{"abstract":"The adapter reports an incorrect science last x while other fields remain valid.","category":"Astronomical coordinate conventions","checks":6,"contract":"A one-based FITS-like detector cutout has zero-based start sx,sy, explicit halo hx,hy, and unchanged plate scale. CRPIX belongs to the padded cutout; valid bounds exclude halo. Data section uses inclusive pixel endpoints. Output fields are defined by: crpix_x = d['rx']-d['sx']+d['hx']; crpix_y = d['ry']-d['sy']+d['hy']; science_first_x = d['hx']+1; science_last_x = d['hx']+d['w']; parent_first_y = d['sy']+1; parent_last_y = d['sy']+d['h']","contract_signature":"d","evaluation_group":"astro-detector-cutout-reference","failed_approach":"A partial convention repair still uses d['hx']+d['w']-1","family":"s3-astronomical-coordinate-conventions-detector-cutout-reference-science_last_x","id":"FA-54856","implementations":{"attempt":{"sha256":"9e2e67e374c2635fc5491a1984371b98f4d05ca2154775a059411fd09d131e91","source":"\"\"\"Failure Map reference implementation. Python standard library only.\"\"\"\nimport json\n\nN = 1\nobservations = []\ndef solve(d):\n    return {'crpix_x': d['rx']-d['sx']+d['hx'], 'crpix_y': d['ry']-d['sy']+d['hy'], 'science_first_x': d['hx']+1, 'science_last_x': d['hx']+d['w']-1, 'parent_first_y': d['sy']+1, 'parent_last_y': d['sy']+d['h']}\ndef check(label, actual, expected):\n    observations.append({\"check\": label, \"actual\": actual, \"expected\": expected, \"passed\": actual == expected})\nfixtures = {1: [({'rx': 12, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 10, 'crpix_y': 15, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': 8, 'parent_last_y': 37}), ({'rx': 12, 'ry': 19, 'sx': 0, 'sy': 0, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 14, 'crpix_y': 22, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': 1, 'parent_last_y': 30}), ({'rx': 12, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 0, 'hy': 0, 'w': 20, 'h': 30}, {'crpix_x': 8, 'crpix_y': 12, 'science_first_x': 1, 'science_last_x': 20, 'parent_first_y': 8, 'parent_last_y': 37}), ({'rx': 12, 'ry': 19, 'sx': -2, 'sy': -3, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 16, 'crpix_y': 25, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': -2, 'parent_last_y': 27}), ({'rx': 12, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 2, 'hy': 3, 'w': 1, 'h': 1}, {'crpix_x': 10, 'crpix_y': 15, 'science_first_x': 3, 'science_last_x': 3, 'parent_first_y': 8, 'parent_last_y': 8}), ({'rx': 12, 'ry': 19, 'sx': 9, 'sy': 2, 'hx': 4, 'hy': 1, 'w': 20, 'h': 30}, {'crpix_x': 7, 'crpix_y': 18, 'science_first_x': 5, 'science_last_x': 24, 'parent_first_y': 3, 'parent_last_y': 32})], 2: [({'rx': 13, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 11, 'crpix_y': 15, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': 8, 'parent_last_y': 37}), ({'rx': 13, 'ry': 19, 'sx': 0, 'sy': 0, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 15, 'crpix_y': 22, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': 1, 'parent_last_y': 30}), ({'rx': 13, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 0, 'hy': 0, 'w': 20, 'h': 30}, {'crpix_x': 9, 'crpix_y': 12, 'science_first_x': 1, 'science_last_x': 20, 'parent_first_y': 8, 'parent_last_y': 37}), ({'rx': 13, 'ry': 19, 'sx': -2, 'sy': -3, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 17, 'crpix_y': 25, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': -2, 'parent_last_y': 27}), ({'rx': 13, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 2, 'hy': 