res://src/scenes/character/character_appearance_presenter.gd" id="5_appearance"]
 [ext_resource type="Script" path="res://src/scenes/character/character_animation_presenter.gd" id="6_animation"]
 [sub_resource type="CapsuleShape3D" id="PlayerCapsuleShape_1"]
 radius = 0.45
@@ -105,9 +108,14 @@ shape = SubResource("PlayerCapsuleShape_1")
 [node name="Visual" type="MeshInstance3D" parent="ThirdPersonPlayer" unique_id=1028210492]
 transform = Transform3D(1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 1.05, 0)
 mesh = SubResource("PlayerCapsuleMesh_1")
 script = ExtResource("5_appearance")
 [node name="AnimationPresenter" type="Node" parent="ThirdPersonPlayer/Visual"]
 script = ExtResource("6_animation")
 [node name="CameraPivot" type="Node3D" parent="ThirdPersonPlayer" unique_id=499263249]
 transform = Transform3D(1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 1.7, 0)
 script = ExtResource("4_camera_rig")
 [node name="Camera3D" type="Camera3D" parent="ThirdPersonPlayer/CameraPivot" unique_id=2142337971]
 transform = Transform3D(1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 8)
@@ -0,0 +1,10 @@
 [gd_scene load_steps=2 format=3]
 [sub_resource type="BoxMesh" id="BoxMesh_character"]
 size = Vector3(1, 2, 1)
 [node name="SyntheticCharacter" type="Node3D"]
 [node name="Body" type="MeshInstance3D" parent="."]
 position = Vector3(0, 2, 0)
 mesh = SubResource("BoxMesh_character")
@@ -1,14 +1,22 @@
-[gd_scene load_steps=2 format=3]
+[gd_scene load_steps=5 format=3]
 [ext_resource type="Script" path="res://src/scenes/player/third_person_wow_controller.gd" id="1_player"]
 [ext_resource type="Script" path="res://src/scenes/player/third_person_camera_rig.gd" id="2_camera_rig"]
 [ext_resource type="Script" path="res://src/scenes/character/character_appearance_presenter.gd" id="3_appearance"]
 [ext_resource type="Script" path="res://src/scenes/character/character_animation_presenter.gd" id="4_animation"]
 [node name="PlayerInputRegression" type="CharacterBody3D"]
 script = ExtResource("1_player")
 spawn_at_tile_center = false
 character_model_path = ""
 [node name="Visual" type="Node3D" parent="."]
 script = ExtResource("3_appearance")
 character_model_path = ""
 [node name="AnimationPresenter" type="Node" parent="Visual"]
 script = ExtResource("4_animation")
 [node name="CameraPivot" type="Node3D" parent="."]
 script = ExtResource("2_camera_rig")
 [node name="Camera3D" type="Camera3D" parent="CameraPivot"]
@@ -0,0 +1,164 @@
 extends SceneTree
 ## Asset-free M02 appearance, animation and player-boundary regression.
 const MODEL_FIXTURE_PATH := "res://src/tests/scenes/character_presentation_model_fixture.tscn"
 const PLAYER_CONTROLLER_PATH := "res://src/scenes/player/third_person_wow_controller.gd"
 const APPEARANCE_PRESENTER_PATH := "res://src/scenes/character/character_appearance_presenter.gd"
 const ANIMATION_PRESENTER_PATH := "res://src/scenes/character/character_animation_presenter.gd"
 const REGRESSION_SCENE_PATH := "res://src/tests/scenes/player_input_regression.tscn"
 const RUNTIME_SCENE_PATHS: Array[String] = [
 	"res://src/scenes/streaming/eastern_kingdoms_streaming.tscn",
 	"res://src/scenes/streaming/kalimdor_streaming.tscn",
 ]
 func _initialize() -> void:
 	_run_verification.call_deferred()
 func _run_verification() -> void:
 	var failures: Array[String] = []
 	await _verify_appearance_presenter(failures)
 	_verify_animation_presenter(failures)
 	_verify_source_boundaries(failures)
 	_verify_scene_wiring(failures)
 	if not failures.is_empty():
 		for failure in failures:
 			push_error("CHARACTER_PRESENTATION: %s" % failure)
 		quit(1)
 		return
 	print("CHARACTER_PRESENTATION PASS appearance_cases=9 animation_cases=10 scenes=3 player_boundary=1")
 	quit(0)
 func _verify_appearance_presenter(failures: Array[String]) -> void:
 	var presenter := CharacterAppearancePresenter.new()
 	presenter.character_model_path = MODEL_FIXTURE_PATH
 	presenter.character_scale = 2.0
 	presenter.character_yaw_offset_degrees = 45.0
 	root.add_child(presenter)
 	var ready_roots: Array[Node3D] = []
 	presenter.character_appearance_ready.connect(func(character_root: Node3D) -> void: ready_roots.append(character_root))
 	_expect_true(presenter.load_character_appearance("res://missing-extracted-fixture"), "fixture load starts", failures)
 	await process_frame
 	var character_root := presenter.character_root
 	_expect_true(character_root != null, "character root composed", failures)
 	if character_root != null:
 		_expect_near(character_root.scale.x, 2.0, "uniform character scale", failures)
 		_expect_near(character_root.rotation_degrees.y, 45.0, "character yaw offset", failures)
 		_expect_near(character_root.position.y, -2.0, "character grounded after scale", failures)
 		_expect_true(character_root.has_node("CharacterTextureCompositor"), "texture compositor composed", failures)
 	_expect_true(ready_roots.size() == 1, "appearance ready emitted", failures)
 	_expect_true(presenter.extracted_data_directory == "res://missing-extracted-fixture", "content root override retained", failures)
 	var previous_root := character_root
