Remodeled 3D Phase Field Tuner

Interactive detector, law locked.

This tool models the detection-stage recipe. It lets you tune observable-derived phase ingredients while keeping the acceleration law unchanged.

Detector controls

Density saturation Σ_b/Σ_c1.00

Gradient |d lnΣ/d lnr|0.50

Height / thickness z_d/R_d0.10

Central-node rotational drag0.45

Boundary / switching tension0.25

Local g_b/a_φ0.25

Event band λ_event2.00

Observed phase ratio Λ_phase,obs2.05

Live decoded state

Locked

S_phase0

D_phase0

H_phase0

G_rot0

B_switch0

A_b0

g_RBFL/g_b0

Event match0

Prediction-side operator

A_b=A_lockS_phaseD_phaseH_phaseG_rotB_switch

Use this before looking at observed residuals. It is the forward phase estimate.

Post-test detector

A_φ,obs=(g_obs-g_b)/√(a_φg_b)

Use this after prediction to classify mismatch, switching, event projection, or missing 3D structure.

Zero gauge and event band

NGC7331 remains the zero-phase gauge. The lensing/event parameter is a detection-stage band, not a fixed constant. The latest test selected λ_event≈2.0 with a compact width for the current projected dataset.

Lambda event band sweep graph — Event-band sweep used in the current detector run.