3, 'w': 1, 'h': 1}, {'crpix_x': 11, 'crpix_y': 15, 'science_first_x': 3, 'science_last_x': 3, 'parent_first_y': 8, 'parent_last_y': 8}), ({'rx': 13, 'ry': 19, 'sx': 9, 'sy': 2, 'hx': 4, 'hy': 1, 'w': 20, 'h': 30}, {'crpix_x': 8, 'crpix_y': 18, 'science_first_x': 5, 'science_last_x': 24, 'parent_first_y': 3, 'parent_last_y': 32})], 3: [({'rx': 14, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 12, 'crpix_y': 15, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': 8, 'parent_last_y': 37}), ({'rx': 14, 'ry': 19, 'sx': 0, 'sy': 0, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 16, 'crpix_y': 22, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': 1, 'parent_last_y': 30}), ({'rx': 14, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 0, 'hy': 0, 'w': 20, 'h': 30}, {'crpix_x': 10, 'crpix_y': 12, 'science_first_x': 1, 'science_last_x': 20, 'parent_first_y': 8, 'parent_last_y': 37}), ({'rx': 14, 'ry': 19, 'sx': -2, 'sy': -3, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 18, 'crpix_y': 25, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': -2, 'parent_last_y': 27}), ({'rx': 14, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 2, 'hy': 3, 'w': 1, 'h': 1}, {'crpix_x': 12, 'crpix_y': 15, 'science_first_x': 3, 'science_last_x': 3, 'parent_first_y': 8, 'parent_last_y': 8}), ({'rx': 14, 'ry': 19, 'sx': 9, 'sy': 2, 'hx': 4, 'hy': 1, 'w': 20, 'h': 30}, {'crpix_x': 9, 'crpix_y': 18, 'science_first_x': 5, 'science_last_x': 24, 'parent_first_y': 3, 'parent_last_y': 32})], 4: [({'rx': 15, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 13, 'crpix_y': 15, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': 8, 'parent_last_y': 37}), ({'rx': 15, 'ry': 19, 'sx': 0, 'sy': 0, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 17, 'crpix_y': 22, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': 1, 'parent_last_y': 30}), ({'rx': 15, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 0, 'hy': 0, 'w': 20, 'h': 30}, {'crpix_x': 11, 'crpix_y': 12, 'science_first_x': 1, 'science_last_x': 20, 'parent_first_y': 8, 'parent_last_y': 37}), ({'rx': 15, 'ry': 19, 'sx': -2, 'sy': -3, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 19, 'crpix_y': 25, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': -2, 'parent_last_y': 27}), ({'rx': 15, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 2, 'hy': 3, 'w': 1, 'h': 1}, {'crpix_x': 13, 'crpix_y': 15, 'science_first_x': 3, 'science_last_x': 3, 'parent_first_y': 8, 'parent_last_y': 8}), ({'rx': 15, 'ry': 19, 'sx': 9, 'sy': 2, 'hx': 4, 'hy': 1, 'w': 20, 'h': 30}, {'crpix_x': 10, 'crpix_y': 18, 'science_first_x': 5, 'science_last_x': 24, 'parent_first_y': 3, 'parent_last_y': 32})], 5: [({'rx': 16, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 14, 'crpix_y': 15, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': 8, 'parent_last_y': 37}), ({'rx': 16, 'ry': 19, 'sx': 0, 'sy': 0, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 18, 'crpix_y': 22, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': 1, 'parent_last_y': 30}), ({'rx': 16, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 0, 'hy': 0, 'w': 20, 'h': 30}, {'crpix_x': 12, 'crpix_y': 12, 'science_first_x': 1, 'science_last_x': 20, 'parent_first_y': 8, 'parent_last_y': 37}), ({'rx': 16, 'ry': 19, 'sx': -2, 'sy': -3, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 20, 'crpix_y': 25, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': -2, 'parent_last_y': 27}), ({'rx': 16, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 