 	_expect_true(presenter.load_character_appearance(), "replacement load starts", failures)
 	_expect_true(presenter.character_root != previous_root, "replacement swaps owned root", failures)
 	await process_frame
 	_expect_true(ready_roots.size() == 2, "replacement ready emitted", failures)
 	presenter.character_model_path = ""
 	_expect_true(not presenter.load_character_appearance(), "empty model rejected", failures)
 	_expect_true(presenter.character_root == null, "empty model clears old root", failures)
 	await process_frame
 	presenter.free()
 func _verify_animation_presenter(failures: Array[String]) -> void:
 	var animation_root := Node.new()
 	var nested_node := Node.new()
 	var animation_player := AnimationPlayer.new()
 	animation_root.add_child(nested_node)
 	nested_node.add_child(animation_player)
 	var animation_library := AnimationLibrary.new()
 	for animation_name in ["Stand", "Run", "Emote"]:
 		animation_library.add_animation(animation_name, Animation.new())
 	animation_player.add_animation_library("", animation_library)
 	var presenter := CharacterAnimationPresenter.new()
 	presenter.animation_blend_time_seconds = 0.25
 	_expect_true(presenter.bind_character_root(animation_root), "nested animation player bound", failures)
 	_expect_true(presenter.has_animation_player, "animation player state exposed", failures)
 	_expect_true(presenter.active_animation_name == "Stand", "stationary animation selected", failures)
 	_expect_true(animation_player.current_animation == "Stand", "stationary animation playing", failures)
 	_expect_near(animation_player.playback_default_blend_time, 0.25, "default blend configured", failures)
 	_expect_true(animation_player.get_animation("Stand").loop_mode == Animation.LOOP_LINEAR, "stand loops", failures)
 	_expect_true(animation_player.get_animation("Run").loop_mode == Animation.LOOP_LINEAR, "run loops", failures)
 	_expect_true(animation_player.get_animation("Emote").loop_mode == Animation.LOOP_NONE, "unrelated animation unchanged", failures)
 	_expect_true(presenter.present_locomotion(true), "moving transition starts", failures)
 	_expect_true(presenter.active_animation_name == "Run", "moving animation selected", failures)
 	_expect_true(not presenter.present_locomotion(true), "duplicate moving state ignored", failures)
 	var fallback_root := Node.new()
 	var fallback_player := AnimationPlayer.new()
 	fallback_root.add_child(fallback_player)
 	var fallback_library := AnimationLibrary.new()
 	fallback_library.add_animation("CharacterStandLoop", Animation.new())
 	fallback_library.add_animation("FastRunCycle", Animation.new())
 	fallback_player.add_animation_library("", fallback_library)
 	_expect_true(presenter.bind_character_root(fallback_root), "fallback animation player bound", failures)
 	_expect_true(presenter.active_animation_name == "CharacterStandLoop", "substring stationary fallback", failures)
 	presenter.present_locomotion(true)
 	_expect_true(presenter.active_animation_name == "FastRunCycle", "substring moving fallback", failures)
 	fallback_root.free()
 	_expect_true(not presenter.present_locomotion(false), "freed animation root rejected", failures)
 	_expect_true(not presenter.has_animation_player, "freed animation binding cleared", failures)
 	var missing_animation_root := Node.new()
 	_expect_true(not presenter.bind_character_root(missing_animation_root), "missing animation player rejected", failures)
 	_expect_true(not presenter.has_animation_player, "missing binding clears state", failures)
 	presenter.free()
 	animation_root.free()
 	missing_animation_root.free()
 func _verify_source_boundaries(failures: Array[String]) -> void:
 	var player_source := _read_text(PLAYER_CONTROLLER_PATH, failures)
 	for forbidden_text in [
 		"GEOSET_CONTROLLER_SCRIPT",
 		"TEXTURE_COMPOSITOR_SCRIPT",
 		"OUTFIT_RESOLVER_SCRIPT",
 		"func _load_character_visual",
 		"func _find_animation_player",
 		"func _calculate_aabb",
 		"_animation_player",
 	]:
 		_expect_true(not player_source.contains(forbidden_text), "player omits %s" % forbidden_text, failures)
 	_expect_true(player_source.contains("_appearance_presenter.load_character_appearance"), "player delegates appearance", failures)
 	_expect_true(player_source.contains("_animation_presenter.present_locomotion"), "player delegates animation", failures)
 	var appearance_source := _read_text(APPEARANCE_PRESENTER_PATH, failures)
 	for forbidden_text in ["MoveIntent", "TerrainQuery", "ThirdPersonCameraRig", "AnimationPlayer"]:
 		_expect_true(not appearance_source.contains(forbidden_text), "appearance omits %s" % forbidden_text, failures)
 	var animation_source := _read_text(ANIMATION_PRESENTER_PATH, failures)
 	for forbidden_text in ["load(character_model_path)", "TerrainQuery", "MoveIntent", "Camera3D"]:
 		_expect_true(not animation_source.contains(forbidden_text), "animation omits %s" % forbidden_text, failures)
 func _verify_scene_wiring(failures: Array[String]) -> void:
 	for scene_path in RUNTIME_SCENE_PATHS + [REGRESSION_SCENE_PATH]:
 		var scene_source := _read_text(scene_path, failures)
