MH Warfare — Changelog

0.5.0 Beta 3

Beta 3 is a large gameplay, systems, presentation and optimization update. It introduces the FP-1 and Geran-2 heavy strike-aircraft stack, substantially expands the Ground Station and Tactical Map, improves Remote View and long-range rendering, rebuilds analogue/digital signal presentation, overhauls drone audio, and adds major collision, damage, destruction and multiplayer hardening.

This public changelog describes the final release state. Intermediate development experiments and temporary development-only issues are intentionally omitted.

FP-1 — heavy fixed-wing strike UAV

Added the FP-1 as a full heavy fixed-wing strike UAV.
Added the FP-1 airframe item, GeckoLib model, animations and textures.
Added the authored V-tail layout with independent left/right ruddervators.
Added animated ailerons and mixed ruddervator control surfaces.
Added a reusable heavy fixed-wing aircraft contract and shared heavy fixed-wing physics foundation.
Added persistent piston-engine states: OFF, STARTING, IDLE, RUNNING, STOPPING, FUEL STARVED and FAILED.
Added persistent fuel state that survives world saving and pickup/redeployment.
Added heavy/inertial handling appropriate to a large fixed-wing aircraft.
Added FP-1 integration with the advanced drone damage system and physical detachable-part damage.
Added engine, wing, control and structural degradation paths that can influence actual flight.

FP-1 assembly and launch booster

FP-1 now uses the standard O-key assembly workflow.
Added an FP-1 Launch Booster component slot.
Booster state is stored on the FP-1 airframe itself and survives pickup/redeployment and launcher reloads.
Added dedicated booster model, texture, attachment rendering and inventory icon.
Added booster ignition, thrust, launch plume, flame/smoke and a smooth release fade.
Added physical booster separation after burnout with a short-lived falling remnant.
Added residual booster smoke after separation.
Added piston-engine exhaust while the engine is running, with stronger exhaust when propulsion/airframe condition degrades.

Heavy Strike Launcher

Added the dedicated Heavy Strike Launcher block and block entity.
Added an authored launcher model and texture.
Added physical loading/unloading of FP-1 airframes.
Added server-authoritative launcher lock/ownership state.
Added correct authored 14-degree launch orientation.
Added safe unload/drop handling that preserves FP-1 state and unused components.
Added stale launcher-occupancy recovery so abandoned UUID state can self-repair or clear safely.
Reduced launcher mining hardness and added the Heavy Strike Launcher to the pickaxe mineable tag.

FP-1 autopilot and missions

Added FP-1 autonomous flight phases including PRELAUNCH, BOOST, CLIMB, CRUISE, APPROACH, TERMINAL and failure/crash states.
Added launch-heading capture and automatic climb/cruise transition after booster release.
Added bounded heading, bank, pitch and altitude control.
Added a manual soft-waypoint route system.
Increased mission capacity to 128 total mission elements.
Added a unified mission plan where FLIGHT waypoints can lead into a final STRIKE point.
Added waypoint pass-through/recovery logic so the aircraft does not need to orbit a narrowly missed waypoint.
Added route look-ahead and corner anticipation for smoother turns between waypoints.
Added altitude blending between route legs for smoother vertical transitions.
Added terrain-aware route protection using bounded loaded-chunk look-ahead corridors.
Terrain avoidance can choose between climbing over an obstacle and a bounded lateral detour.
Added persistent hysteresis so terrain avoidance does not oscillate every scan.
Added STRIKE POINT mission mode as a separate mission endpoint.
Added smooth terminal transition into the final attack path rather than snapping directly to the target vector.
Added bounded terminal yaw/pitch/roll transition and control-command slew.
Added configurable FLIGHT route altitude up to 620 blocks for FP-1.
Added autonomous chunk-corridor ownership for released FP-1 aircraft without forcing a giant square of chunks.
Added chunk-boundary handoff continuity and short unload recovery for moving autonomous aircraft.
Moving/falling heavy wrecks retain bounded chunk continuity until they are grounded or effectively stopped.

FP-1 Ground Station integration

Added FP-1 command/control integration into the Ground Station.
Added Ground Station START ENGINE / STOP ENGINE control.
Added Ground Station LAUNCH FP-1 control when the aircraft is correctly mounted and prepared.
Added prelaunch state telemetry for engine, launcher lock and installed booster.
Added mission workflow telemetry: mission state, autopilot phase, active mission element, distance, ETA and issue/notice state.
Added route progress presentation such as Wn/total.
Added a dedicated FP-1 mission status rail and workflow colors.
Added FP-1 Ground Station command/signal support and a long-range gameplay mission-uplink profile.

