mirror of
https://github.com/VolmitSoftware/Iris.git
synced 2026-10-25 21:40:05 +00:00
Brian Neumann-Fopiano
db0f98d103
- The route-and-reject hydrology system and its probes are removed - Hydrology is configured under dimension hydrology and per biome, region and dimension hydrologyPolicy - riverPolicy and the old hydrology config types are gone - Grid kernels cover priority flood, D8 routing, flow accumulation, basin extraction, breaching and stream burning - A basin spills at its pour point and an interior bump can never be the spill - Region plans cover 4096-block regions on a 64-block grid for major rivers and lakes - Window plans cover 512-block windows on an 8-block grid for reaches and ponds - Plans are cached in memory, persisted per world under iris/hydrology and keyed by pack, seed, world height and settings - Only the main runtime of an engine persists plans and stores swap on hotload and default runtime change - Demand rasters outrank prefetch and stopping pregen withdraws its queued prefetch - Ponds come from natural basins, seeded cups and chained cups with strictly falling levels - A pond level never exceeds its rim plus maxFill or the end grade of any inflow - Pond outlet loops are opened at their lowest pond - Reaches split at junctions, pond outlets and 256-block grid lines - Reaches meander, fit the valley, grade to a running minimum and smooth with Chaikin passes - Drops of two blocks or more get a lip and one-block corner steps become dry rim ledges - Cascades and waterfalls write falling fluid from the mantle at level eight - Inflows into region lakes end at the lake level - River mouths and water beside the sea sit at the sea surface - The per-chunk raster gives terrain height, water head, role, tier, fluid, cave ceiling and shore distance - WaterRole codes are stable and exposed to packs through the WATER_ROLE engine stream - WATER_HEAD replaces the old river engine streams and an unknown stream name fails the pack load - Banks take SMOOTH, LINEAR, CONCAVE, TERRACED or CLIFF profiles - Containment berms grow as tall as the water needs - Columns within two blocks of water stay solid and keep no Terrain3D overhang - Seam dams hold water where new chunks meet chunks generated earlier - The transition blend skips hydrology-owned columns - Caves stay at least two blocks below river and pond beds - The painter is the only writer of still water - Objects cannot open water, falls or bank ground and solid objects may stand in water - On-water objects need fluid at their anchor column - Floating child islands stay out of channels - Sea inlets run inland from cliff coasts at sea level and end in a chamber pool - Inlet passages are sealed against carvers, subterrain features and the post pass - Cave pools settle into carved lows, keep one fluid and stay out of inlet space - Pool and inlet cells use their own cave actions in mantle data - Water vegetation lists sit on tiers, ponds and hydrologyPolicy with SEA_FLOOR, SEA_SURFACE and SHORE_LINE parts - Pack validation compiles hydrology settings and rejects empty or water-holding palettes - Chunk generation fails closed when its 3x3 water rasters are not planned - /iris find covers stream, river, major river, cascade, waterfall, mouth, pond, lake, dam, sea inlet and cave pool - Generation history records the new feature types and drops old hydrology entries - The studio map draws water from rasters up close and from plans when zoomed out - Pregen prepares the current region and one region ahead - hydrologyProbe, riverTransectProbe, hydrologyBlockProbe, seaInletProbe and cavePoolProbe report containment, rises, seams, tick conversion and missing surface - Test forks run with a 2 GB heap, a 60-minute timeout and the Mockito agent loaded explicitly - Generation with hydrology off is unchanged
60 lines
2.1 KiB
Groovy
60 lines
2.1 KiB
Groovy
String apiVersion = providers.gradleProperty('apiVersion').get()
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def mainClass = 'art.arcane.iris.Iris'
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def bootstrapperClass = 'art.arcane.iris.IrisBootstrap'
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dependencies {
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compileOnly(project(':core'))
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compileOnly(libs.lombok)
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annotationProcessor(libs.lombok)
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compileOnly('com.github.VolmitSoftware.VolmLib:volmlib-shared:master-SNAPSHOT') {
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transitive = false
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}
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compileOnly(libs.paper.api)
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// LogFilterSVC (constructed in Iris.enable's explicit service list) implements the
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// log4j-core Filter interface, so its constructor reference needs the type resolvable.
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compileOnly(libs.log4j.core)
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testImplementation('junit:junit:4.13.2')
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testImplementation(libs.mockito.core)
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testImplementation(libs.paper.api)
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testImplementation(libs.bstats)
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testImplementation(project(':core'))
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testImplementation(testFixtures(project(':core')))
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testImplementation('com.github.VolmitSoftware.VolmLib:volmlib-shared:master-SNAPSHOT') {
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transitive = false
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}
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compileOnly(libs.placeholderApi)
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testImplementation(libs.placeholderApi) {
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transitive = false
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}
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}
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tasks.named('processResources').configure {
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def pluginProperties = [
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name : rootProject.name,
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version : rootProject.version,
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apiVersion: apiVersion,
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main : mainClass,
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bootstrapper: bootstrapperClass,
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]
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inputs.properties(pluginProperties)
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filesMatching(['**/paper-plugin.yml', '**/plugin.yml']) {
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expand(pluginProperties)
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}
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}
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tasks.named('compileJava', JavaCompile).configure {
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// lombok.config decides how equals/hashCode/toString are generated (fields, never getters), so editing it
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// changes this module's bytecode. Gradle does not know that on its own and would serve a stale up-to-date
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// build until something else in the module changed.
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inputs.file(rootProject.file('lombok.config'))
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.withPropertyName('lombokConfig')
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.withPathSensitivity(PathSensitivity.NONE)
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}
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tasks.named('jar', Jar).configure {
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archiveBaseName.set('iris-bukkit-plugin')
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}
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tasks.named('test').configure {
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}
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