 		_expect_true(scene_source.contains("character_appearance_presenter.gd"), "%s references appearance presenter" % scene_path, failures)
 		_expect_true(scene_source.contains("character_animation_presenter.gd"), "%s references animation presenter" % scene_path, failures)
 		_expect_true(scene_source.contains('name="AnimationPresenter"'), "%s composes animation presenter" % scene_path, failures)
 func _read_text(path: String, failures: Array[String]) -> String:
 	var file := FileAccess.open(path, FileAccess.READ)
 	if file == null:
 		failures.append("cannot open %s" % path)
 		return ""
 	return file.get_as_text()
 func _expect_near(actual_value: float, expected_value: float, label: String, failures: Array[String]) -> void:
 	if absf(actual_value - expected_value) > 0.000001:
 		failures.append("%s expected %.6f, got %.6f" % [label, expected_value, actual_value])
 func _expect_true(actual_value: bool, label: String, failures: Array[String]) -> void:
 	if not actual_value:
 		failures.append("%s expected true" % label)
@@ -20,7 +20,8 @@ const ALLOWED_LEGACY_NAME_PATHS: Array[String] = [
 const REQUIRED_MAPPER_CALLS := {
 	"res://src/scenes/sky/wow_sky_controller.gd": ["godot_to_canonical", "godot_to_adt_tile", "godot_to_adt_tile_local"],
 	"res://src/scenes/streaming/streaming_world_loader.gd": ["godot_to_adt_tile", "godot_to_adt_tile_local", "adt_tile_local_to_godot"],
-	"res://src/scenes/player/third_person_wow_controller.gd": ["godot_to_adt_tile", "adt_tile_local_to_godot"],
+	"res://src/scenes/player/third_person_wow_controller.gd": ["adt_tile_local_to_godot"],
 	"res://src/gameplay/terrain/adt_terrain_query.gd": ["godot_to_adt_tile", "godot_to_adt_tile_local", "adt_tile_local_to_chunk"],
 	"res://src/tools/probe_render_terrain_height.gd": ["godot_to_adt_tile"],
 }
@@ -59,7 +60,7 @@ func _initialize() -> void:
 		quit(1)
 		return
-	print("COORDINATE_CONVERSION_BOUNDARIES PASS files=%d native_boundary=1 oracle=1 consumers=4 classifier_cases=6" % source_paths.size())
+	print("COORDINATE_CONVERSION_BOUNDARIES PASS files=%d native_boundary=1 oracle=1 consumers=5 classifier_cases=6" % source_paths.size())
 	quit(0)
@@ -0,0 +1,137 @@
 extends SceneTree
 ## Headless M02 unit and boundary regression for local player movement state.
 const MOVEMENT_CONTROLLER_PATH := "res://src/gameplay/movement/local_player_movement_controller.gd"
 const PLAYER_CONTROLLER_PATH := "res://src/scenes/player/third_person_wow_controller.gd"
 func _initialize() -> void:
 	var failures: Array[String] = []
 	_verify_directional_speeds(failures)
 	_verify_acceleration_and_deceleration(failures)
 	_verify_sandbox_sprint(failures)
 	_verify_flight_state_and_basis(failures)
 	_verify_invalid_delta(failures)
 	_verify_scene_boundary(failures)
 	if not failures.is_empty():
 		for failure in failures:
 			push_error("LOCAL_PLAYER_MOVEMENT: %s" % failure)
 		quit(1)
 		return
 	print("LOCAL_PLAYER_MOVEMENT PASS cases=12 state_transitions=2 scene_boundary=1")
 	quit(0)
 func _verify_directional_speeds(failures: Array[String]) -> void:
 	var forward_controller := _new_controller()
 	var forward_displacement := forward_controller.advance(_intent(1.0, 0.0), Basis.IDENTITY, 1.0)
 	_expect_vector_near(forward_controller.godot_world_velocity_units_per_second, Vector3(0.0, 0.0, -7.0), "forward velocity", failures)
 	_expect_vector_near(forward_displacement, Vector3(0.0, 0.0, -7.0), "forward displacement", failures)
 	var backward_controller := _new_controller()
 	backward_controller.advance(_intent(-1.0, 0.0), Basis.IDENTITY, 1.0)
 	_expect_vector_near(backward_controller.godot_world_velocity_units_per_second, Vector3(0.0, 0.0, 4.5), "backward velocity", failures)
 	var strafe_controller := _new_controller()
 	strafe_controller.advance(_intent(0.0, 1.0), Basis.IDENTITY, 1.0)
 	_expect_vector_near(strafe_controller.godot_world_velocity_units_per_second, Vector3(4.5, 0.0, 0.0), "strafe velocity", failures)
 	var rotated_controller := _new_controller()
 	var rotated_basis := Basis(Vector3.UP, deg_to_rad(90.0))
 	rotated_controller.advance(_intent(1.0, 0.0), rotated_basis, 1.0)
 	_expect_vector_near(
 		rotated_controller.godot_world_velocity_units_per_second,
 		(-rotated_basis.z).normalized() * 7.0,
 		"rotated character basis",
 		failures
 	)
 func _verify_acceleration_and_deceleration(failures: Array[String]) -> void:
 	var controller := _new_controller()
 	var forward_intent := _intent(1.0, 0.0)
 	_expect_vector_near(controller.advance(forward_intent, Basis.IDENTITY, 0.1), Vector3(0.0, 0.0, -0.28), "first acceleration displacement", failures)
 	_expect_vector_near(controller.godot_world_velocity_units_per_second, Vector3(0.0, 0.0, -2.8), "first acceleration velocity", failures)
 	controller.advance(forward_intent, Basis.IDENTITY, 0.1)
 	_expect_vector_near(controller.godot_world_velocity_units_per_second, Vector3(0.0, 0.0, -5.6), "second acceleration velocity", failures)
 	controller.advance(_intent(0.0, 0.0), Basis.IDENTITY, 0.1)
 	_expect_vector_near(controller.godot_world_velocity_units_per_second, Vector3(0.0, 0.0, -2.8), "deceleration velocity", failures)
