Evidence

exactdiagnostics.json

Download source fileOpen in research workspace
{
  "questions_bound_before_computation": [
    "1f4001d5c18a51fe1a41e41acd6f7c2f140c7a457206fe9b7239943b5b374bbe",
    "f3ff2aa8573678d54c3c6e9147c55e685c2d2e96428e3f9793d74530a39d7704"
  ],
  "calibration_allocation_basis": {
    "coefficient_matrix": [
      [
        336,
        -360,
        0
      ],
      [
        336,
        0,
        -364
      ],
      [
        1,
        -6,
        0
      ],
      [
        1,
        0,
        -26
      ]
    ],
    "rhs": [
      0,
      0,
      -5,
      -25
    ],
    "rank": 3,
    "augmented_rref": [
      [
        1,
        0,
        0,
        "25/23"
      ],
      [
        0,
        1,
        0,
        "70/69"
      ],
      [
        0,
        0,
        1,
        "300/299"
      ],
      [
        0,
        0,
        0,
        0
      ]
    ],
    "left_dependence": [
      7,
      -6,
      -420,
      84
    ],
    "E_from_336_360_1over6": "25/23",
    "E_from_336_364_1over26": "25/23",
    "common_K": "8400/23",
    "free_calibration_family": "(E,P,J)=K*(1/336,1/360,1/364) before adding a source allocation",
    "predicted_f_E_to_J_from_EP_and364": "1/26",
    "diagnostic_f1over25_E": "312/287",
    "diagnostic_E_difference": "1/6601"
  },
  "allocation_triangle": {
    "fractions": {
      "E\u2192P": "1/6",
      "P\u2192J": "3/13",
      "E\u2192J": "1/26"
    },
    "nested_product": "1/26",
    "nested_selected_factor": "300/299",
    "sequential_PJ_factor": "7000/6877",
    "proof": "A_g(A_f(k))=1+g*f*(k-1)=A_(gf)(k); this is selection composition, not applying two chronological Keys in succession."
  },
  "component_defect_family": {
    "status": "Existing source examples C609/C714\u2013715; new compression into the kernel of total evaluation.",
    "rows": [
      {
        "name": "483_final_E",
        "source_parts": [
          "805/2",
          "161/2"
        ],
        "component_factors": [
          1,
          "25/23"
        ],
        "effective_factor": "70/69",
        "partial_image": [
          "805/2",
          "175/2"
        ],
        "uniform_image": [
          "1225/3",
          "245/3"
        ],
        "difference_vector": [
          "-35/6",
          "35/6"
        ],
        "difference_sum": 0
      },
      {
        "name": "12558_final_E",
        "source_parts": [
          12075,
          483
        ],
        "component_factors": [
          1,
          "25/23"
        ],
        "effective_factor": "300/299",
        "partial_image": [
          12075,
          525
        ],
        "uniform_image": [
          "157500/13",
          "6300/13"
        ],
        "difference_vector": [
          "-525/13",
          "525/13"
        ],
        "difference_sum": 0
      },
      {
        "name": "12600_upper_P",
        "source_parts": [
          9660,
          2940
        ],
        "component_factors": [
          "70/69",
          1
        ],
        "effective_factor": "91/90",
        "partial_image": [
          9800,
          2940
        ],
        "uniform_image": [
          "29302/3",
          "8918/3"
        ],
        "difference_vector": [
          "98/3",
          "-98/3"
        ],
        "difference_sum": 0
      },
      {
        "name": "12600_upper_E",
        "source_parts": [
          9660,
          2940
        ],
        "component_factors": [
          "25/23",
          1
        ],
        "effective_factor": "16/15",
        "partial_image": [
          10500,
          2940
        ],
        "uniform_image": [
          10304,
          3136
        ],
        "difference_vector": [
          196,
          -196
        ],
        "difference_sum": 0
      }
    ],
    "general_two_part_defect": "For upper fractionf and factor k there, delta=(k\u22121)f(1\u2212f)S*(1,\u22121); reverse component order reverses the sign.",
    "coarsening_criterion": "C*diag(k_i)=diag(kbar_B)*C for all vectors iff all k_i in each coarsened blockB equal kbar_B.",
    "counterexample": "Weight-dependent effective factors can make equality true for one fixed vector without a commuting operator square."