2, 'hy': 3, 'w': 1, 'h': 1}, {'crpix_x': 14, 'crpix_y': 15, 'science_first_x': 3, 'science_last_x': 3, 'parent_first_y': 8, 'parent_last_y': 8}), ({'rx': 16, 'ry': 19, 'sx': 9, 'sy': 2, 'hx': 4, 'hy': 1, 'w': 20, 'h': 30}, {'crpix_x': 11, 'crpix_y': 18, 'science_first_x': 5, 'science_last_x': 24, 'parent_first_y': 3, 'parent_last_y': 32})]}\nfor i, (record, expected) in enumerate(fixtures[N]):\n    check('astronomical fixture %s' % i, solve(record), 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":"fe27eda814b3a93cfe3e8354fcceed78160cbda68fd539bc4ff16bc041672e46","source":"\"\"\"Failure Map reference implementation. Python standard library only.\"\"\"\nimport json\n\nN = 1\nobservations = []\ndef solve(d):\n    return {'crpix_x': d['rx']-d['sx']+d['hx'], 'crpix_y': d['ry']-d['sy']+d['hy'], 'science_first_x': d['hx']+1, 'science_last_x': d['w'], 'parent_first_y': d['sy']+1, 'parent_last_y': d['sy']+d['h']}\ndef check(label, actual, expected):\n    observations.append({\"check\": label, \"actual\": actual, \"expected\": expected, \"passed\": actual == expected})\nfixtures = {1: [({'rx': 12, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 10, 'crpix_y': 15, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': 8, 'parent_last_y': 37}), ({'rx': 12, 'ry': 19, 'sx': 0, 'sy': 0, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 14, 'crpix_y': 22, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': 1, 'parent_last_y': 30}), ({'rx': 12, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 0, 'hy': 0, 'w': 20, 'h': 30}, {'crpix_x': 8, 'crpix_y': 12, 'science_first_x': 1, 'science_last_x': 20, 'parent_first_y': 8, 'parent_last_y': 37}), ({'rx': 12, 'ry': 19, 'sx': -2, 'sy': -3, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 16, 'crpix_y': 25, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': -2, 'parent_last_y': 27}), ({'rx': 12, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 2, 'hy': 3, 'w': 1, 'h': 1}, {'crpix_x': 10, 'crpix_y': 15, 'science_first_x': 3, 'science_last_x': 3, 'parent_first_y': 8, 'parent_last_y': 8}), ({'rx': 12, 'ry': 19, 'sx': 9, 'sy': 2, 'hx': 4, 'hy': 1, 'w': 20, 'h': 30}, {'crpix_x': 7, 'crpix_y': 18, 'science_first_x': 5, 'science_last_x': 24, 'parent_first_y': 3, 'parent_last_y': 32})], 2: [({'rx': 13, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 11, 'crpix_y': 15, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': 8, 'parent_last_y': 37}), ({'rx': 13, 'ry': 19, 'sx': 0, 'sy': 0, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 15, 'crpix_y': 22, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': 1, 'parent_last_y': 30}), ({'rx': 13, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 0, 'hy': 0, 'w': 20, 'h': 30}, {'crpix_x': 9, 'crpix_y': 12, 'science_first_x': 1, 'science_last_x': 20, 'parent_first_y': 8, 'parent_last_y': 37}), ({'rx': 13, 'ry': 19, 'sx': -2, 'sy': -3, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 17, 'crpix_y': 25, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': -2, 'parent_last_y': 27}), ({'rx': 13, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 2, 'hy': 3, 'w': 1, 'h': 1}, {'crpix_x': 11, 'crpix_y': 15, 'science_first_x': 3, 'science_last_x': 3, 'parent_first_y': 8, 'parent_last_y': 8}), ({'rx': 13, 'ry': 19, 'sx': 9, 'sy': 2, 'hx': 4, 'hy': 1, 'w': 20, 'h': 30}, {'crpix_x': 8, 'crpix_y': 18, 'science_first_x': 5, 'science_last_x': 24, 'parent_first_y': 3, 'parent_last_y': 32})], 3: [({'rx': 14, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 12, 