 func _verify_sandbox_sprint(failures: Array[String]) -> void:
 	var controller := _new_controller()
 	controller.advance(_intent(1.0, 0.0, 0.0, true), Basis.IDENTITY, 2.0)
 	_expect_vector_near(controller.godot_world_velocity_units_per_second, Vector3(0.0, 0.0, -42.0), "sandbox sprint velocity", failures)
 func _verify_flight_state_and_basis(failures: Array[String]) -> void:
 	var controller := _new_controller()
 	controller.advance(_intent(1.0, 0.0), Basis.IDENTITY, 1.0)
 	_expect_true(controller.toggle_sandbox_flight(), "flight toggles on", failures)
 	_expect_vector_near(controller.godot_world_velocity_units_per_second, Vector3.ZERO, "flight toggle clears velocity", failures)
 	var pitched_basis := Basis(Vector3.RIGHT, deg_to_rad(30.0))
 	controller.advance(_intent(1.0, 0.0, 1.0), pitched_basis, 1.0)
 	var expected_flight_velocity := (-pitched_basis.z).normalized() * 7.0 + Vector3.UP * 7.0
 	_expect_vector_near(controller.godot_world_velocity_units_per_second, expected_flight_velocity, "camera-relative flight velocity", failures)
 	_expect_true(not controller.toggle_sandbox_flight(), "flight toggles off", failures)
 	_expect_vector_near(controller.godot_world_velocity_units_per_second, Vector3.ZERO, "landing toggle clears velocity", failures)
 func _verify_invalid_delta(failures: Array[String]) -> void:
 	var controller := _new_controller()
 	var displacement := controller.advance(_intent(1.0, 0.0), Basis.IDENTITY, -1.0)
 	_expect_vector_near(displacement, Vector3.ZERO, "negative delta displacement", failures)
 	_expect_vector_near(controller.godot_world_velocity_units_per_second, Vector3.ZERO, "negative delta state", failures)
 func _verify_scene_boundary(failures: Array[String]) -> void:
 	var movement_source := _read_text(MOVEMENT_CONTROLLER_PATH, failures)
 	for forbidden_text in ["extends Node", "extends Resource", "Input.", "Camera3D", "ADTLoader", "global_position"]:
 		_expect_true(not movement_source.contains(forbidden_text), "movement controller omits %s" % forbidden_text, failures)
 	var player_source := _read_text(PLAYER_CONTROLLER_PATH, failures)
 	_expect_true(player_source.contains("_local_movement_controller.advance"), "scene delegates movement update", failures)
 	_expect_true(not player_source.contains("move_toward(target_velocity"), "scene omits velocity integration", failures)
 	_expect_true(not player_source.contains("func _movement_vector"), "scene omits movement-vector calculation", failures)
 	_expect_true(not player_source.contains("_horizontal_velocity"), "scene omits movement velocity state", failures)
 	_expect_true(not player_source.contains("var _flight_enabled"), "scene omits flight state", failures)
 func _new_controller() -> LocalPlayerMovementController:
 	return LocalPlayerMovementController.new(7.0, 4.5, 4.5, 7.0, 28.0, 6.0)
 func _intent(
 		forward_axis: float,
 		strafe_axis: float,
 		vertical_axis: float = 0.0,
 		sprint_requested: bool = false
 ) -> MoveIntent:
 	return MoveIntent.new(forward_axis, strafe_axis, vertical_axis, sprint_requested)
 func _read_text(path: String, failures: Array[String]) -> String:
 	var file := FileAccess.open(path, FileAccess.READ)
 	if file == null:
 		failures.append("cannot open %s" % path)
 		return ""
 	return file.get_as_text()
 func _expect_vector_near(
 		actual_value: Vector3,
 		expected_value: Vector3,
 		label: String,
 		failures: Array[String]
 ) -> void:
 	if not actual_value.is_equal_approx(expected_value):
 		failures.append("%s expected %s, got %s" % [label, expected_value, actual_value])
 func _expect_true(actual_value: bool, label: String, failures: Array[String]) -> void:
 	if not actual_value:
 		failures.append("%s expected true" % label)
@@ -102,18 +102,20 @@ func _verify_regression_scene(failures: Array[String]) -> void:
 	Input.action_release(PlayerInputActions.MOVE_FORWARD)
 	_expect_near(player.position.z, -7.0, "forward action moves current sandbox controller", failures)
-	var camera_distance_before: float = player.get("camera_distance")
+	var camera_rig := player.get_node("CameraPivot") as ThirdPersonCameraRig
 	var camera_distance_before := camera_rig.requested_distance_units
 	var zoom_event := InputEventMouseButton.new()
 	zoom_event.button_index = MOUSE_BUTTON_WHEEL_UP
 	zoom_event.pressed = true
 	player.call("_unhandled_input", zoom_event)
-	_expect_near(player.get("camera_distance"), camera_distance_before - 1.0, "zoom action updates camera distance", failures)
+	_expect_near(camera_rig.requested_distance_units, camera_distance_before - 1.0, "zoom action updates camera distance", failures)
 	var flight_toggle_event := InputEventAction.new()
 	flight_toggle_event.action = PlayerInputActions.DEBUG_TOGGLE_FLIGHT
 	flight_toggle_event.pressed = true
 	player.call("_unhandled_input", flight_toggle_event)
-	_expect_true(player.get("_flight_enabled"), "flight action preserves immediate sandbox toggle", failures)
+	var movement_controller: LocalPlayerMovementController = player.get("_local_movement_controller")
 	_expect_true(movement_controller.is_flight_enabled, "flight action preserves immediate sandbox toggle", failures)
 	player.free()