  },
  "retained_total_measurement_basis": {
    "matrix": [
      [
        1,
        1
      ],
      [
        "70/69",
        1
      ],
      [
        "25/23",
        1
      ]
    ],
    "rank": 2,
    "left_constraint": [
      5,
      -6,
      1
    ],
    "det_native_P": "-1/69",
    "inverse": "u=69(T_P\u2212T_0); v=T_0\u2212u",
    "complete_fixed_rows": [
      {
        "source_u_v": [
          690,
          0
        ],
        "native_P_E": [
          690,
          700,
          750
        ],
        "constraint": 0,
        "recovered_u_v": [
          690,
          0
        ]
      },
      {
        "source_u_v": [
          690,
          30
        ],
        "native_P_E": [
          720,
          730,
          780
        ],
        "constraint": 0,
        "recovered_u_v": [
          690,
          30
        ]
      },
      {
        "source_u_v": [
          690,
          60
        ],
        "native_P_E": [
          750,
          760,
          810
        ],
        "constraint": 0,
        "recovered_u_v": [
          690,
          60
        ]
      },
      {
        "source_u_v": [
          9660,
          2940
        ],
        "native_P_E": [
          12600,
          12740,
          13440
        ],
        "constraint": 0,
        "recovered_u_v": [
          9660,
          2940
        ]
      }
    ],
    "limitation": "Recovers numerical parts only; does not infer their source roles, order, anchors or source authorization."
  },
  "inherited_529_constraint_basis": {
    "primitive_pair": [
      23,
      25
    ],
    "normalized_ladder": [
      529,
      575,
      625
    ],
    "gain_pair": [
      46,
      50
    ],
    "geometric_relation": 0,
    "second_difference": 4,
    "total_gain": 96,
    "middle_minus_arithmetic_midpoint": -2,
    "novelty": "Low priority compression only; C505 already proved the ladder."
  },
  "affine_prefix_cosets": {
    "scope": "Whole-stage integer membership for fixed integer pivots, diagnostic compositions unless source already licensed.",
    "derivation": [
      "First integer image iff x=a+q1*t.",
      "First image is a+p1*t.",
      "Second integer image iff p1*t\u2261b\u2212a modq2.",
      "g=gcd(p1,q2); solvable iff g dividesb\u2212a; periodq1*q2/g."
    ],
    "fixed_nine_pairs": [
      {
        "execution": "E\u2192E",
        "first_pivot": 14006,
        "second_pivot": 4836,
        "nonempty": true,
        "obstruction_divisor": 1,
        "residue": 68,
        "period": 529,
        "formula": "x=residue+period*n, n integer; representative is not an event date"
      },
      {
        "execution": "E\u2192P",
        "first_pivot": 14006,
        "second_pivot": 4836,
        "nonempty": true,
        "obstruction_divisor": 1,
        "residue": 1126,
        "period": 1587,
        "formula": "x=residue+period*n, n integer; representative is not an event date"
      },
      {
        "execution": "E\u2192J",
        "first_pivot": 14006,
        "second_pivot": 4836,
        "nonempty": true,
        "obstruction_divisor": 1,
        "residue": 68,
        "period": 6877,
        "formula": "x=residue+period*n, n integer; representative is not an event date"
      },
      {
        "execution": "P\u2192E",
        "first_pivot": 14006,
        "second_pivot": 4836,
        "nonempty": true,
        "obstruction_divisor": 1,
        "residue": 206,
        "period": 1587,
