plans/x265: record PROBE-SPLAT-μ-HYDRATION-RHO leg 1 results (DROP for static μ)#251
Conversation
…r static μ) The probe queued at the tail of the plan RAN (lance-graph crates/helix/examples/mu_hydration_probe.rs). Leg 1 verdict: KILL→DROP for static spatially-addressed μ-hydration (escalation ≈1.0). The ctrl_naddr contrast proves the mechanism — hydration is addressing-dependent, motion-only; μ-hydration ⊂ motion-hydration. Comma fence green (Steinhaus three-gap = 3, coprime full-perm). Full write-up: lance-graph E-3DGS-MU-HYDRATION-2. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01K3RyLEbuNSHxxB3NTTrGki
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What
Records the leg-1 results of
PROBE-SPLAT-μ-HYDRATION-RHO(queued at the tail ofx265-sprite-replay-probe-v1.md) into the plan's new Results section. Theprobe itself lives in lance-graph (
crates/helix/examples/mu_hydration_probe.rs,PR #743) since it consumes the
helix::placementAPI; this repo holds the plan +probe queue.
Result
KILL → DROP for static spatially-addressed μ-hydration (
escalation ≈ 1.0).The
ctrl_naddrcontrast proves the mechanism: hydration is addressing-dependent,not data-dependent — the same control cloud gives
rho=1.0at its generationindex vs
rho≈0at its Morton spatial address. The win requires a transmittedsequential index, which motion has (frame/path counter) and a static cloud lacks by
construction. μ-hydration ⊂ motion-hydration. The comma (φ incommensurability,
Steinhaus three-gap = 3) is exactly what decouples generation-index from
spatial-address.
Full write-up: lance-graph
E-3DGS-MU-HYDRATION-2.🤖 Generated with Claude Code
https://claude.ai/code/session_01K3RyLEbuNSHxxB3NTTrGki
Generated by Claude Code