HIR Diamond Matrix Transfer Simulator v0.2

Controls / Pressure Events

Scenario

Alignment / Handoff Gate Aₜ

Matrix compatibility, calibration, front/back reconciliation, and handoff legitimacy.

Signal Baseline Bₜ

Source clarity, invariant strength, payload structure, rhythm, color, timing, and field coherence.

Pressure / Loss Pₜ

Compression stress, drift, latency, injection, disclosure gap, heat/noise, and threshold instability.

Residual Sufficiency

Exact deviation data required to restore what inference alone cannot prove.

Disclosure Overlap

Claim scope that can be validated across parties without exposing all payload.

Threshold Stability

Whether proof is judged under stable rules or forced through threshold mutation.

Portable audit artifact

Exports current run: metadata, parameters, route decisions, frame capsules, and log records.

Exact continuity

Bounded continuity

Provisional / re-proof required

Quarantine / revoked scope

S_chain,t

0.00

Adjusted chain score from Aₜ, Bₜ, Pₜ, residual, disclosure, and threshold stability.

Continuity Route

—

Waiting for simulation.

Frame / Chain

Local frame verification plus chainwise handoff verification.

Frame capsule: Frameₙ = [ HIR_front,n | Payloadₙ | Residualₙ | HIR_back,n ]

Handoff: HIR_back,n → HIR_front,n+1

Strict lossless target: D(E(X), HIR_matrix, R_residual) = X

Live adjusted equation:

S_chain,t = A_handoff,t × B_signal,t − P_loss/drift,t

Minimum proof factor	0.00
Adjustment factor	0.00
Raw score	0.00

Diamond-in-Wave Visual

Wave carries motion · Diamond carries structure · Pressure modulates distortion · Residual sufficiency restores boundary.

Live Frame Capsule Timeline

Boundary statement: This HTML does not implement a production image/video codec. It models HIR/OAM provenance logic, reconstruction boundaries, residual sufficiency, chain continuity, and failure routing under pressure. It is a proof-of-wiring simulator for field-first signal integrity. It is single-file friendly for Hugging Face Spaces.