{"abstract":"A 39-yard make earns 4 points and a 49-yard make earns 5.","category":"Fantasy sports scoring","checks":7,"contract":"Score a kicker. Kick distance is the line-of-scrimmage yardline plus 17 (10 yards of end zone and a 7-yard hold). Made FG: <=39 yards 3, 40-49 4, 50+ 5. Missed FG: <=39 -2, 40-49 -1, 50+ 0. Blocked FG and blocked PAT score 0. PAT made +1, missed -1. Return [points, longest made FG distance or 0].","contract_signature":"kicks","evaluation_group":"w2-fantasy-sports-scoring-kicker-distance","failed_approach":"Fixing only the 39-yard edge leaves 49-yard kicks in the 50+ band.","family":"w2-fantasy-sports-scoring-kicker-distance-made-distance-bands","id":"FA-84921","implementations":{"attempt":{"sha256":"3120c33fb9cf15f59bca0411d987a2390db6d57f843d463c8a562d4b515681b5","source":"\"\"\"Failure Map reference implementation. Python standard library only.\"\"\"\nimport json\n\nN = 1\nobservations = []\ndef solve(kicks):\n    pts = 0\n    longest = 0\n    for k in kicks:\n        if k['type'] == 'pat':\n            if k['result'] == 'made':\n                pts += 1\n            elif k['result'] == 'missed':\n                pts -= 1\n            continue\n        dist = k['yardline'] + 17\n        if k['result'] == 'made':\n            pts += 3 if dist <= 39 else 4 if dist < 49 else 5\n            longest = max(longest, dist)\n        elif k['result'] == 'missed':\n            pts += -2 if dist <= 39 else -1 if dist <= 49 else 0\n    return [pts, longest]\ndef check(label, actual, expected):\n    observations.append({\"check\": label, \"actual\": actual, \"expected\": expected, \"passed\": actual == expected})\nfixtures = [[('regression: made distance bands',\n   [[{'result': 'made', 'type': 'pat', 'yardline': 15}, {'result': 'made', 'type': 'fg', 'yardline': 22},\n     {'result': 'made', 'type': 'fg', 'yardline': 23}, {'result': 'missed', 'type': 'fg', 'yardline': 34}]],\n   [8, 40]),\n  ('partial repair probe: made distance bands',\n   [[{'result': 'blocked', 'type': 'fg', 'yardline': 30}, {'result': 'missed', 'type': 'pat', 'yardline': 15},\n     {'result': 'made', 'type': 'pat', 'yardline': 15}, {'result': 'made', 'type': 'fg', 'yardline': 32},\n     {'result': 'made', 'type': 'pat', 'yardline': 15}, {'result': 'made', 'type': 'pat', 'yardline': 15}]],\n   [6, 49]),\n  ('second regression',\n   [[{'result': 'made', 'type': 'fg', 'yardline': 22}, {'result': 'made', 'type': 'fg', 'yardline': 34},\n     {'result': 'blocked', 'type': 'fg', 'yardline': 22}, {'result': 'made', 'type': 'pat', 'yardline': 15},\n     {'result': 'missed', 'type': 'fg', 'yardline': 45}, {'result': 'made', 'type': 'fg', 'yardline': 18}]],\n   [12, 51]),\n  ('normal control 1',\n   [[{'result': 'blocked', 'type': 'pat', 'yardline': 15}, {'result': 'made', 'type': 'fg', 'yardline': 34},\n     {'result': 'made', 'type': 'fg', 'yardline': 34}, {'result': 'blocked', 'type': 'fg', 'yardline': 34},\n     {'result': 'made', 'type': 'fg', 'yardline': 34}]],\n   [15, 51]),\n  ('normal control 2',\n   [[{'result': 'made', 'type': 'fg', 'yardline': 23}, {'result': 'made', 'type': 'fg', 'yardline': 23}]],\n   [8, 40]),\n  ('normal control 3',\n   [[{'result': 'made', 'type': 'fg', 'yardline': 33}, {'result': 'missed', 'type': 'fg', 'yardline': 22},\n     {'result': 'missed', 'type': 'fg', 'yardline': 34},\n     {'result': 'missed', 