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"model_kind": "port", "traces": false } ], "scope": "1D nonlinear immobile-interface capillary reference. Full left region coupled to full/reduced right edge with explicit shared volume and capillary-shape power. No moving particles, surfactant dynamics or fully resolved meniscus.", "physics": "Exact symmetric-interface area energy, h^3/(12mu) mobility frozen within each implicit step; constant gamma=.038639792559355034N/m, mu=.0015Pa.s; width80um and length80um. Radius-derived endpoint geometry and constant baseline Laplace pressure; internal equilibrium solved, never imposed during evolution.", "gates": { "regional_volume": 1e-09, "regional_power": 1e-07, "root_physical_volume": 1e-10, "trace_pressure_Pa": 1e-06, "flux_error": 0.05, "change_field_error": 0.1, "time_grid_flux": 0.02 }, "whole_budget_s": 3300, "per_case_timeout_s": 300, "decision": "Do not tune material parameters or construct a basis from validation trajectories. Compare port and standard DC-corrected bases with identical retained volume/trace directions. If accuracy/cost fails, keep full local edge states.", "amendment": { "reason": "Evolve extensive perturbations directly and rationalize slope differences, avoiding subtraction of near-equilibrium absolute heights in stiff mobility. Identical physical inputs, projection spaces, root and output gates.", "original_protocol": "results/nonlinear_edge_20261113/protocol.json", "control_cases": [ "r1000_a5p0_pulse_full80", "r1000_a5p0_pulse_local_dc17" ], "control_gates": { "h_relative": 1e-08, "port_flux_L2": 1e-05 }, "original_attempts_preserved": 48 } }