{
  "schema":"tnfr.collective-pressure-phase-review-protocol.v1",
  "status_at_protocol_creation":"not_evaluated",
  "created_utc":"2026-10-14T18:11:48.220340+00:00",
  "scope":"Separate retrospective correction of an unresolved phase-accuracy certificate from the retained initial and IL_raw primitive snapshots; no new operator execution or physical evidence",
  "reason":"The old enclosure used a 12-term, 64-bit relative resultant before 128-bit interval wrapping. Rebuild its trigonometry from original primitive phases with the existing shared 32-term, 128-bit interval owner.",
  "original_response":{
    "path":"correction_v2/response.json",
    "bytes":3454510,
    "sha256":"39ddab82885e4171ed67bf61eb77a67a1e081039e48d7ca760c0ee494befb3b4"
  },
  "original_report_retained":"correction_v2/report.json remains 8/9; this review cannot rewrite its verdict",
  "targets":[
    0,
    1
  ],
  "node_order":[
    0,
    1,
    2,
    3,
    4,
    5,
    6,
    7,
    8,
    9,
    10,
    11,
    12,
    13,
    14,
    15,
    16,
    17,
    18,
    19
  ],
  "support":"Re-admitted original undirected bare support; unique neighbors, no conductance multiplier in phase resultant",
  "coefficient":"The exact rational represented by binary64 0.3 from original response.settings.phase_coefficient, not exact 3/10",
  "interval_bits":128,
  "trigonometric_owner":"tnfr.mathematics._rational_interval.cos/sin, certified_cosine_bounds terms=32 bits=128, shared Machin pi bounds and 64-term arctangent with its analytic remainder",
  "absolute_residual_allowance":{
    "numerator":1,
    "denominator":70368744177664
  },
  "cross_check_decimal_digits":100,
  "algorithm":[
    "Re-admit complete initial and IL_raw primitive captures with the existing detached retained-state reader. Require unchanged form, capacity, support and untargeted phases.",
    "For each target sum cos(theta_j-theta_i) and sin(theta_j-theta_i) directly from admitted exact represented rational primitive phases with shared128-bit outward interval arithmetic. Do not reuse old relative_resultant boxes.",
    "Enclose the principal ideal resultant argument, then multiply by the retained represented coefficient.",
    "Enclose the principal actual circular displacement from captured after-before phases using Arg(cos(delta),sin(delta)). Certify it is the nearest ideal continuous lift only if the entire difference interval lies strictly within (-pi,pi). Otherwise return unresolved; do not select another lift after inspecting the result.",
    "Classify within budget only if the full defect enclosure lies within the original inclusive plus/minus2^-46. Certify excess only if a nearest-lift-admitted enclosure lies entirely outside that range. Otherwise retain unresolved.",
    "Compute one independent100-decimal-digit point cross-check from the same primitive input; it cannot determine the rigorous verdict.",
    "Separately reuse existing read-only all-edge IL work/identity and OZ projection/propagation checks, and record the later boxes of the originally short-circuited compound assertion. Their passing does not alter the original8/9 report."
  ],
  "limits":{
    "corrective_evaluations":1,
    "new_operator_words":0,
    "trajectory_steps":0,
    "parameter_search":false,
    "tolerance_relaxation":false,
    "precision_beyond_original_declared128_bits":false,
    "frozen_producers_imported":false
  },
  "classification_scope":"Numerical admission only for this retained response and supplied law; no autonomous event selection, pressure memory, new constitutive law or physical identification",
  "chronology_note":"The old response is already known. This freeze fixes a corrective verification procedure before evaluating its new certificate; hashes associate bytes and do not authenticate chronology."
}