'crpix_y': 15, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': 8, 'parent_last_y': 37}), ({'rx': 14, 'ry': 19, 'sx': 0, 'sy': 0, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 16, 'crpix_y': 22, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': 1, 'parent_last_y': 30}), ({'rx': 14, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 0, 'hy': 0, 'w': 20, 'h': 30}, {'crpix_x': 10, 'crpix_y': 12, 'science_first_x': 1, 'science_last_x': 20, 'parent_first_y': 8, 'parent_last_y': 37}), ({'rx': 14, 'ry': 19, 'sx': -2, 'sy': -3, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 18, 'crpix_y': 25, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': -2, 'parent_last_y': 27}), ({'rx': 14, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 2, 'hy': 3, 'w': 1, 'h': 1}, {'crpix_x': 12, 'crpix_y': 15, 'science_first_x': 3, 'science_last_x': 3, 'parent_first_y': 8, 'parent_last_y': 8}), ({'rx': 14, 'ry': 19, 'sx': 9, 'sy': 2, 'hx': 4, 'hy': 1, 'w': 20, 'h': 30}, {'crpix_x': 9, 'crpix_y': 18, 'science_first_x': 5, 'science_last_x': 24, 'parent_first_y': 3, 'parent_last_y': 32})], 4: [({'rx': 15, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 13, 'crpix_y': 15, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': 8, 'parent_last_y': 37}), ({'rx': 15, 'ry': 19, 'sx': 0, 'sy': 0, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 17, 'crpix_y': 22, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': 1, 'parent_last_y': 30}), ({'rx': 15, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 0, 'hy': 0, 'w': 20, 'h': 30}, {'crpix_x': 11, 'crpix_y': 12, 'science_first_x': 1, 'science_last_x': 20, 'parent_first_y': 8, 'parent_last_y': 37}), ({'rx': 15, 'ry': 19, 'sx': -2, 'sy': -3, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 19, 'crpix_y': 25, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': -2, 'parent_last_y': 27}), ({'rx': 15, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 2, 'hy': 3, 'w': 1, 'h': 1}, {'crpix_x': 13, 'crpix_y': 15, 'science_first_x': 3, 'science_last_x': 3, 'parent_first_y': 8, 'parent_last_y': 8}), ({'rx': 15, 'ry': 19, 'sx': 9, 'sy': 2, 'hx': 4, 'hy': 1, 'w': 20, 'h': 30}, {'crpix_x': 10, 'crpix_y': 18, 'science_first_x': 5, 'science_last_x': 24, 'parent_first_y': 3, 'parent_last_y': 32})], 5: [({'rx': 16, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 14, 'crpix_y': 15, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': 8, 'parent_last_y': 37}), ({'rx': 16, 'ry': 19, 'sx': 0, 'sy': 0, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 18, 'crpix_y': 22, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': 1, 'parent_last_y': 30}), ({'rx': 16, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 0, 'hy': 0, 'w': 20, 'h': 30}, {'crpix_x': 12, 'crpix_y': 12, 'science_first_x': 1, 'science_last_x': 20, 'parent_first_y': 8, 'parent_last_y': 37}), ({'rx': 16, 'ry': 19, 'sx': -2, 'sy': -3, 'hx': 2, 'hy': 3, 'w': 20, 'h': 30}, {'crpix_x': 20, 'crpix_y': 25, 'science_first_x': 3, 'science_last_x': 22, 'parent_first_y': -2, 'parent_last_y': 27}), ({'rx': 16, 'ry': 19, 'sx': 4, 'sy': 7, 'hx': 2, 'hy': 3, 'w': 1, 'h': 1}, {'crpix_x': 14, 'crpix_y': 15, 'science_first_x': 3, 'science_last_x': 3, 'parent_first_y': 8, 'parent_last_y': 8}), ({'rx': 16, 'ry': 19, 'sx': 9, 'sy': 2, 'hx': 4, 'hy': 1, 'w': 20, 'h': 30}, {'crpix_x': 11, 'crpix_y': 18, 'science_first_x': 5, 'science_last_x': 24, 'parent_first_y': 3, 'parent_last_y': 32})]}\nfor i, (record, expected) in enumerate(fixtures[N]):\n    check('astronomical fixture %s' % i, solve(record), 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":"Explicitly stipulated finite algebraic adapter; no standards conformance, physical accuracy, or production-library claim. Inputs are the documented finite valid model domain. 