{
  "status": "passed",
  "method": "Root-authored alternate endpoint-first exhaustive joins, output-first fixed-pivot edges and integer2x2 affine matrices. No main calculation imported; shared frozen sources and same analyst.",
  "new_independent_agent_review": false,
  "check_count": 179,
  "checks": [
    "endpoint-first exhaustive census regular",
    "integral pivot pair census regular",
    "unit gain excluded by pivot membership regular",
    "endpoint-first exhaustive census cumulative",
    "integral pivot pair census cumulative",
    "unit gain excluded by pivot membership cumulative",
    "six cumulative four regular hits",
    "output-first fixed pivot graph ('cumulative', 2)",
    "no forward continuation at fixed pivots ('cumulative', 2)",
    "output-first fixed pivot graph ('regular', 2)",
    "no forward continuation at fixed pivots ('regular', 2)",
    "output-first fixed pivot graph ('cumulative', 3)",
    "no forward continuation at fixed pivots ('cumulative', 3)",
    "output-first fixed pivot graph ('regular', 3)",
    "no forward continuation at fixed pivots ('regular', 3)",
    "output-first fixed pivot graph ('cumulative', 4)",
    "no forward continuation at fixed pivots ('cumulative', 4)",
    "output-first fixed pivot graph ('regular', 4)",
    "no forward continuation at fixed pivots ('regular', 4)",
    "output-first fixed pivot graph ('cumulative', 5)",
    "no forward continuation at fixed pivots ('cumulative', 5)",
    "output-first fixed pivot graph ('regular', 5)",
    "no forward continuation at fixed pivots ('regular', 5)",
    "unit edge source ancestry 2",
    "unit edge biography cross products 2",
    "unit edge source ancestry 3",
    "unit edge biography cross products 3",
    "unit edge source ancestry 4",
    "unit edge biography cross products 4",
    "unit edge source ancestry 5",
    "unit edge biography cross products 5",
    "both source pivot exchanges 2",
    "typed middle exchange 2",
    "integer conjugacy coefficients (2, 300)",
    "integer conjugacy coefficients (2, 70)",
    "exchange phase sign (2, -1)",
    "exchange phase sign (2, 1)",
    "both source pivot exchanges 3",
    "typed middle exchange 3",
    "integer conjugacy coefficients (3, 300)",
    "integer conjugacy coefficients (3, 70)",
    "exchange phase sign (3, -1)",
    "exchange phase sign (3, 1)",
    "both source pivot exchanges 4",
    "typed middle exchange 4",
    "integer conjugacy coefficients (4, 300)",
    "integer conjugacy coefficients (4, 70)",
    "exchange phase sign (4, -1)",
    "exchange phase sign (4, 1)",
    "both source pivot exchanges 5",
    "typed middle exchange 5",
    "integer conjugacy coefficients (5, 300)",
    "integer conjugacy coefficients (5, 70)",
    "exchange phase sign (5, -1)",
    "exchange phase sign (5, 1)",
    "regular exact context join 2433",
    "counterpart typed source join (2433, 'SP')",
    "counterpart typed source join (2433, 'LXX')",
    "pair corners and2K source sides 0:1:0",
    "pair corners and2K source sides 0:1:1",
    "pair corners and2K source sides 0:1:2",
    "pair corners and2K source sides 0:1:3",
    "pair corners and2K source sides 0:1:4",
    "pair corners and2K source sides 0:1:5",
    "regular exact context join 2435",
    "counterpart typed source join (2435, 'SP')",
    "counterpart typed source join (2435, 'LXX')",
    "pair corners and2K source sides 0:2:0",
    "pair corners and2K source sides 0:2:1",
    "pair corners and2K source sides 0:2:2",
    "pair corners and2K source sides 0:2:3",
    "pair corners and2K source sides 0:2:4",
    "pair corners and2K source sides 0:2:5",
    "regular exact context join 2648",
    "counterpart typed source join (2648, 'SP')",
    "counterpart typed source join (2648, 'LXX')",
    "pair corners and2K source sides 1:1:0",
    "pair corners and2K source sides 1:1:1",
    "pair corners and2K source sides 1:1:2",
    "pair corners and2K source sides 1:1:3",
    "pair corners and2K source sides 1:1:4",
    "pair corners and2K source sides 1:1:5",
    "regular exact context join 2650",
    "counterpart typed source join (2650, 'SP')",
    "counterpart typed source join (2650, 'LXX')",
    "pair corners and2K source sides 1:2:0",
    "pair corners and2K source sides 1:2:1",
    "pair corners and2K source sides 1:2:2",
    "pair corners and2K source sides 1:2:3",
    "pair corners and2K source sides 1:2:4",
    "pair corners and2K source sides 1:2:5",
    "original full Mirror pairings",
    "full span matrix displacement 1:1:3",
    "full span matrix displacement 1:2:5",
    "paired path separation and corner sum 0:1:2",
    "paired path cannot retain17K 0:1:2",
    "paired path separation and corner sum 0:1:3",
    "paired path cannot retain17K 0:1:3",
    "paired path separation and corner sum 0:1:4",
    "paired path cannot retain17K 0:1:4",
    "paired path separation and corner sum 0:1:5",
    "paired path cannot retain17K 0:1:5",