@@ -0,0 +1,198 @@
 extends SceneTree
 ## Headless M02 contract, interpolation, cache and player-injection regression.
 const TERRAIN_QUERY_PATH := "res://src/gameplay/terrain/terrain_query.gd"
 const ADT_TERRAIN_QUERY_PATH := "res://src/gameplay/terrain/adt_terrain_query.gd"
 const PLAYER_CONTROLLER_PATH := "res://src/scenes/player/third_person_wow_controller.gd"
 const REGRESSION_SCENE_PATH := "res://src/tests/scenes/player_input_regression.tscn"
 var _synthetic_adt_tile_data: Dictionary = {}
 var _synthetic_loader_call_count := 0
 class FlatTerrainQuery extends TerrainQuery:
 	var _height_units: float
 	func _init(height_units: float) -> void:
 		_height_units = height_units
 	func sample_ground_height(_godot_world_position: GodotWorldPosition) -> TerrainGroundSample:
 		return TerrainGroundSample.available(_height_units)
 func _initialize() -> void:
 	_run_verification.call_deferred()
 func _run_verification() -> void:
 	var failures: Array[String] = []
 	_verify_typed_result_contract(failures)
 	_verify_synthetic_adt_interpolation_and_cache(failures)
 	_verify_unavailable_tile(failures)
 	_verify_player_injection(failures)
 	_verify_source_boundaries(failures)
 	if not failures.is_empty():
 		for failure in failures:
 			push_error("TERRAIN_QUERY: %s" % failure)
 		quit(1)
 		return
 	print("TERRAIN_QUERY PASS contract=4 interpolation=1 cache=1 failures=2 player_injection=1")
 	quit(0)
 func _verify_typed_result_contract(failures: Array[String]) -> void:
 	var available_sample := TerrainGroundSample.available(123.5)
 	_expect_true(available_sample.is_available, "available sample state", failures)
 	_expect_near(available_sample.height_units, 123.5, "available sample height", failures)
 	_expect_true(available_sample.failure_code.is_empty(), "available sample has no failure", failures)
 	var unavailable_sample := TerrainGroundSample.unavailable(&"synthetic_failure")
 	_expect_true(not unavailable_sample.is_available, "unavailable sample state", failures)
 	_expect_equal(unavailable_sample.failure_code, &"synthetic_failure", "unavailable failure code", failures)
 	var base_sample := TerrainQuery.new().sample_ground_height(GodotWorldPosition.new(0.0, 0.0, 0.0))
 	_expect_equal(base_sample.failure_code, &"terrain_query_not_implemented", "base query failure", failures)
 	var non_finite_sample := TerrainGroundSample.available(NAN)
 	_expect_true(not non_finite_sample.is_available, "non-finite sample unavailable", failures)
 	_expect_equal(non_finite_sample.failure_code, &"terrain_height_not_finite", "non-finite failure code", failures)
 func _verify_synthetic_adt_interpolation_and_cache(failures: Array[String]) -> void:
 	var query_position := GodotWorldPosition.new(17000.0, 999.0, 26525.0)
 	_synthetic_adt_tile_data = _build_synthetic_adt_tile(query_position)
 	_synthetic_loader_call_count = 0
 	var terrain_query := AdtTerrainQuery.new("res://synthetic", "Azeroth", _load_synthetic_adt_tile)
 	var first_sample := terrain_query.sample_ground_height(query_position)
 	_expect_true(first_sample.is_available, "synthetic ADT sample available", failures)
 	_expect_near_with_tolerance(first_sample.height_units, 137.0, 0.002, "synthetic bilinear height", failures)
 	var second_sample := terrain_query.sample_ground_height(query_position)
 	_expect_near_with_tolerance(second_sample.height_units, 137.0, 0.002, "cached synthetic height", failures)
 	_expect_equal(_synthetic_loader_call_count, 1, "ADT tile loaded once", failures)
 func _verify_unavailable_tile(failures: Array[String]) -> void:
 	var query_position := GodotWorldPosition.new(17000.0, 0.0, 26525.0)
 	var empty_query := AdtTerrainQuery.new("res://synthetic", "Azeroth", func(_path: String) -> Dictionary: return {})
 	var empty_sample := empty_query.sample_ground_height(query_position)
 	_expect_true(not empty_sample.is_available, "empty ADT unavailable", failures)
 	_expect_equal(empty_sample.failure_code, &"adt_tile_unavailable", "empty ADT failure", failures)
 	var invalid_heights_data := _build_synthetic_adt_tile(query_position)
 	var invalid_chunks: Array = invalid_heights_data.get("chunks", [])
 	(invalid_chunks[invalid_chunks.size() - 1] as Dictionary)["heights"] = PackedFloat32Array()
 	var invalid_query := AdtTerrainQuery.new(
 		"res://synthetic",
 		"Azeroth",
 		func(_path: String) -> Dictionary: return invalid_heights_data
 	)
 	var invalid_sample := invalid_query.sample_ground_height(query_position)
 	_expect_equal(invalid_sample.failure_code, &"adt_chunk_heights_invalid", "invalid heights failure", failures)
 func _verify_player_injection(failures: Array[String]) -> void:
 	var packed_scene := load(REGRESSION_SCENE_PATH) as PackedScene
 	_expect_true(packed_scene != null, "regression scene loads", failures)
 	if packed_scene == null:
 		return
 	var player := packed_scene.instantiate() as CharacterBody3D
 	player.set_terrain_query(FlatTerrainQuery.new(20.0))
 	root.add_child(player)
 	player.set_physics_process(false)
 	_expect_near(player.position.y, 20.05, "injected spawn ground height", failures)
 	player.position.y = 30.0
 	player.call("_physics_process", 1.0)
 	_expect_near(player.position.y, 20.05, "injected physics ground snap", failures)