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":"s3-astronomical-coordinate-conventions-detector-cutout-reference-science_last_x","generated_at":"2026-09-29T14:45:52.356095+00:00","license":"CC0-1.0","python":"3.12.14","seed":1,"split":"open-access"},"relevance":"Catalog, detector, sky-coordinate, and spectroscopy adapters must preserve the association between numeric coordinates and their declared reference conventions.","root_cause":"Inclusive data section endpoint is confused with science width. Faulty expression: d['w']","sha256":"47c35483c6c13d9865b2861395f4f343bde37e13d1e411e9959f216501087661","title":"Detector cutout reference: Inclusive data section endpoint is confused with science width · 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":40.095,"exit_code":1,"observations":[{"actual":{"crpix_x":10,"crpix_y":15,"parent_first_y":8,"parent_last_y":37,"science_first_x":3,"science_last_x":21},"check":"astronomical fixture 0","expected":{"crpix_x":10,"crpix_y":15,"parent_first_y":8,"parent_last_y":37,"science_first_x":3,"science_last_x":22},"passed":false},{"actual":{"crpix_x":14,"crpix_y":22,"parent_first_y":1,"parent_last_y":30,"science_first_x":3,"science_last_x":21},"check":"astronomical fixture 1","expected":{"crpix_x":14,"crpix_y":22,"parent_first_y":1,"parent_last_y":30,"science_first_x":3,"science_last_x":22},"passed":false},{"actual":{"crpix_x":8,"crpix_y":12,"parent_first_y":8,"parent_last_y":37,"science_first_x":1,"science_last_x":19},"check":"astronomical fixture 2","expected":{"crpix_x":8,"crpix_y":12,"parent_first_y":8,"parent_last_y":37,"science_first_x":1,"science_last_x":20},"passed":false},{"actual":{"crpix_x":16,"crpix_y":25,"parent_first_y":-2,"parent_last_y":27,"science_first_x":3,"science_last_x":21},"check":"astronomical fixture 3","expected":{"crpix_x":16,"crpix_y":25,"parent_first_y":-2,"parent_last_y":27,"science_first_x":3,"science_last_x":22},"passed":false},{"actual":{"crpix_x":10,"crpix_y":15,"parent_first_y":8,"parent_last_y":8,"science_first_x":3,"science_last_x":2},"check":"astronomical fixture 4","expected":{"crpix_x":10,"crpix_y":15,"parent_first_y":8,"parent_last_y":8,"science_first_x":3,"science_last_x":3},"passed":false},{"actual":{"crpix_x":7,"crpix_y":18,"parent_first_y":3,"parent_last_y":32,"science_first_x":5,"science_last_x":23},"check":"astronomical fixture 5","expected":{"crpix_x":7,"crpix_y":18,"parent_first_y":3,"parent_last_y":32,"science_first_x":5,"science_last_x":24},"passed":false}],"passed":false,"stderr":"","stdout":"{\"observations\": [{\"check\": \"astronomical fixture 0\", \"actual\": {\"crpix_x\": 10, \"crpix_y\": 15, \"science_first_x\": 3, \"science_last_x\": 21, \"parent_first_y\": 8, \"parent_last_y\": 37}, \"expected\": {\"crpix_x\": 10, \"crpix_y\": 15, \"science_first_x\": 3, \"science_last_x\": 22, \"parent_first_y\": 8, \"parent_last_y\": 37}, \"passed\": false}, {\"check\": \"astronomical fixture 1\", \"actual\": {\"crpix_x\": 14, \"crpix_y\": 22, \"science_first_x\": 3, \"science_last_x\": 21, \"parent_first_y\": 1, \"parent_last_y\": 30}, \"expected\": {\"crpix_x\": 14, \"crpix_y\": 22, \"science_first_x\": 3, \"science_last_x\": 22, \"parent_first_y\": 1, \"parent_last_y\": 30}, \"passed\": false}, {\"check\": \"astronomical