'type': 'fg', 'yardline': 32}]],\n   [2, 50]),\n  ('normal control 4',\n   [[{'result': 'blocked', 'type': 'fg', 'yardline': 34}, {'result': 'made', 'type': 'pat', 'yardline': 15},\n     {'result': 'made', 'type': 'pat', 'yardline': 15}, {'result': 'made', 'type': 'fg', 'yardline': 33},\n     {'result': 'blocked', 'type': 'fg', 'yardline': 22},\n     {'result': 'missed', 'type': 'fg', 'yardline': 22}]],\n   [5, 50])],\n [('regression: made distance bands',\n   [[{'result': 'blocked', 'type': 'pat', 'yardline': 15}, {'result': 'made', 'type': 'fg', 'yardline': 22}]],\n   [3, 39]),\n  ('partial repair probe: made distance bands', [[{'result': 'made', 'type': 'fg', 'yardline': 32}]],\n   [4, 49]),\n  ('second regression',\n   [[{'result': 'made', 'type': 'fg', 'yardline': 23}, {'result': 'made', 'type': 'pat', 'yardline': 15},\n     {'result': 'made', 'type': 'fg', 'yardline': 23}, {'result': 'made', 'type': 'pat', 'yardline': 15},\n     {'result': 'made', 'type': 'fg', 'yardline': 22}]],\n   [13, 40]),\n  ('normal control 1',\n   [[{'result': 'missed', 'type': 'fg', 'yardline': 32}, {'result': 'made', 'type': 'fg', 'yardline': 39}]],\n   [4, 56]),\n  ('normal control 2',\n   [[{'result': 'blocked', 'type': 'fg', 'yardline': 22}, {'result': 'made', 'type': 'fg', 'yardline': 23},\n     {'result': 'made', 'type': 'pat', 'yardline': 15}, {'result': 'blocked', 'type': 'pat', 'yardline': 15},\n     {'result': 'missed', 'type': 'pat', 'yardline': 15},\n     {'result': 'made', 'type': 'pat', 'yardline': 15}]],\n   [5, 40]),\n  ('normal control 3', [[{'result': 'made', 'type': 'fg', 'yardline': 34}]], [5, 51]),\n  ('normal control 4',\n   [[{'result': 'made', 'type': 'pat', 'yardline': 15}, {'result': 'missed', 'type': 'fg', 'yardline': 23},\n     {'result': 'made', 'type': 'pat', 'yardline': 15},\n     {'result': 'blocked', 'type': 'pat', 'yardline': 15}]],\n   [1, 0])],\n [('regression: made distance bands',\n   [[{'result': 'missed', 'type': 'pat', 'yardline': 15}, {'result': 'blocked', 'type': 'fg', 'yardline': 33},\n     {'result': 'made', 'type': 'fg', 'yardline': 22}, {'result': 'blocked', 'type': 'fg', 'yardline': 34}]],\n   [2, 39]),\n  ('partial repair probe: made distance bands',\n   [[{'result': 'made', 'type': 'fg', 'yardline': 32}, {'result': 'blocked', 'type': 'fg', 'yardline': 22},\n     {'result': 'made', 'type': 'fg', 'yardline': 32}]],\n   [8, 49]),\n  ('second regression', [[{'result': 'made', 'type': 'fg', 'yardline': 32}]], [4, 49]),\n  ('normal control 1',\n   [[{'result': 'made', 'type': 'pat', 'yardline': 15}, {'result': 'blocked', 'type': 'fg', 'yardline': 33},\n     {'result': 'missed', 'type': 'fg', 'yardline': 23}, {'result': 'made', 'type': 'pat', 'yardline': 15}]],\n   [1, 0]),\n  ('normal control 2',\n   [[{'result': 'blocked', 'type': 'fg', 'yardline': 22}, {'result': 'missed', 'type': 'fg', 'yardline': 34},\n     {'result': 'blocked', 'type': 'fg', 'yardline': 33}, {'result': 'blocked', 'type': 'fg', 'yardline': 32},\n     {'result': 'made', 'type': 'pat', 'yardline': 15}]],\n   [1, 0]),\n  ('normal control 3',\n   [[{'result': 'made', 'type': 'pat', 'yardline': 15},\n     {'result': 'blocked', 'type': 'pat', 'yardline': 15}]],\n   [1, 0]),\n  ('normal control 4', [[{'result': 'made', 'type': 'pat', 'yardline': 15}]], [1, 0])],\n [('regression: made distance bands',\n   [[{'result': 