 	player.free()
 func _verify_source_boundaries(failures: Array[String]) -> void:
 	var terrain_contract_source := _read_text(TERRAIN_QUERY_PATH, failures)
 	_expect_true(not terrain_contract_source.contains("extends Node"), "TerrainQuery omits Node", failures)
 	_expect_true(not terrain_contract_source.contains("Vector3"), "TerrainQuery omits untyped Vector3 position", failures)
 	var adt_query_source := _read_text(ADT_TERRAIN_QUERY_PATH, failures)
 	_expect_true(adt_query_source.contains("ADTLoader"), "ADT adapter owns native loader", failures)
 	_expect_true(adt_query_source.contains("_adt_tile_cache"), "ADT adapter owns tile cache", failures)
 	var player_source := _read_text(PLAYER_CONTROLLER_PATH, failures)
 	for forbidden_text in ["ADTLoader", "load_adt", "_adt_cache", "_find_chunk", "_outer_height_index"]:
 		_expect_true(not player_source.contains(forbidden_text), "player omits %s" % forbidden_text, failures)
 	_expect_true(player_source.contains("set_terrain_query"), "player exposes terrain query injection", failures)
 	_expect_true(player_source.contains("_terrain_query.sample_ground_height"), "player delegates ground sampling", failures)
 func _build_synthetic_adt_tile(query_position: GodotWorldPosition) -> Dictionary:
 	var tile_coordinate := CoordinateMapper.godot_to_adt_tile(query_position)
 	var tile_local_position := CoordinateMapper.godot_to_adt_tile_local(query_position)
 	var chunk_coordinate := CoordinateMapper.adt_tile_local_to_chunk(tile_coordinate, tile_local_position)
 	var chunk_size := CoordinateMapper.ADT_CHUNK_SIZE_YARDS
 	var outer_grid_unit_size := chunk_size / 8.0
 	var target_chunk_origin := Vector3(
 		query_position.x_units - outer_grid_unit_size * 4.5,
 		100.0,
 		query_position.z_units - outer_grid_unit_size * 3.25
 	)
 	var tile_origin := target_chunk_origin - Vector3(
 		chunk_coordinate.chunk_x * chunk_size,
 		0.0,
 		chunk_coordinate.chunk_y * chunk_size
 	)
 	var heights := PackedFloat32Array()
 	heights.resize(145)
 	for row in range(9):
 		for column in range(9):
 			heights[row * 17 + column] = float(row * 10 + column)
 	var target_chunk := {"origin": target_chunk_origin, "heights": heights}
 	if chunk_coordinate.chunk_x == 0 and chunk_coordinate.chunk_y == 0:
 		return {"chunks": [target_chunk]}
 	return {
 		"chunks": [
 			{"origin": tile_origin, "heights": PackedFloat32Array()},
 			target_chunk,
 		]
 	}
 func _load_synthetic_adt_tile(_absolute_path: String) -> Dictionary:
 	_synthetic_loader_call_count += 1
 	return _synthetic_adt_tile_data
 func _read_text(path: String, failures: Array[String]) -> String:
 	var file := FileAccess.open(path, FileAccess.READ)
 	if file == null:
 		failures.append("cannot open %s" % path)
 		return ""
 	return file.get_as_text()
 func _expect_near(actual_value: float, expected_value: float, label: String, failures: Array[String]) -> void:
 	if absf(actual_value - expected_value) > 0.000001:
 		failures.append("%s expected %.6f, got %.6f" % [label, expected_value, actual_value])
 func _expect_near_with_tolerance(
 		actual_value: float,
 		expected_value: float,
 		tolerance: float,
 		label: String,
 		failures: Array[String]
 ) -> void:
 	if absf(actual_value - expected_value) > tolerance:
 		failures.append("%s expected %.6f ± %.6f, got %.6f" % [label, expected_value, tolerance, actual_value])
 func _expect_equal(actual_value: Variant, expected_value: Variant, label: String, failures: Array[String]) -> void:
 	if actual_value != expected_value:
 		failures.append("%s expected %s, got %s" % [label, expected_value, actual_value])
 func _expect_true(actual_value: bool, label: String, failures: Array[String]) -> void:
 	if not actual_value:
 		failures.append("%s expected true" % label)
@@ -0,0 +1,174 @@
 extends SceneTree
 ## Headless M02 camera state, scene wiring and collision-policy regression.
 const PLAYER_CONTROLLER_PATH := "res://src/scenes/player/third_person_wow_controller.gd"
 const CAMERA_RIG_PATH := "res://src/scenes/player/third_person_camera_rig.gd"
 const NO_COLLISION_POLICY_PATH := "res://src/scenes/player/no_camera_collision_policy.gd"
 const REGRESSION_SCENE_PATH := "res://src/tests/scenes/player_input_regression.tscn"
 const RUNTIME_SCENE_PATHS: Array[String] = [
 	"res://src/scenes/streaming/eastern_kingdoms_streaming.tscn",
 	"res://src/scenes/streaming/kalimdor_streaming.tscn",
 ]
 class FixedDistanceCameraCollisionPolicy extends CameraCollisionPolicy:
 	var _fixed_distance_units: float
 	func _init(fixed_distance_units: float) -> void:
 		_fixed_distance_units = fixed_distance_units
 	func resolve_camera_distance(
 			_camera_pivot: Node3D,
 			_requested_distance_units: float
 	) -> float:
 		return _fixed_distance_units
 func _initialize() -> void:
 	_run_verification.call_deferred()
 func _run_verification() -> void:
 	var failures: Array[String] = []
 	var player := _instantiate_regression_player(failures)
 	if player != null:
 		_verify_initial_state(player, failures)
 		_verify_zoom_clamps(player, failures)
 		_verify_orbit_and_capture(player, failures)
 		_verify_collision_policy(player, failures)
 		player.free()