    "paired path separation and corner sum 1:1:2",
    "paired path cannot retain17K 1:1:2",
    "paired path separation and corner sum 1:1:3",
    "paired path cannot retain17K 1:1:3",
    "paired path separation and corner sum 1:1:4",
    "paired path cannot retain17K 1:1:4",
    "paired path separation and corner sum 1:1:5",
    "paired path cannot retain17K 1:1:5",
    "eight paired source paths replay",
    "complete maximal source paths",
    "integer moving-square matrix equality 0",
    "integer fixed-pivot defect 0",
    "integer moving-square matrix equality 1",
    "integer fixed-pivot defect 1",
    "integer moving-square matrix equality 2",
    "integer fixed-pivot defect 2",
    "integer moving-square matrix equality 3",
    "integer fixed-pivot defect 3",
    "integer moving-square matrix equality 4",
    "integer fixed-pivot defect 4",
    "integer moving-square matrix equality 5",
    "integer fixed-pivot defect 5",
    "integer translated-frame center (0, 0, 'P')",
    "integer translated-frame center (0, 0, 'J')",
    "integer translated-frame center (0, 1, 'P')",
    "integer translated-frame center (0, 1, 'J')",
    "integer translated-frame center (0, 2, 'P')",
    "integer translated-frame center (0, 2, 'J')",
    "integer finite word endpoint (0, ('P', 'P', 'P'))",
    "integer finite word endpoint (0, ('P', 'P', 'J'))",
    "integer finite word endpoint (0, ('P', 'J', 'P'))",
    "same-count integer matrix comparison (0, ('P', 'J', 'P'))",
    "integer finite word endpoint (0, ('P', 'J', 'J'))",
    "integer finite word endpoint (0, ('J', 'P', 'P'))",
    "same-count integer matrix comparison (0, ('J', 'P', 'P'))",
    "integer finite word endpoint (0, ('J', 'P', 'J'))",
    "same-count integer matrix comparison (0, ('J', 'P', 'J'))",
    "integer finite word endpoint (0, ('J', 'J', 'P'))",
    "same-count integer matrix comparison (0, ('J', 'J', 'P'))",
    "integer finite word endpoint (0, ('J', 'J', 'J'))",
    "integer translated-frame center (1, 0, 'P')",
    "integer translated-frame center (1, 0, 'J')",
    "integer translated-frame center (1, 1, 'P')",
    "integer translated-frame center (1, 1, 'J')",
    "integer translated-frame center (1, 2, 'P')",
    "integer translated-frame center (1, 2, 'J')",
    "integer finite word endpoint (1, ('P', 'P', 'P'))",
    "integer finite word endpoint (1, ('P', 'P', 'J'))",
    "integer finite word endpoint (1, ('P', 'J', 'P'))",
    "same-count integer matrix comparison (1, ('P', 'J', 'P'))",
    "integer finite word endpoint (1, ('P', 'J', 'J'))",
    "integer finite word endpoint (1, ('J', 'P', 'P'))",
    "same-count integer matrix comparison (1, ('J', 'P', 'P'))",
    "integer finite word endpoint (1, ('J', 'P', 'J'))",
    "same-count integer matrix comparison (1, ('J', 'P', 'J'))",
    "integer finite word endpoint (1, ('J', 'J', 'P'))",
    "same-count integer matrix comparison (1, ('J', 'J', 'P'))",
    "integer finite word endpoint (1, ('J', 'J', 'J'))",
    "integer translated-frame center (2, 0, 'P')",
    "integer translated-frame center (2, 0, 'J')",
    "integer translated-frame center (2, 1, 'P')",
    "integer translated-frame center (2, 1, 'J')",
    "integer finite word endpoint (2, ('P', 'P'))",
    "integer finite word endpoint (2, ('P', 'J'))",
    "integer finite word endpoint (2, ('J', 'P'))",
    "same-count integer matrix comparison (2, ('J', 'P'))",
    "integer finite word endpoint (2, ('J', 'J'))",
    "integer translated-frame center (3, 0, 'P')",
    "integer translated-frame center (3, 0, 'J')",
    "integer translated-frame center (3, 1, 'P')",
    "integer translated-frame center (3, 1, 'J')",
    "integer finite word endpoint (3, ('P', 'P'))",
    "integer finite word endpoint (3, ('P', 'J'))",
    "integer finite word endpoint (3, ('J', 'P'))",
    "same-count integer matrix comparison (3, ('J', 'P'))",
    "integer finite word endpoint (3, ('J', 'J'))",
    "six squares24words"
  ],
  "common_source_hits": {
    "regular": [
      [
        2433,
        2893,
        3031,
        3033
      ],
      [
        2435,
        2895,
        3033,
        3035
      ],
      [
        2648,
        3108,
        3246,
        3248
      ],
      [
        2650,
        3110,
        3248,
        3250
      ]
    ],
    "cumulative": [
      [
        -5290,
        -5750,
        -5888,
        -5890
      ],
      [
        -5289,
        -5749,
        -5887,
        -5889
      ],
      [
        -5288,
        -5748,
        -5886,
        -5888
      ],
      [
        -5287,
        -5747,
        -5885,
        -5887
      ],
      [
        -5286,
        -5746,
        -5884,
        -5886
      ],
      [
        -5285,
        -5745,
        -5883,
        -5885
      ]
    ]
  },
  "original_Mirror_states": [
    "1:1:3",
    "1:2:5"
  ],
  "paired_two_step_paths": 8,
  "paired_two_step_paths_preserving17K": 0,
  "source_mixed_squares": 6,
  "finite_word_routes": 24,
  "C384_executed": false
}