Host-Owned Planet, Terrain, Dense Grass, and Ash IntegrationAccepted

Integration Demo · Three.js 0.185.1

Host-Owned Planet, Terrain, Dense Grass, and Ash Integration

Interactive Three.js WebGPU/TSL demo for Host-Owned Planet, Terrain, Dense Grass, and Ash Integration, with 2 scenarios, 3 mechanisms, and 3 quality tiers and…

Evidence status: Accepted runtime evidence is available for the published contract represented by this demo.

Readiness & remaining fixes 1

Declared evidence work remains. Overall implementation status does not establish individual runtime or performance claims.

  1. P0Define and measure the target performance contract

    The hero, balanced, budgeted tiers have no accepted frame target. Record named device/browser/GPU, viewport, DPR, sustained CPU/GPU/presentation p50 and p95, deadline misses, memory, and settled quality. Submission time is not GPU timing.

    tiers[].frameTargetMs

Use the linked skill and source to inspect route ownership and evidence classification before treating this presentation as an accepted implementation.

Owning skill
Procedural Vegetation
Published routes
2 scenarios · 3 mechanisms · 3 quality tiers

Supported mechanisms

  • host-ownership — Host Ownership
  • shared-weather — Shared Weather
  • shared-contacts — Shared Contacts
initializing native WebGPU host…