'blocked', 'type': 'fg', 'yardline': 34}, {'result': 'made', 'type': 'fg', 'yardline': 32},\n     {'result': 'made', 'type': 'fg', 'yardline': 33}]],\n   [9, 50]),\n  ('partial repair probe: made distance bands',\n   [[{'result': 'made', 'type': 'fg', 'yardline': 32}, {'result': 'made', 'type': 'pat', 'yardline': 15},\n     {'result': 'missed', 'type': 'fg', 'yardline': 34},\n     {'result': 'missed', 'type': 'fg', 'yardline': 28}]],\n   [4, 49]),\n  ('second regression',\n   [[{'result': 'missed', 'type': 'fg', 'yardline': 22}, {'result': 'missed', 'type': 'pat', 'yardline': 15},\n     {'result': 'made', 'type': 'fg', 'yardline': 22}]],\n   [0, 39]),\n  ('normal control 1',\n   [[{'result': 'missed', 'type': 'fg', 'yardline': 33}, {'result': 'made', 'type': 'pat', 'yardline': 15},\n     {'result': 'missed', 'type': 'pat', 'yardline': 15},\n     {'result': 'missed', 'type': 'pat', 'yardline': 15}]],\n   [-1, 0]),\n  ('normal control 2',\n   [[{'result': 'made', 'type': 'pat', 'yardline': 15}, {'result': 'missed', 'type': 'fg', 'yardline': 34},\n     {'result': 'made', 'type': 'fg', 'yardline': 33}, {'result': 'made', 'type': 'pat', 'yardline': 15}]],\n   [7, 50]),\n  ('normal control 3',\n   [[{'result': 'made', 'type': 'fg', 'yardline': 33}, {'result': 'blocked', 'type': 'fg', 'yardline': 34}]],\n   [5, 50]),\n  ('normal control 4',\n   [[{'result': 'blocked', 'type': 'fg', 'yardline': 32},\n     {'result': 'missed', 'type': 'fg', 'yardline': 32}]],\n   [-1, 0])],\n [('regression: made distance bands',\n   [[{'result': 'missed', 'type': 'fg', 'yardline': 22}, {'result': 'made', 'type': 'fg', 'yardline': 33},\n     {'result': 'missed', 'type': 'pat', 'yardline': 15}, {'result': 'made', 'type': 'fg', 'yardline': 32}]],\n   [6, 50]),\n  ('partial repair probe: made distance bands',\n   [[{'result': 'missed', 'type': 'pat', 'yardline': 15}, {'result': 'made', 'type': 'pat', 'yardline': 15},\n     {'result': 'made', 'type': 'fg', 'yardline': 32}]],\n   [4, 49]),\n  ('second regression',\n   [[{'result': 'missed', 'type': 'pat', 'yardline': 15}, {'result': 'made', 'type': 'fg', 'yardline': 33},\n     {'result': 'made', 'type': 'fg', 'yardline': 33}, {'result': 'missed', 'type': 'fg', 'yardline': 22},\n     {'result': 'made', 'type': 'fg', 'yardline': 32}]],\n   [11, 50]),\n  ('normal control 1', [[{'result': 'blocked', 'type': 'pat', 'yardline': 15}]], [0, 0]),\n  ('normal control 2',\n   [[{'result': 'made', 'type': 'pat', 'yardline': 15}, {'result': 'missed', 'type': 'fg', 'yardline': 14},\n     {'result': 'missed', 'type': 'fg', 'yardline': 23}]],\n   [-2, 0]),\n  ('normal control 3',\n   [[{'result': 'blocked', 'type': 'fg', 'yardline': 32}, {'result': 'made', 'type': 'fg', 'yardline': 33}]],\n   [5, 50]),\n  ('normal control 4',\n   [[{'result': 'blocked', 'type': 'fg', 'yardline': 33}, {'result': 'made', 'type': 'fg', 'yardline': 15}]],\n   [3, 32])]]\nfor label, args, expected in fixtures[N-1]:\n    check(label, solve(*args), expected)\nprint(json.dumps({\"observations\": observations, \"passed\": all(x[\"passed\"] for x in observations)}, ensure_ascii=False))\nraise SystemExit(0 if all(x[\"passed\"] for x in observations) else 1)\n"},"broken":{"sha256":"f39f80acc8265b9cfcf22927daa7e2420e9738b510b0b3560512939b62ad89bf","source":"\"\"\"Failure Map reference implementation. Python standard library only.