FP-1 impact, damage and presentation

Added a dedicated heavy-impact gameplay/presentation path for high-energy FP-1 crashes.
Added bounded radial entity damage and knockback for heavy impacts.
Added optional configurable block destruction for FP-1 heavy impacts.
Added configurable block-destruction radius and per-tick destruction budget in server config.
Block destruction is queued through one bounded server budget instead of destroying everything in one tick.
Added deterministic crater-edge thinning and no-drop terrain destruction to avoid excessive item entities.
Added heavy explosion flash, fire, smoke, dust and debris presentation.
Added lingering smoke and distant low-frequency explosion audio.
Added distance-attenuated camera impulse/camera shake.
Added visual detachable FP-1 debris that can settle after impact.
Added side-aware physical damage localization.
Added collision-aware high-speed contact handling to reduce tunneling through targets.

FP-1 audio

Added dedicated FP-1 engine audio foundation.
Added long-range directional engine audio.
Added separate long-range telemetry audio ownership for FP-1/Geran-class aircraft.
Added smoother local-to-distant audio handoff instead of a hard distance switch.
Added FP-1 booster audio for both observers and the controlling player.
Added a dedicated fast pass-by one-shot cue.
Added motion-aware pass-by triggering based on closest-approach prediction.

Geran-2 — heavy strike UAV

Added the Geran-2 heavy strike UAV as a full playable/mission-capable aircraft rather than a cosmetic variant.
Added authored Geran-2 model, animation set, textures and inventory icon.
Added a dedicated Geran-2 booster model/texture and mounted booster rendering.
Integrated Geran-2 with the Heavy Strike Launcher.
Added authored launcher mount positioning and shared 14-degree release corridor.
Added Geran-specific launch plume tuning, launch disturbance and detached-booster residual smoke.
Added Geran-specific fixed-wing handling and control tuning.
Added smoother direct-FPV pitch/roll/yaw input response and throttle handling.
Added long-range chunk-generation throttling for fast heavy aircraft.

Geran-2 mission system

Integrated Geran-2 with the heavy-strike Ground Station mission workflow.
Added FLIGHT route-prefix support and STRIKE endpoint support.
Added Geran-specific engine, launcher, route, strike, distance, ETA and issue feedback.
Added prepared strike approach behavior before committed terminal attack.
Added a bounded steep attack profile rather than unrestricted vertical dives.
Added terminal collision-aware movement so obstacles can trigger the canonical heavy-impact/detonation path.
Added full-power terminal request near impact.
Added FLIGHT route altitude parity up to 620 blocks for Geran-2.

Geran-2 damage and destruction

Added full participation in Drone Damage V2 / Physical Damage V3.
Added continuous structure, left/right wing, propulsion and flight-controller damage.
Wing damage now produces real asymmetric lift/control loss.
Engine/propulsion damage reduces actual propulsion authority and can lead to glide/crash behavior.
Added physical Geran-2 detachable parts and visual debris parity with FP-1.
Added Geran-2 heavy impact/detonation integration and terminal obstacle impact completion.
Added thermal engine hotspot rendering for Geran-2.

Shared fixed-wing physics and collision

Added a more complete fixed-wing glide model for supported aircraft.
Glide now considers local airspeed through the wing plane.
Added body-relative angle of attack.
Added lift derived from airflow rather than a constant world/body-up force.
Added quadratic lift response and progressive post-stall lift loss.
Added body-axis drag and sideslip behavior.
Added aircraft/load mass influence where real platform mass data is available.
Low-speed/high-angle flight can now enter a stall and descend more aggressively.
Generic fixed-wing glide is not applied to FPV quadcopters, Mavic, Baba Yaga or other incompatible multirotor/tailsitter paths.
Added swept entity contact for fast drones using start/end movement envelopes and deterministic earliest-hit selection.
Improved high-speed drone-vs-drone collision reliability.
Improved P1-SUN kinetic interception against FP-1/Geran-2.