 	_verify_source_boundaries(failures)
 	_verify_scene_wiring(failures)
 	if not failures.is_empty():
 		for failure in failures:
 			push_error("THIRD_PERSON_CAMERA: %s" % failure)
 		quit(1)
 		return
 	print("THIRD_PERSON_CAMERA PASS state_cases=12 policy_cases=3 scenes=3 player_boundary=1")
 	quit(0)
 func _instantiate_regression_player(failures: Array[String]) -> CharacterBody3D:
 	var packed_scene := load(REGRESSION_SCENE_PATH) as PackedScene
 	_expect_true(packed_scene != null, "regression scene loads", failures)
 	if packed_scene == null:
 		return null
 	var player := packed_scene.instantiate() as CharacterBody3D
 	_expect_true(player != null, "regression player instantiates", failures)
 	if player == null:
 		return null
 	root.add_child(player)
 	player.set_physics_process(false)
 	var camera_rig := player.get_node("CameraPivot") as ThirdPersonCameraRig
 	camera_rig.set_physics_process(false)
 	return player
 func _verify_initial_state(player: CharacterBody3D, failures: Array[String]) -> void:
 	var camera_rig := player.get_node("CameraPivot") as ThirdPersonCameraRig
 	var camera := camera_rig.get_node("Camera3D") as Camera3D
 	_expect_near(camera_rig.yaw_radians, 0.0, "initial yaw", failures)
 	_expect_near(camera_rig.pitch_radians, deg_to_rad(-18.0), "initial pitch", failures)
 	_expect_near(camera_rig.requested_distance_units, 8.0, "initial requested distance", failures)
 	_expect_near(camera_rig.resolved_distance_units, 8.0, "initial resolved distance", failures)
 	_expect_near(camera_rig.position.y, 1.7, "initial pivot height", failures)
 	_expect_near(camera.position.z, 8.0, "initial camera local Z", failures)
 	_expect_near(camera.far, 50000.0, "camera far plane", failures)
 	_expect_true(camera_rig.godot_world_flight_movement_basis().is_equal_approx(camera_rig.global_basis), "flight basis is pivot basis", failures)
 func _verify_zoom_clamps(player: CharacterBody3D, failures: Array[String]) -> void:
 	var camera_rig := player.get_node("CameraPivot") as ThirdPersonCameraRig
 	var zoom_in_event := _action_event(PlayerInputActions.CAMERA_ZOOM_IN, true)
 	for _step in range(20):
 		camera_rig.handle_camera_input(zoom_in_event)
 	_expect_near(camera_rig.requested_distance_units, 2.0, "minimum zoom clamp", failures)
 	for _step in range(30):
 		camera_rig.handle_camera_input(_action_event(PlayerInputActions.CAMERA_ZOOM_OUT, true))
 	_expect_near(camera_rig.requested_distance_units, 18.0, "maximum zoom clamp", failures)
 func _verify_orbit_and_capture(player: CharacterBody3D, failures: Array[String]) -> void:
 	var camera_rig := player.get_node("CameraPivot") as ThirdPersonCameraRig
 	_expect_true(camera_rig.handle_camera_input(_action_event(PlayerInputActions.CAMERA_ROTATE, true)), "capture action consumed", failures)
 	_expect_true(camera_rig.is_mouse_captured, "mouse capture state", failures)
 	var mouse_motion := InputEventMouseMotion.new()
 	mouse_motion.relative = Vector2(100.0, -50.0)
 	_expect_true(camera_rig.handle_camera_input(mouse_motion), "captured mouse motion consumed", failures)
 	_expect_near(camera_rig.yaw_radians, -0.3, "orbit yaw", failures)
 	_expect_near(camera_rig.pitch_radians, deg_to_rad(-18.0) + 0.15, "orbit pitch", failures)
 	_expect_near(player.rotation.y, -0.3, "character follows orbit yaw", failures)
 	var clamp_up_motion := InputEventMouseMotion.new()
 	clamp_up_motion.relative = Vector2(0.0, -100000.0)
 	camera_rig.handle_camera_input(clamp_up_motion)
 	_expect_near(camera_rig.pitch_radians, deg_to_rad(35.0), "maximum pitch clamp", failures)
 	var clamp_down_motion := InputEventMouseMotion.new()
 	clamp_down_motion.relative = Vector2(0.0, 100000.0)
 	camera_rig.handle_camera_input(clamp_down_motion)
 	_expect_near(camera_rig.pitch_radians, deg_to_rad(-65.0), "minimum pitch clamp", failures)
 	camera_rig.handle_camera_input(_action_event(PlayerInputActions.CAMERA_ROTATE, false))
 	_expect_true(not camera_rig.is_mouse_captured, "mouse release state", failures)
 func _verify_collision_policy(player: CharacterBody3D, failures: Array[String]) -> void:
 	var camera_rig := player.get_node("CameraPivot") as ThirdPersonCameraRig
 	var camera := camera_rig.get_node("Camera3D") as Camera3D
 	camera_rig.set_collision_policy(FixedDistanceCameraCollisionPolicy.new(3.0))
 	_expect_near(camera_rig.resolved_distance_units, 3.0, "fixed policy distance", failures)
 	_expect_near(camera.position.z, 3.0, "fixed policy camera transform", failures)
 	camera_rig.set_collision_policy(NoCameraCollisionPolicy.new())
 	_expect_near(camera_rig.resolved_distance_units, 18.0, "identity policy restores request", failures)
 func _verify_source_boundaries(failures: Array[String]) -> void:
 	var player_source := _read_text(PLAYER_CONTROLLER_PATH, failures)
 	for forbidden_text in ["var _captured", "var _yaw", "var _pitch", "func _apply_camera_transform", "camera_distance"]:
 		_expect_true(not player_source.contains(forbidden_text), "player omits %s" % forbidden_text, failures)
 	_expect_true(player_source.contains("_camera_rig.handle_camera_input"), "player delegates camera input", failures)
 	var rig_source := _read_text(CAMERA_RIG_PATH, failures)