\"\"\"\nimport json\n\nN = 1\nobservations = []\ndef solve(kicks):\n    pts = 0\n    longest = 0\n    for k in kicks:\n        if k['type'] == 'pat':\n            if k['result'] == 'made':\n                pts += 1\n            elif k['result'] == 'missed':\n                pts -= 1\n            continue\n        dist = k['yardline'] + 17\n        if k['result'] == 'made':\n            pts += 3 if dist < 39 else 4 if dist < 49 else 5\n            longest = max(longest, dist)\n        elif k['result'] == 'missed':\n            pts += -2 if dist <= 39 else -1 if dist <= 49 else 0\n    return [pts, longest]\ndef check(label, actual, expected):\n    observations.append({\"check\": label, \"actual\": actual, \"expected\": expected, \"passed\": actual == expected})\nfixtures = [[('regression: made distance bands',\n   [[{'result': 'made', 'type': 'pat', 'yardline': 15}, {'result': 'made', 'type': 'fg', 'yardline': 22},\n     {'result': 'made', 'type': 'fg', 'yardline': 23}, {'result': 'missed', 'type': 'fg', 'yardline': 34}]],\n   [8, 40]),\n  ('partial repair probe: made distance bands',\n   [[{'result': 'blocked', 'type': 'fg', 'yardline': 30}, {'result': 'missed', 'type': 'pat', 'yardline': 15},\n     {'result': 'made', 'type': 'pat', 'yardline': 15}, {'result': 'made', 'type': 'fg', 'yardline': 32},\n     {'result': 'made', 'type': 'pat', 'yardline': 15}, {'result': 'made', 'type': 'pat', 'yardline': 15}]],\n   [6, 49]),\n  ('second regression',\n   [[{'result': 'made', 'type': 'fg', 'yardline': 22}, {'result': 'made', 'type': 'fg', 'yardline': 34},\n     {'result': 'blocked', 'type': 'fg', 'yardline': 22}, {'result': 'made', 'type': 'pat', 'yardline': 15},\n     {'result': 'missed', 'type': 'fg', 'yardline': 45}, {'result': 'made', 'type': 'fg', 'yardline': 18}]],\n   [12, 51]),\n  ('normal control 1',\n   [[{'result': 'blocked', 'type': 'pat', 'yardline': 15}, {'result': 'made', 'type': 'fg', 'yardline': 34},\n     {'result': 'made', 'type': 'fg', 'yardline': 34}, {'result': 'blocked', 'type': 'fg', 'yardline': 34},\n     {'result': 'made', 'type': 'fg', 'yardline': 34}]],\n   [15, 51]),\n  ('normal control 2',\n   [[{'result': 'made', 'type': 'fg', 'yardline': 23}, {'result': 'made', 'type': 'fg', 'yardline': 23}]],\n   [8, 40]),\n  ('normal control 3',\n   [[{'result': 'made', 'type': 'fg', 'yardline': 33}, {'result': 'missed', 'type': 'fg', 'yardline': 22},\n     {'result': 'missed', 'type': 'fg', 'yardline': 34},\n     {'result': 'missed', 'type': 'fg', 'yardline': 32}]],\n   [2, 50]),\n  ('normal control 4',\n   [[{'result': 'blocked', 'type': 'fg', 'yardline': 34}, {'result': 'made', 'type': 'pat', 'yardline': 15},\n     {'result': 'made', 'type': 'pat', 'yardline': 15}, {'result': 'made', 'type': 'fg', 'yardline': 33},\n     {'result': 'blocked', 'type': 'fg', 'yardline': 22},\n     {'result': 'missed', 'type': 'fg', 'yardline': 22}]],\n   [5, 50])],\n [('regression: made distance bands',\n   [[{'result': 'blocked', 'type': 'pat', 'yardline': 15}, {'result': 'made', 'type': 'fg', 'yardline': 22}]],\n   [3, 39]),\n  ('partial repair probe: made distance bands', [[{'result': 'made', 'type': 'fg', 'yardline': 32}]],\n   [4, 49]),\n  ('second regression',\n   [[{'result': 'made', 'type': 'fg', 'yardline': 23}, {'result': 'made', 'type': 'pat', 'yardline': 15},\n     {'result': 'made', 'type': 'fg', 'yardline': 