P1-SUN interceptor improvements

Reworked P1-SUN FPV interceptor flight support so powered support follows spool/attitude rather than passive airplane-like lift.
Removed inappropriate passive fixed-wing lift behavior from the interceptor profile.
Added consistent high-speed collision handling.
Increased P1-SUN anti-drone effectiveness against heavy UAVs without globally increasing ordinary player damage.
Added heavy-aircraft lethal-interception outcomes, including bounded airburst/explosion, engine-out glide, control-loss descent, asymmetric structural break and catastrophic unpowered fall.
Added side/rear-aware structural outcome localization for heavy-aircraft interceptions.
Kept P1-SUN as an interceptor with its own physics path rather than forcing it into generic fixed-wing glide.

Wild Hornets / FPV control improvements

Added a shared low-throttle control-authority curve for Wild Hornets-style FPV control.
At very low throttle, attitude/yaw authority is reduced instead of remaining unrealistically full-strength.
Authority progressively returns as throttle rises.
Added separate keyboard and gamepad throttle behavior.
Keyboard flight uses a latched throttle: Space raises, Shift lowers, releasing the key holds the current value.
Gamepad flight uses an absolute/dynamic throttle mode with automatic input-mode switching.
Added safe fallback to keyboard mode after gamepad disconnect.
Added full-attitude quaternion ACRO integration for Wild Hornets.
Pitch, yaw and roll are integrated as body-axis angular rates into a persistent quaternion state.
This allows proper full-attitude ACRO behavior instead of separate Euler-angle accumulation.

Drone HUD / OSD upgrades

Wild Hornets

Rebuilt the Wild Hornets FPV OSD toward a compact real analogue-FPV presentation.
Added ARM/DISARM and ACRO state.
Added LQ and battery voltage.
Added consumed mAh/current readouts.
Added speed, height and FPV elapsed time.
Added a compact fixed center marker and attitude ladder.
Removed several oversized arcade-style HUD elements and duplicated telemetry.
Improved GUI-scale 3/4 readability and widget placement.

Mavic

Added a video-reference Mavic/enterprise-style FPV HUD.
Corrected compass heading mapping to N=000, E=090, S=180, W=270.
Replaced the old pixel-style compass with vector/procedural ticks, cardinal labels and a fixed aircraft pointer.
Added real gimbal camera tilt readout.
Added camera/zoom presentation and improved right-side readout layout.
Kept wheel zoom, sensor switching and gimbal reset integration.
Removed the large generic EW diagnostics panel from normal Mavic FPV while retaining full diagnostics through debug tooling.

Molniya-1

Updated Molniya-1 camera model/camera placement.
Added an INAV-inspired analogue FPV OSD.
Added compact speed/battery/motion telemetry presentation.
Tuned OSD scale for GUI Scale 3/4 and reduced the Molniya OSD to a compact readable size.
Added Ground Station-backed Molniya control-session authority and station-relative control checks.

General GUI

Added a shared fullscreen widget canvas for newer drone screens so GUI Scale 3/4 does not push FPV controls off-screen.
Added a shared render-state guard so Remote View/Tactical Map rendering does not leave vanilla GUI widget text with corrupted alpha/color state.
Applied the GUI/render guard across Ground Station, Sych-1, Mavic, Baba Yaga, P1-SUN, Wild Hornets and Molniya-1 screens.