 	_expect_true(rig_source.contains("extends Node3D"), "camera rig owns pivot Node3D", failures)
 	for forbidden_text in ["ADTLoader", "TerrainQuery", "MoveIntent", "AnimationPlayer"]:
 		_expect_true(not rig_source.contains(forbidden_text), "camera rig omits %s" % forbidden_text, failures)
 	var no_collision_source := _read_text(NO_COLLISION_POLICY_PATH, failures)
 	for forbidden_text in ["intersect_ray", "direct_space_state", "PhysicsRayQueryParameters3D"]:
 		_expect_true(not no_collision_source.contains(forbidden_text), "baseline policy omits %s" % forbidden_text, failures)
 func _verify_scene_wiring(failures: Array[String]) -> void:
 	for scene_path in RUNTIME_SCENE_PATHS + [REGRESSION_SCENE_PATH]:
 		var scene_source := _read_text(scene_path, failures)
 		_expect_true(scene_source.contains("third_person_camera_rig.gd"), "%s references camera rig" % scene_path, failures)
 		_expect_true(scene_source.contains('script = ExtResource("4_camera_rig")') or scene_source.contains('script = ExtResource("2_camera_rig")'), "%s wires CameraPivot script" % scene_path, failures)
 func _action_event(action_name: StringName, is_pressed: bool) -> InputEventAction:
 	var input_event := InputEventAction.new()
 	input_event.action = action_name
 	input_event.pressed = is_pressed
 	return input_event
 func _read_text(path: String, failures: Array[String]) -> String:
 	var file := FileAccess.open(path, FileAccess.READ)
 	if file == null:
 		failures.append("cannot open %s" % path)
 		return ""
 	return file.get_as_text()
 func _expect_near(actual_value: float, expected_value: float, label: String, failures: Array[String]) -> void:
 	if absf(actual_value - expected_value) > 0.000001:
 		failures.append("%s expected %.6f, got %.6f" % [label, expected_value, actual_value])
 func _expect_true(actual_value: bool, label: String, failures: Array[String]) -> void:
 	if not actual_value:
 		failures.append("%s expected true" % label)
Author	SHA1	Message	Date
sindoring	8c71e46872	Merge pull request 'rnd(M02): extract character presenters' (#25 ) from work/sindo-main-codex/m02-character-presentation into master Reviewed-on: #25	2026-07-14 22:44:11 +03:00
sindoring	ad820699bc	docs(M02): publish character presentation handoff Work-Package: M02-RND-CHARACTER-PRESENTATION-001 Agent: sindo-main-codex	2026-07-14 23:42:42 +04:00
sindoring	97bb53f6cd	rnd(M02): extract character presenters Work-Package: M02-RND-CHARACTER-PRESENTATION-001 Agent: sindo-main-codex Tests: presentation/input/movement/terrain/camera regressions; coordinate/streaming/docs/coordination gates; renderer dry-run 7/7 Fidelity: preserves current sandbox model/outfit and Stand/Idle/Run/Walk behavior; build-12340 parity remains unverified	2026-07-14 23:42:12 +04:00
sindoring	68e6f60d90	Merge pull request 'rnd(M02): extract third-person camera rig' (#24 ) from work/sindo-main-codex/m02-camera-rig into master Reviewed-on: #24	2026-07-14 22:30:33 +03:00
sindoring	02dec23c2a	docs(M02): publish camera rig handoff Work-Package: M02-RND-CAMERA-001	2026-07-14 23:27:41 +04:00
sindoring	8c1cf9be36	rnd(M02): extract third-person camera rig Work-Package: M02-RND-CAMERA-001	2026-07-14 23:27:03 +04:00
sindoring	f5bb64e6c7	Merge pull request 'gmp(M02): extract player terrain query' (#23 ) from work/sindo-main-codex/m02-terrain-query into master Reviewed-on: #23	2026-07-14 22:17:12 +03:00
sindoring	0ce3cae208	docs(M02): publish terrain query handoff Work-Package: M02-GMP-TERRAIN-QUERY-001 Agent: sindo-main-codex Tests: coordination and documentation gates; diff check Fidelity: documents inherited height/snap regression and remaining collision evidence gap	2026-07-14 23:11:23 +04:00
sindoring	a45d521567	gmp(M02): extract player terrain query Work-Package: M02-GMP-TERRAIN-QUERY-001 Agent: sindo-main-codex Tests: terrain query, player input and movement regressions; asset-free scene; renderer dry-run; coordinate, streaming, documentation and coordination gates Fidelity: preserves existing ADT outer-grid interpolation and player ground snap; build-12340 collision parity remains unverified	2026-07-14 23:10:55 +04:00
sindoring	5206c42cf0	Merge pull request 'gmp(M02): extract local player movement' (#22 ) from work/sindo-main-codex/m02-local-movement into master Reviewed-on: #22	2026-07-14 22:01:21 +03:00
sindoring	d2d6df3655	docs(M02): publish local movement handoff Work-Package: M02-GMP-MOVEMENT-001 Agent: sindo-main-codex Tests: coordination and documentation gates; diff check Fidelity: documents preserved sandbox behavior and remaining build-12340 evidence gap	2026-07-14 22:59:59 +04:00
sindoring	435e1c95d2	gmp(M02): extract local player movement Work-Package: M02-GMP-MOVEMENT-001 Agent: sindo-main-codex Tests: local movement and player input regressions; asset-free scene; renderer dry-run; coordinate, streaming, documentation and coordination gates Fidelity: preserves current sandbox speed, acceleration, sprint and camera-relative flight behavior; build-12340 parity remains unverified	2026-07-14 22:59:33 +04:00
sindoring	14dead194b	Merge pull request 'gmp(M02): add player input intent seam' (#21 ) from work/sindo-main-codex/m02-player-input into master Reviewed-on: #21	2026-07-14 21:52:26 +03:00