23}, {'result': 'made', 'type': 'pat', 'yardline': 15},\n     {'result': 'made', 'type': 'fg', 'yardline': 22}]],\n   [13, 40]),\n  ('normal control 1',\n   [[{'result': 'missed', 'type': 'fg', 'yardline': 32}, {'result': 'made', 'type': 'fg', 'yardline': 39}]],\n   [4, 56]),\n  ('normal control 2',\n   [[{'result': 'blocked', 'type': 'fg', 'yardline': 22}, {'result': 'made', 'type': 'fg', 'yardline': 23},\n     {'result': 'made', 'type': 'pat', 'yardline': 15}, {'result': 'blocked', 'type': 'pat', 'yardline': 15},\n     {'result': 'missed', 'type': 'pat', 'yardline': 15},\n     {'result': 'made', 'type': 'pat', 'yardline': 15}]],\n   [5, 40]),\n  ('normal control 3', [[{'result': 'made', 'type': 'fg', 'yardline': 34}]], [5, 51]),\n  ('normal control 4',\n   [[{'result': 'made', 'type': 'pat', 'yardline': 15}, {'result': 'missed', 'type': 'fg', 'yardline': 23},\n     {'result': 'made', 'type': 'pat', 'yardline': 15},\n     {'result': 'blocked', 'type': 'pat', 'yardline': 15}]],\n   [1, 0])],\n [('regression: made distance bands',\n   [[{'result': 'missed', 'type': 'pat', 'yardline': 15}, {'result': 'blocked', 'type': 'fg', 'yardline': 33},\n     {'result': 'made', 'type': 'fg', 'yardline': 22}, {'result': 'blocked', 'type': 'fg', 'yardline': 34}]],\n   [2, 39]),\n  ('partial repair probe: made distance bands',\n   [[{'result': 'made', 'type': 'fg', 'yardline': 32}, {'result': 'blocked', 'type': 'fg', 'yardline': 22},\n     {'result': 'made', 'type': 'fg', 'yardline': 32}]],\n   [8, 49]),\n  ('second regression', [[{'result': 'made', 'type': 'fg', 'yardline': 32}]], [4, 49]),\n  ('normal control 1',\n   [[{'result': 'made', 'type': 'pat', 'yardline': 15}, {'result': 'blocked', 'type': 'fg', 'yardline': 33},\n     {'result': 'missed', 'type': 'fg', 'yardline': 23}, {'result': 'made', 'type': 'pat', 'yardline': 15}]],\n   [1, 0]),\n  ('normal control 2',\n   [[{'result': 'blocked', 'type': 'fg', 'yardline': 22}, {'result': 'missed', 'type': 'fg', 'yardline': 34},\n     {'result': 'blocked', 'type': 'fg', 'yardline': 33}, {'result': 'blocked', 'type': 'fg', 'yardline': 32},\n     {'result': 'made', 'type': 'pat', 'yardline': 15}]],\n   [1, 0]),\n  ('normal control 3',\n   [[{'result': 'made', 'type': 'pat', 'yardline': 15},\n     {'result': 'blocked', 'type': 'pat', 'yardline': 15}]],\n   [1, 0]),\n  ('normal control 4', [[{'result': 'made', 'type': 'pat', 'yardline': 15}]], [1, 0])],\n [('regression: made distance bands',\n   [[{'result': 'blocked', 'type': 'fg', 'yardline': 34}, {'result': 'made', 'type': 'fg', 'yardline': 32},\n     {'result': 'made', 'type': 'fg', 'yardline': 33}]],\n   [9, 50]),\n  ('partial repair probe: made distance bands',\n   [[{'result': 'made', 'type': 'fg', 'yardline': 32}, {'result': 'made', 'type': 'pat', 'yardline': 15},\n     {'result': 'missed', 'type': 'fg', 'yardline': 34},\n     {'result': 'missed', 'type': 'fg', 'yardline': 28}]],\n   [4, 49]),\n  ('second regression',\n   [[{'result': 'missed', 'type': 'fg', 'yardline': 22}, {'result': 'missed', 'type': 'pat', 'yardline': 15},\n     {'result': 'made', 'type': 'fg', 'yardline': 22}]],\n   [0, 39]),\n  ('normal control 1',\n   [[{'result': 'missed', 'type': 'fg', 'yardline': 33}, {'result': 'made', 'type': 'pat', 'yardline': 15},\n     {'result': 'missed', 'type': 'pat', 'yardline': 15},\n     {'result': 'missed', 'type': 'pat', 