fixture 2\", \"actual\": {\"crpix_x\": 8, \"crpix_y\": 12, \"science_first_x\": 1, \"science_last_x\": 19, \"parent_first_y\": 8, \"parent_last_y\": 37}, \"expected\": {\"crpix_x\": 8, \"crpix_y\": 12, \"science_first_x\": 1, \"science_last_x\": 20, \"parent_first_y\": 8, \"parent_last_y\": 37}, \"passed\": false}, {\"check\": \"astronomical fixture 3\", \"actual\": {\"crpix_x\": 16, \"crpix_y\": 25, \"science_first_x\": 3, \"science_last_x\": 21, \"parent_first_y\": -2, \"parent_last_y\": 27}, \"expected\": {\"crpix_x\": 16, \"crpix_y\": 25, \"science_first_x\": 3, \"science_last_x\": 22, \"parent_first_y\": -2, \"parent_last_y\": 27}, \"passed\": false}, {\"check\": \"astronomical fixture 4\", \"actual\": {\"crpix_x\": 10, \"crpix_y\": 15, \"science_first_x\": 3, \"science_last_x\": 2, \"parent_first_y\": 8, \"parent_last_y\": 8}, \"expected\": {\"crpix_x\": 10, \"crpix_y\": 15, \"science_first_x\": 3, \"science_last_x\": 3, \"parent_first_y\": 8, \"parent_last_y\": 8}, \"passed\": false}, {\"check\": \"astronomical fixture 5\", \"actual\": {\"crpix_x\": 7, \"crpix_y\": 18, \"science_first_x\": 5, \"science_last_x\": 23, \"parent_first_y\": 3, \"parent_last_y\": 32}, \"expected\": {\"crpix_x\": 7, \"crpix_y\": 18, \"science_first_x\": 5, \"science_last_x\": 24, \"parent_first_y\": 3, \"parent_last_y\": 32}, \"passed\": false}], \"passed\": false}\n"},"broken":{"elapsed_ms":39.184,"exit_code":1,"observations":[{"actual":{"crpix_x":10,"crpix_y":15,"parent_first_y":8,"parent_last_y":37,"science_first_x":3,"science_last_x":20},"check":"astronomical fixture 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\"science_first_x\": 3, \"science_last_x\": 22, \"parent_first_y\": 8, \"parent_last_y\": 37}, \"passed\": false}, {\"check\": \"astronomical fixture 1\", \"actual\": {\"crpix_x\": 14, \"crpix_y\": 22, \"science_first_x\": 3, \"science_last_x\": 20, \"parent_first_y\": 1, \"parent_last_y\": 30}, \"expected\": {\"crpix_x\": 14, \"crpix_y\": 22, \"science_first_x\": 3, \"science_last_x\": 22, \"parent_first_y\": 1, \"parent_last_y\": 30}, \"passed\": false}, {\"check\": \"astronomical fixture 2\", \"actual\": {\"crpix_x\": 8, \"crpix_y\": 12, \"science_first_x\": 1, \"science_last_x\": 20, \"parent_first_y\": 8, \"parent_last_y\": 37}, \"expected\": {\"crpix_x\": 8, \"crpix_y\": 12, \"science_first_x\": 1, \"science_last_x\": 20, \"parent_first_y\": 8, \"parent_last_y\": 37}, \"passed\": true}, {\"check\": \"astronomical fixture 3\", \"actual\": {\"crpix_x\": 16, \"crpix_y\": 25, \"science_first_x\": 3, \"science_last_x\": 20, \"parent_first_y\": -2, \"parent_last_y\": 27}, \"expected\": {\"crpix_x\": 16, \"crpix_y\": 25, \"science_first_x\": 3, \"science_last_x\": 22, \"parent_first_y\": -2, \"parent_last_y\": 27}, \"passed\": false}, {\"check\": \"astronomical fixture 4\", \"actual\": {\"crpix_x\": 10, \"crpix_y\": 15, \"science_first_x\": 3, \"science_last_x\": 1, \"parent_first_y\": 8, \"parent_last_y\": 8}, \"expected\": {\"crpix_x\": 10, \"crpix_y\": 15, \"science_first_x\": 3, \"science_last_x\": 3, \"parent_first_y\": 8, \"parent_last_y\": 8}, \"passed\": false}, {\"check\": \"astronomical fixture 5\", \"actual\": {\"crpix_x\": 7, \"crpix_y\": 18, \"science_first_x\": 5, \"science_last_x\": 20, \"parent_first_y\": 3, \"parent_last_y\": 32}, \"expected\": {\"crpix_x\": 7, \"crpix_y\": 18, \"science_first_x\": 5, \"science_last_x\": 24, \"parent_first_y\": 3, \"parent_last_y\": 32}, \"passed\": false}], \"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."}}