====================================================================== MAGIC PHONE PHASE-LOCK SIMULATION RUNNER (Effective Speculative Model) ====================================================================== Configuration: - Random Seed: 42 - Total Steps: 150 - Accretion Steps: 60 (accretion stops here) - Phase Drift Rate: 0.08 rad/step - Match Tolerance: 0.15 rad - Release Hazard Scale: 100.0 - Output Directory: outputs/ ---------------------------------------------------------------------- Simulating nested phase-rings and accounting ledger... Generating visualizations (2D maps, timeseries, polar histograms, networks)... Saved timeseries data to: outputs/simulation_metrics.csv ====================================================================== SIMULATION SUMMARY RESULTS ====================================================================== Rings Added (Total Population): 40 Rings Released (Escaped via LuxG): 3 Rings Locked (Caller still on partyline): 13 Release Efficiency: 7.50% Final Mass Proxy (M): 112.1923 Final Spin Proxy (J): 1.4334 Max Information Entropy (Bits): 110.41 bits Max Pairwise Constraints (C2): 780.0 Max Triplet Constraints (C3): 9880.0 Final Radiation Information: 9.00 bits Final Page Entropy Proxy: 9.00 bits Maximum Ledger Balance Error: 0.000e+00 bits Final Kerr Spin a*: 0.0001 Final Hawking Temperature Proxy: 0.000355 ====================================================================== Model Mapping Dictionary: - cancellation line => persistent, reversible busy tone (opposition lock) - LuxG route => phase-permission seam - released unit => smallest resolved code-unit - locked ring => caller temporarily phase-pinned on partyline - master phase => switchboard's current routing tone - ledger => phone bill / boundary accounting ====================================================================== Done.