docs: TDTL section, TerrainDetail gate, v5 winner config notes (terrain-water task 10)
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
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2 changed files with 16 additions and 10 deletions
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@ -11,15 +11,18 @@ Generates the entire 2D blueprint. Roughly in order:
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2. **Topography** — FastNoiseLite base height plus a mountain spine, minus a squircle distance
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falloff, giving a guaranteed island. Noise frequency is divided by `scaleFactor`
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(`MapSize / 1024f`) so terrain features stay the same real-world size at any map profile.
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When `TerrainCurve` is a `"v5-*"` preset (interim default `"v5-balanced"`; the task-09 taste
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batch resolves the tri-state), the calibrated height-redistribution curve
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When `TerrainCurve: "v5"` (the default — the task-09 gate's BALANCED winner), the calibrated
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height-redistribution curve
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(`HeightCurve.cs` — the terraced ascent with spatially modulated shelves: flat farmable
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lowlands, a walkable foothill bench at 100±12 m, the white mountain-town plateau at
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220±20 m — shelf heights and strength drift across the island so no two flanks wear the same
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ring — and a per-seed-normalized summit spike to the 420 m cap) reshapes above-sea terrain
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after noise/falloff/Trench and before the crater carve; biome classification reads a
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retained uncurved map, so biomes are identical either way. Drops the `0_height` hillshade
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snapshot (hypsometric bands × NW hillshade) in both modes.
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retained uncurved map, so biomes are identical either way. With `TerrainDetail: "v1"` (the
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default) two detail passes follow the curve: shelf micro-relief (±3 m rolling skin on the
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benches/plateaus) and D8 drainage incision (rain-cut ravines in the risers — the future
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river routes; `TerrainDetailPass.cs`). Drops the `0_height` hillshade snapshot (hypsometric
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bands × NW hillshade) in both modes.
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3. **Sea level and water** — sea level per the configured model (`SeaLevelModel`: `"flat"` scalar
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— the default, `SeaLevelValue` 0.15 — or the legacy `"field"` latitude Lerp); flood fill
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separates true ocean from inland lakes; a mainland fill guarantees one contiguous landmass.
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