'yardline': 15}]],\n   [-1, 0]),\n  ('normal control 2',\n   [[{'result': 'made', 'type': 'pat', 'yardline': 15}, {'result': 'missed', 'type': 'fg', 'yardline': 34},\n     {'result': 'made', 'type': 'fg', 'yardline': 33}, {'result': 'made', 'type': 'pat', 'yardline': 15}]],\n   [7, 50]),\n  ('normal control 3',\n   [[{'result': 'made', 'type': 'fg', 'yardline': 33}, {'result': 'blocked', 'type': 'fg', 'yardline': 34}]],\n   [5, 50]),\n  ('normal control 4',\n   [[{'result': 'blocked', 'type': 'fg', 'yardline': 32},\n     {'result': 'missed', 'type': 'fg', 'yardline': 32}]],\n   [-1, 0])],\n [('regression: made distance bands',\n   [[{'result': 'missed', 'type': 'fg', 'yardline': 22}, {'result': 'made', 'type': 'fg', 'yardline': 33},\n     {'result': 'missed', 'type': 'pat', 'yardline': 15}, {'result': 'made', 'type': 'fg', 'yardline': 32}]],\n   [6, 50]),\n  ('partial repair probe: made distance bands',\n   [[{'result': 'missed', 'type': 'pat', 'yardline': 15}, {'result': 'made', 'type': 'pat', 'yardline': 15},\n     {'result': 'made', 'type': 'fg', 'yardline': 32}]],\n   [4, 49]),\n  ('second regression',\n   [[{'result': 'missed', 'type': 'pat', 'yardline': 15}, {'result': 'made', 'type': 'fg', 'yardline': 33},\n     {'result': 'made', 'type': 'fg', 'yardline': 33}, {'result': 'missed', 'type': 'fg', 'yardline': 22},\n     {'result': 'made', 'type': 'fg', 'yardline': 32}]],\n   [11, 50]),\n  ('normal control 1', [[{'result': 'blocked', 'type': 'pat', 'yardline': 15}]], [0, 0]),\n  ('normal control 2',\n   [[{'result': 'made', 'type': 'pat', 'yardline': 15}, {'result': 'missed', 'type': 'fg', 'yardline': 14},\n     {'result': 'missed', 'type': 'fg', 'yardline': 23}]],\n   [-2, 0]),\n  ('normal control 3',\n   [[{'result': 'blocked', 'type': 'fg', 'yardline': 32}, {'result': 'made', 'type': 'fg', 'yardline': 33}]],\n   [5, 50]),\n  ('normal control 4',\n   [[{'result': 'blocked', 'type': 'fg', 'yardline': 33}, {'result': 'made', 'type': 'fg', 'yardline': 15}]],\n   [3, 32])]]\nfor label, args, expected in fixtures[N-1]:\n    check(label, solve(*args), expected)\nprint(json.dumps({\"observations\": observations, \"passed\": all(x[\"passed\"] for x in observations)}, ensure_ascii=False))\nraise SystemExit(0 if all(x[\"passed\"] for x in observations) else 1)\n"}},"limitations":"A deterministic toy scoring contract stipulated for this example; it is not the rulebook of any real fantasy platform. This reproducer isolates one failure mechanism. Results cover the supplied fixtures. Variants within a family share a test contract and should remain grouped when constructing evaluation splits. Related mechanisms with a shared evaluation_group must also remain together; these controlled models are not independent production incidents.","method":"Deterministic executable model with adversarial boundary fixtures.","provenance":{"created_by":"Failure Map","dependencies":"Python standard library","family":"w2-fantasy-sports-scoring-kicker-distance-made-distance-bands","generated_at":"2026-09-29T14:50:35.695673+00:00","license":"CC0-1.0","python":"3.12.14","seed":1,"split":"open-access"},"relevance":"Kicker distance bands and miss penalties are a classic source of scoring disputes.","root_cause":"The band tests use strict less-than against inclusive band maxima.","sha256":"5fdea98e8d2c3af592f4d2cdb7371ca3a0b0fd1517fc2b5253426d2dbab817d4","title":"Made