Turn all 17 sparse organs from text-on-black voids into full-bleed, moving,
bioluminescent WebGPU fields. Each cell maps to a real backend fact; verified
live on the real brain with a decoded fill% + motion + zero-error probe.
Foundation: one reusable LivingFieldPass (src/lib/observatory/field/) does
splat -> separable-blur (render passes) -> membrane base coat -> HDR cells with
orbital drift and a CPU pick-mirror. Each organ writes a ~20-line data->cells
mapper (cell-layout.ts: layoutGalaxy / layoutRings / FIELD_HUE).
Organs brought alive (fill% before -> after, all zero WebGPU errors):
stats 0.8->80.9, observatory 10.8->81.4, graph 12.3->82.4, memories ->78.4,
blackbox 18.2->83.3, contradictions 1.6->69.6, dreams 0.3->64.5,
settings 2.7->76.4, reasoning 2.7->39.2, patterns 7.1->45.6,
activation 10->64.9, feed ->89, explore ->83.3, intentions ->66.6,
importance ->73.7, memory-prs ->74.4, schedule ->37.1.
Backend surfaces: add api.memoryChangelog() + ChangelogResponse; surface
suppress/unsuppress on the memories field (shift/alt-click -> scar).
Tests: palace-launch-gate now asserts fillPct>30 + isAnimating (not just
non-black), with a longer settle for reasoning's deep_reference and a raised
timeout for the curated tour. all-routes-smoke treats settings as the WebGPU
field it now is. Gates green: check 0/0, build ok, palace-launch-gate 22/22 +
tour, all-routes-smoke 20/20.
Protected work untouched: MemoryCinema, graph/cinema, observatory scene
shaders, node-renderer, palace-map.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