Ground Station and Tactical Map overhaul

Reworked the Tactical Map so terrain ownership belongs to the Ground Station, not to whichever drone is currently selected.
Tactical terrain can be viewed even with no selected drone.
Selecting another drone no longer recenters or invalidates the terrain viewport.
Added stable Ground Station map identity derived from station dimension/position.
Added TO STATION and TO DRONE recenter controls.
Middle-click remains available as a recenter-to-station shortcut.
Added mouse panning and wider map-navigation freedom.
Expanded Tactical Map zoom range down to 0.20x while keeping the existing high zoom range.
Added fixed-grid terrain tiles and stable LODs.
Added a bounded client LRU tile cache per Ground Station.
Added a world-global persistent server terrain cache for completed tiles.
Persistent cache avoids rescanning identical terrain for every station.
Added low-priority station prewarming without competing aggressively with interactive map requests.
Added rolling terrain scanning where ready chunks can be captured independently instead of waiting for an entire batch.
Added progressive partial tile snapshots so terrain appears while scanning is still in progress.
Added visible map states such as READY, PARTIAL and LOADING.
Added one-time persistent cache invalidation when map color packing changed.
Corrected Minecraft map-color ABGR -> RGB conversion.
Added true block-level terrain sampling over the normal close Tactical Map range.
Added restrained terrain contrast/saturation, local relief shading and real material/height boundaries.
Added coarse-to-fine rendering so cached fine tiles can sharpen a coarse view without forcing an immediate new request.
Added cursor X/Y/Z readout using already-cached terrain data.
Added finer-LOD sample reuse to seed compatible coarser LODs.
Added progressive map-request scheduling with bounded chunk-ticket, capture, queue-probe and packet budgets.
Reduced map-generation backlog and server tick spikes while exploring new terrain.
Added dynamic terrain refresh after blocks change in already-scanned areas.
Changed columns are coalesced/debounced and only relevant LOD sample grids are refreshed.
Completed map tiles can receive authoritative refresh patches without being replaced by incomplete progressive data.
Added a higher-fidelity 0.20x regional overview with multi-probe color averaging and preserved narrow terrain features.
Regional overview can preserve observed road/built/water/canopy characteristics and bounded local relief.
Added smooth LOD handoff when zooming into finer terrain so the previous complete coarser map remains visible until the finer viewport is ready.
Improved route rendering performance by batching map geometry instead of issuing large numbers of tiny fill calls.
Added bounded off-screen clipping for route geometry/circles.

Tactical mission presentation

Added persistent FP-1 mission route rendering on the Tactical Map.
Added waypoint numbering.
Added current/future/passed route visual states.
Added route direction chevrons.
Added a dedicated STRIKE diamond/cross marker and live strike leg.
Added support for up to 128 FP-1 mission elements.
Added map-route state that can keep the saved plan available even after the active mission has consumed its points.

Ground Station fleet

Increased the Ground Station fleet capacity to 120 drones.
Added an 11-row scrolling fleet list.
Reworked fleet synchronization to avoid per-drone DataSlot fanout.
Added a server-side fleet discovery index based on the existing loaded-drone snapshot instead of repeated broad world scans.
Added client cache hygiene and bounded LRU state for map/route data across multiple stations/drones.
Added optimized live fleet-map markers with cached projection/labels and reduced per-frame allocation/fill overhead.

Remote View / Chuyka improvements

Improved Remote View terrain/entity scalability and reduced broad entity iteration.
Reworked entity refresh paths to operate on bounded tracked/delivered sets instead of repeatedly scanning the whole dimension.
Added authoritative player visibility heartbeat for Remote View.
Player heartbeat is bounded and round-robin processed.
Added UUID + entity-id reconciliation for synthetic Remote View players.
Added multi-pass removal grace so transient visibility misses do not immediately remove a player.
Added server lookup fallback for live players when the normal entity-id lookup path is temporarily insufficient.
Added routed player-removal filtering consistent with the heartbeat/grace contract.
Added explicit Remote View entity identity leases for custom snapshot-spawned entities.
Improved destruction cleanup so removed drones do not remain as stale Remote View ghosts.
Improved real-entity/proxy identity handover so a newly available authoritative entity suppresses the detached visual proxy.
Improved controlled-drone camera/model synchronization in Remote View.
Primary controlled drone presentation now follows the same authoritative camera carrier instead of visibly lagging behind it.
Added compatibility for authoritative yaw/pitch/roll camera replay when Just Enough Guns (JEG) is installed.
Final player transform ownership is single-source: the custom heartbeat handles existence/self-heal while vanilla movement/teleport packets own an already-existing RemotePlayer transform.
Synthetic player creation initializes the vanilla packet-position codec so subsequent relative movement starts from a valid baseline.
This substantially improves stationary remote-player stability without increasing Remote View radius or vanilla tracking distance.