        "formula": "x=residue+period*n, n integer; representative is not an event date"
      },
      {
        "execution": "P\u2192P",
        "first_pivot": 14006,
        "second_pivot": 4836,
        "nonempty": true,
        "obstruction_divisor": 1,
        "residue": 206,
        "period": 4761,
        "formula": "x=residue+period*n, n integer; representative is not an event date"
      },
      {
        "execution": "P\u2192J",
        "first_pivot": 14006,
        "second_pivot": 4836,
        "nonempty": true,
        "obstruction_divisor": 1,
        "residue": 4967,
        "period": 20631,
        "formula": "x=residue+period*n, n integer; representative is not an event date"
      },
      {
        "execution": "J\u2192E",
        "first_pivot": 14006,
        "second_pivot": 4836,
        "nonempty": true,
        "obstruction_divisor": 1,
        "residue": 2345,
        "period": 6877,
        "formula": "x=residue+period*n, n integer; representative is not an event date"
      },
      {
        "execution": "J\u2192P",
        "first_pivot": 14006,
        "second_pivot": 4836,
        "nonempty": false,
        "obstruction_divisor": 3,
        "pivot_difference_mod_g": 1
      },
      {
        "execution": "J\u2192J",
        "first_pivot": 14006,
        "second_pivot": 4836,
        "nonempty": true,
        "obstruction_divisor": 1,
        "residue": 43607,
        "period": 89401,
        "formula": "x=residue+period*n, n integer; representative is not an event date"
      }
    ],
    "inherited_witnesses": [
      {
        "case": "C480",
        "fixed_points": [
          2148,
          3206
        ],
        "coset": {
          "nonempty": true,
          "obstruction_divisor": 1,
          "residue": 32,
          "period": 529,
          "formula": "x=residue+period*n, n integer; representative is not an event date"
        },
        "placement_matches": [
          true,
          true
        ],
        "difference_lattice_divides_period": true
      },
      {
        "case": "fixed12026",
        "fixed_points": [
          4114,
          3056
        ],
        "coset": {
          "nonempty": true,
          "obstruction_divisor": 1,
          "residue": 388,
          "period": 529,
          "formula": "x=residue+period*n, n integer; representative is not an event date"
        },
        "placement_matches": [
          false,
          false
        ],
        "difference_lattice_divides_period": true
      }
    ],
    "whole_field": "A nonempty coset contains all points iff one point has the right residue and every source difference is divisible by its period.",
    "covariance": "Adding the same integer t to all points and both pivots adds t to the residue; the period and obstruction are unchanged."
  },
  "exact_full_field_normal_form": {
    "source_anchor": 14006,
    "difference_mesh": 10,
    "labelled_indices": [
      92,
      89,
      46,
      43,
      0
    ],
    "source_heads": [
      14926,
      14896,
      14466,
      14436,
      14006
    ],
    "image_difference_mesh": "250/23",
    "image_heads": [
      15006,
      "344388/23",
      14506,
      "332888/23",
      14006
    ],
    "integer_image_indices": [
      92,
      46,
      0
    ],
    "formula": "Source=a+10*n; image=a+(250/23)*n. The finite index pattern is retained; its comparison mesh changes.",
    "status": "Exact affine comparison lattice, not a new calendar or historical date grid."
