George
b68390983c
1. TOML config (livingworld-server.toml) — NeoForgeModConfig registers a server-side config spec exposing all major tuning constants: pollution decay/spread, vegetation growth/dieoff rates, recovery rates, and seed dispersal params. EcosystemTuning wires these into the service registry (CoreServices.TUNING); PollutionModule, VegetationModule, RecoveryModule all read from it so admins can tune without recompiling. 2. Persistence audit — CodecKeys confirmed complete and correct for all 8 data-bearing modules. The 4-arg RecoveryRegionData constructor (from the prior session) correctly preserves maxSuccessionStage on every path. No structural issues found. 3. /lw region borders [regionX regionZ] — draws cyan DustParticle lines along all 4 edges of the region at surface height (32 samples per edge, ~4 blocks apart on the 128-block edge). 4. Pollution spreading — already in place via wind-based air diffusion. Extended: applyWaterRunoff now also transports ground pollution downstream (15 % of ground pollution × runoff rate) with a small water bleed, so contaminated upland regions poison their downhill neighbours. 5. Sound ambience — per-region throttled (≥8 check-intervals between plays). Forest (YOUNG_WOODLAND+, health>50): azalea leaves rustling. Barren (SPARSE_GRASS-): dry sand step. Heavy pollution (score>50): basalt deltas mood. Direct ClientboundSoundPacket per player so other nearby players aren't spammed. 6. Seed dispersal & ecological corridors — applySeedDispersal() runs each post-sim cycle. Healthy regions (YOUNG_WOODLAND+) stochastically emit seeds to all 4 neighbours proportional to vegetationPressure. Pollution in the target blocks seeds. Corridor effect: if the target has 2+ healthy neighbours, seed strength × corridorBoostMultiplier (default 3.5×). When accumulated seed rain ≥ 5.0 the target's succession cap is pioneered one stage ahead of what physical conditions alone would allow. /lw wind shows current wind angle and spread rate. Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>