Long-range drone visibility and motion

Added detached long-range visual proxies for MH Warfare drones outside normal vanilla entity-rendering distance.
Long-range visibility reuses the existing loaded-drone snapshot and does not force player view distance or synchronously load/generate chunks.
Candidate selection is nearest-first and capped at 24 proxies per player.
Transform updates remain bounded at 5 Hz with slower full visual-state refresh.
Final long-range visibility ranges:
- Wild Hornets / Mavic: 1280 blocks;
- P1-SUN: 2048 blocks;
- Sych-1 / Molniya-1 / Baba Yaga: 2560 blocks;
- FP-1 / Geran-2: 3072 blocks.
Added client-side frustum culling for long-range proxies.
Added real entity-id + UUID handoff so a close-range vanilla entity replaces its proxy cleanly.
Replaced simple spring-style distant movement with a time-based snapshot buffer.
Added interpolation between authoritative long-range snapshots and very limited extrapolation only during short packet gaps.
Added angle unwrapping across ±180 degrees to avoid long-way yaw/pitch spins.
Added partial-tick visual interpolation so distant motion is smoother at high client FPS without increasing server packet frequency.

Signal, RF and electronic warfare presentation

Analogue video

Rebuilt analogue FPV interference into a dedicated post-processing pipeline.
Added moving scan shimmer, dense RF snow, tracking/sync instability, chroma drift and horizontal picture breakup.
Poor analogue links progressively lose colour instead of immediately becoming a clean black screen.
Severe analogue degradation can become approximately monochrome while the carrier still exists.
Added more natural random timing for analogue glitch events so interference does not repeat as a fixed deterministic pattern.
Added dedicated LIGHT / WEAK / POOR / CRITICAL / LOST visual profiles.
Added reference-matched fine salt/snow noise and bounded horizontal displacement/ghosting.
Removed arbitrary clean full-frame black pulses while an analogue carrier is still present.

Digital video

Added a separate digital corruption shader pipeline.
Digital degradation includes macroblocking, displaced codec blocks, slice tearing, quantization, burst smearing, codec-unit dropout and hard-black LOST state.
Digital and analogue video no longer share the same visual language.
Final video transport presentation includes:
- Sych-1: DIGITAL_RF;
- Mavic: DIGITAL_RF;
- Wild Hornets: ANALOG_RF;
- Molniya-1: ANALOG_RF;
- P1-SUN: ANALOG_RF;
- Baba Yaga: ANALOG_RF.

RF propagation

Improved material-aware RF penetration through terrain/buildings.
Obstruction attenuation now depends on bounded weighted penetration depth rather than one flat building penalty.
Leaves, wood, fluids and dense collision blocks contribute different attenuation weights.
Missing/unloaded chunks are not synchronously generated for signal calculations.
Environmental signal loss can become much more severe in deep obstruction/cave conditions.
Added shared propagation-resilience tuning in attenuation space for analogue and digital RF.
Improved effective RF distance envelope while keeping jammer strength/resistance logic separate.

Analogue shader performance

Optimized the accepted analogue shader without weakening POOR/CRITICAL effects.
Reduced effect-pass scene sampling from 4 scene samples to 3.
Replaced many separate scalar hash evaluations with 2 packed hash evaluations.
Removed the per-fragment sine oscillator from the hot path.
Kept full-rate post-processing and the accepted visual presets.

Drone audio overhaul

Reworked regular drone audio into a bounded source-budget planner.
Up to 12 powered nearby motor cues can remain independently audible while one nearby detail owner receives richer layered sound.
Booster and battery-fire cues receive appropriate priority.
Added fresh sound-instance re-arm when Minecraft/another sound engine drops a persistent loop.
Added separate bounded FP-1/Geran long-range audio ownership.
Added smooth local-to-distant crossover for heavy aircraft instead of a noticeable silent/weak gap.
Added material-aware and distance/motion-adaptive occlusion sampling.
Added separate low/high-frequency transmission behavior through occlusion.
Added motion-aware Doppler based on signed radial velocity.
Added closest-approach prediction for pass-by behavior.
Added smoother distance, gain and near/far layer response.
Reduced unnecessary OpenAL source pressure for modpacks.
Optional layers such as AIRFLOW, DAMAGE_RATTLE, BATTERY_FIRE and FAR_FIELD no longer reserve a source while their actual audible contribution is zero.
Added hysteresis around optional-layer activation thresholds to avoid rapid source churn.
Reduced regular persistent source pressure while preserving the nearest detailed drone and long-range heavy-aircraft channels.
Added explicit cleanup of MH Warfare-owned sound handles on client login/logout lifecycle transitions.

Voice/radio audio lifecycle

JavaSound playback no longer needs to remain open for an entire world session when idle.
Playback/capture now use demand-driven activation with short close-grace periods.
Microphone capture is limited to actual voice/PTT/monitor/settings demand rather than remaining permanently open.
Reworked PTT/squelch transition cues to remove piercing deterministic tone/carrier components and use short filtered mechanical/noise transients instead.