  },
  "conditional_mixed_calendar_family": {
    "source_parts": [
      299,
      161
    ],
    "assignments": [
      {
        "assignment": [
          "E",
          "E"
        ],
        "calendar_measures": [
          336,
          336
        ],
        "output_components": [
          325,
          175
        ],
        "naked_sum": 500,
        "component_day_volumes": [
          109200,
          58800
        ],
        "total_day_volume": 168000,
        "common336_count": 500,
        "common360_count": "1400/3",
        "common364_count": "6000/13"
      },
      {
        "assignment": [
          "E",
          "P"
        ],
        "calendar_measures": [
          336,
          360
        ],
        "output_components": [
          325,
          "490/3"
        ],
        "naked_sum": "1465/3",
        "component_day_volumes": [
          109200,
          58800
        ],
        "total_day_volume": 168000,
        "common336_count": 500,
        "common360_count": "1400/3",
        "common364_count": "6000/13"
      },
      {
        "assignment": [
          "E",
          "J"
        ],
        "calendar_measures": [
          336,
          364
        ],
        "output_components": [
          325,
          "2100/13"
        ],
        "naked_sum": "6325/13",
        "component_day_volumes": [
          109200,
          58800
        ],
        "total_day_volume": 168000,
        "common336_count": 500,
        "common360_count": "1400/3",
        "common364_count": "6000/13"
      },
      {
        "assignment": [
          "P",
          "E"
        ],
        "calendar_measures": [
          360,
          336
        ],
        "output_components": [
          "910/3",
          175
        ],
        "naked_sum": "1435/3",
        "component_day_volumes": [
          109200,
          58800
        ],
        "total_day_volume": 168000,
        "common336_count": 500,
        "common360_count": "1400/3",
        "common364_count": "6000/13"
      },
      {
        "assignment": [
          "P",
          "P"
        ],
        "calendar_measures": [
          360,
          360
        ],
        "output_components": [
          "910/3",
          "490/3"
        ],
        "naked_sum": "1400/3",
        "component_day_volumes": [
          109200,
          58800
        ],
        "total_day_volume": 168000,
        "common336_count": 500,
        "common360_count": "1400/3",
        "common364_count": "6000/13"
      },
      {
        "assignment": [
          "P",
          "J"
        ],
        "calendar_measures": [
          360,
          364
        ],
        "output_components": [
          "910/3",
          "2100/13"
        ],
        "naked_sum": "18130/39",
        "component_day_volumes": [
          109200,
          58800
        ],
        "total_day_volume": 168000,
        "common336_count": 500,
        "common360_count": "1400/3",
        "common364_count": "6000/13"
      },
      {
        "assignment": [
          "J",
          "E"
        ],
        "calendar_measures": [
          364,
          336
        ],
        "output_components": [
          300,
          175
        ],
        "naked_sum": 475,
        "component_day_volumes": [
          109200,
          58800
        ],
        "total_day_volume": 168000,
        "common336_count": 500,
        "common360_count": "1400/3",
        "common364_count": "6000/13"
      },
      {
        "assignment": [
          "J",
          "P"
        ],
        "calendar_measures": [
          364,
          360
        ],
        "output_components": [
          300,
          "490/3"
        ],
        "naked_sum": "1390/3",
        "component_day_volumes": [
          109200,
          58800
        ],
        "total_day_volume": 168000,
        "common336_count": 500,
        "common360_count": "1400/3",
        "common364_count": "6000/13"
      },
      {
        "assignment": [
          "J",
          "J"
        ],
        "calendar_measures": [
          364,
          364
        ],
        "output_components": [
          300,
          "2100/13"
        ],
        "naked_sum": "6000/13",
        "component_day_volumes": [
          109200,
          58800
        ],
        "total_day_volume": 168000,
        "common336_count": 500,
        "common360_count": "1400/3",
        "common364_count": "6000/13"
      }
    ],
    "shared_volume": 168000,
    "source_mixed_JE": [
      300,
      175
    ],
    "matched_unit_volume": 168000,
    "swapped_unit_volume": 164500,
    "swap_defect": -3500,
    "status": "Scalar assignments except the inherited source branches are diagnostic. Interpreting each output in its matching Key calendar is conditional; no assertion that475 is literally a mixed-calendar elapsed chronology."
  }
}
Edition and provenance

exactdiagnostics.json

SHA-256 4144202ad401d9646936dd5798f9345730eb111a70de22d0ba4c31895701db51

C480–C1634/Research_Cycles/C0932_C1131/prep/key_constraints/exactdiagnostics.json