field goal bands exclude their upper edge · case 01","variant":1,"variant_policy":"Five numbered records share a model and may reuse boundary fixtures.","verified":true,"visibility":"public","verification":{"attempt":{"elapsed_ms":43.488,"exit_code":1,"observations":[{"actual":[8,40],"check":"regression: made distance bands","expected":[8,40],"passed":true},{"actual":[7,49],"check":"partial repair probe: made distance bands","expected":[6,49],"passed":false},{"actual":[12,51],"check":"second regression","expected":[12,51],"passed":true},{"actual":[15,51],"check":"normal control 1","expected":[15,51],"passed":true},{"actual":[8,40],"check":"normal control 2","expected":[8,40],"passed":true},{"actual":[2,50],"check":"normal control 3","expected":[2,50],"passed":true},{"actual":[5,50],"check":"normal control 4","expected":[5,50],"passed":true}],"passed":false,"stderr":"","stdout":"{\"observations\": [{\"check\": \"regression: made distance bands\", \"actual\": [8, 40], \"expected\": [8, 40], \"passed\": true}, {\"check\": \"partial repair probe: made distance bands\", \"actual\": [7, 49], \"expected\": [6, 49], \"passed\": false}, {\"check\": \"second regression\", \"actual\": [12, 51], \"expected\": [12, 51], \"passed\": true}, {\"check\": \"normal control 1\", \"actual\": [15, 51], \"expected\": [15, 51], \"passed\": true}, {\"check\": \"normal control 2\", \"actual\": [8, 40], \"expected\": [8, 40], \"passed\": true}, {\"check\": \"normal control 3\", \"actual\": [2, 50], \"expected\": [2, 50], \"passed\": true}, {\"check\": \"normal control 4\", \"actual\": [5, 50], \"expected\": [5, 50], \"passed\": true}], \"passed\": false}\n"},"broken":{"elapsed_ms":39.644,"exit_code":1,"observations":[{"actual":[9,40],"check":"regression: made distance bands","expected":[8,40],"passed":false},{"actual":[7,49],"check":"partial repair probe: made distance bands","expected":[6,49],"passed":false},{"actual":[13,51],"check":"second regression","expected":[12,51],"passed":false},{"actual":[15,51],"check":"normal control 1","expected":[15,51],"passed":true},{"actual":[8,40],"check":"normal control 2","expected":[8,40],"passed":true},{"actual":[2,50],"check":"normal control 3","expected":[2,50],"passed":true},{"actual":[5,50],"check":"normal control 4","expected":[5,50],"passed":true}],"passed":false,"stderr":"","stdout":"{\"observations\": [{\"check\": \"regression: made distance bands\", \"actual\": [9, 40], \"expected\": [8, 40], \"passed\": false}, {\"check\": \"partial repair probe: made distance bands\", \"actual\": [7, 49], \"expected\": [6, 49], \"passed\": false}, {\"check\": \"second regression\", \"actual\": [13, 51], \"expected\": [12, 51], \"passed\": false}, {\"check\": \"normal control 1\", \"actual\": [15, 51], \"expected\": [15, 51], \"passed\": true}, {\"check\": \"normal control 2\", \"actual\": [8, 40], \"expected\": [8, 40], \"passed\": true}, {\"check\": \"normal control 3\", \"actual\": [2, 50], \"expected\": [2, 50], \"passed\": true}, {\"check\": \"normal control 4\", \"actual\": [5, 50], \"expected\": [5, 50], \"passed\": true}], \"passed\": false}\n"}},"member_only":{"stages":["fixed"],"fields":["implementations.fixed","verification.fixed","harness","repair"],"note":"The verified repair, its recorded checks, the repair description, and the scoring harness are available to members."}}