Damage, destruction and environmental behavior

Expanded Drone Damage V2 / Physical Damage V3 coverage across heavy aircraft.
Added flight-critical degradation paths instead of treating all subsystem damage as cosmetic HP loss.
Rebalanced Baba Yaga structural/lift damage so destroyed lift stations have meaningful flight consequences.
Baba Yaga can remain flyable after limited lift loss but enters forced degradation/failure as critical lift/structure is lost.
Added universal explosion camera shake profiles for multiple drone/payload explosion classes.
Added a universal drone water-contact policy for supported aircraft.
Explosive combat loads receive one persistent server-authoritative water-fuze outcome rather than rerolling every water tick.
Non-explosive airframes keep platform-appropriate disable/sink/float behavior.
Added universal destruction/Remote View cleanup so discarded/detonated drones do not leave stale visual entities.
Added moving heavy-wreck chunk continuity until a crash is actually settled.
Added thermal engine hotspot presentation for FP-1 and Geran-2.

Multiplayer, TPS and scalability

Added multiplayer/TPS profiling and entity-scaling hardening across Remote View and drone systems.
Replaced several broad per-session entity scans with bounded tracked-id or loaded-drone snapshot paths.
Reused tick-local authoritative entity snapshots where multiple systems need the same state.
Reduced Ground Station map scan/ticket spikes through bounded admission, capture and packet budgets.
Reduced Ground Station map CPU work with batched terrain rendering and route geometry.
Added bounded client/server caches with explicit eviction and disconnect cleanup.
Added long-range visibility without increasing vanilla clientTrackingRange, player view distance or Remote View radius.
Added high-speed aircraft chunk-generation deferral/budget controls to reduce long-range TPS pressure.
Improved modpack-safe audio source use rather than globally stopping the Minecraft sound engine.

Compatibility and robustness

Added safer two-block Ground Station placement as one server-authoritative transaction.
Placement validates both cells before changing the world and restores prior states if another hook invalidates the operation.
Improved compatibility with modpacks containing placement/render hooks such as Axiom/Moonlight-style stacks.
Added optional JEG camera-angle compatibility without introducing a hard dependency on JEG classes.
Improved GUI Scale 3/4 support for FPV controls and OSD layouts.
Improved launcher occupancy recovery across save/load/entity-restoration edge cases.
Improved Remote View player/entity lifecycle handling without increasing server tracking ranges.

Release packaging

Public version is now 0.5.0-beta.3 with development suffixes removed.
Removed stale development labels from item tooltips and player-facing metadata.
Updated mod description and release-facing metadata to describe the actual Beta 3 feature set.
Verbose Remote View profiling remains available at DEBUG level instead of filling normal release logs.
The clean release-source archive excludes historical development reports, test harnesses, internal checkpoints and AI handoff material.

Summary of the biggest Beta 3 additions

FP-1 heavy fixed-wing strike UAV.
Heavy Strike Launcher + launch booster system.
FP-1 Ground Station mission planning, routes, strike point, terrain avoidance and remote launch.
Geran-2 heavy strike UAV with launcher, mission system, terminal strike behavior, damage and debris.
Fixed-wing glide/stall physics and high-speed swept collision.
Major Tactical Map rewrite: station-owned map, tile cache, persistent cache, progressive loading, dynamic refresh, block detail and 0.20x regional overview.
Ground Station fleet expanded to 120 drones with improved discovery/marker performance.
Remote View player/entity lifecycle and transform-ownership hardening.
Long-range drone visibility up to 3072 blocks with smooth buffered interpolation.
Reference-matched analogue video interference and separate digital corruption shader pipeline.
RF penetration/resilience overhaul.
Large drone-audio reliability, propagation, Doppler, pass-by and source-pressure overhaul.
Wild Hornets quaternion ACRO and improved FPV throttle/control authority.
New/updated Wild Hornets, Mavic and Molniya-1 OSD/HUD presentation.
P1-SUN interceptor flight/collision/heavy-kill improvements.
Universal destruction, water-contact, heavy-wreck continuity and thermal-engine presentation improvements.
Broad multiplayer/TPS, modpack compatibility and release-hygiene work.

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