diff --git "a/preview/i2v/records.jsonl" "b/preview/i2v/records.jsonl"
--- "a/preview/i2v/records.jsonl"
+++ "b/preview/i2v/records.jsonl"
@@ -5,7 +5,7 @@
 {"construction_complexity": "C2", "dependency_span": "S2", "dynamic_complexity": "D2", "events": ["Introductory statement typing", "Brand logo and tagline reveal", "Step 1: Document upload and processing", "Step 2: Narration script review and edit", "Step 3: Synced hand-drawn video generation", "Fast turnaround metric reveal", "Visual style gallery showcase", "Aspect ratio toggle demonstration", "Supported language count-up", "Custom branding display", "Final call to action and button click"], "global_description": "A product promo showcasing DistilBook's automated document-to-video workflow, editing interface, visual styles, and multi-format export capabilities.", "keyframe_timestamp_s": 18.0, "motion_types": ["Translation", "Scale", "Reveal", "State Update", "Layout Transformation"], "prompt": "Generate a promotional product demo video matching the clean visual style and layout of the reference frame. Prior to this frame, display an introductory text statement followed by the DistilBook logo reveal. Show Step 1, where a user drops 'Photosynthesis_Chapter7.pdf' into an upload UI that processes 24 pages, and Step 2, where the user edits a script line and approves narration. Arrive at the reference frame stage, where 'Step 3: Watch every idea get drawn.' animates a whiteboard diagram of a sprouting plant, drawing soil, roots, water drops, and factory icons concurrently with karaoke-style bottom subtitles reading 'Roots drink water from the soil and send it up the stem to the factory.' Following this sequence, cross out 'Not a week.' to introduce 'About 6 minutes to your first narrated slide.' Transition to an isometric grid of varied illustration templates, demonstrate switching between 16:9 and 9:16 layouts, rapidly count up to '19 narration languages' with pill badges, present custom branding options, and finish on the DistilBook logo with a cursor clicking 'distilbook.com'.", "qa": [{"dimension": "Content.Information", "expected_answer": "Yes", "name": null, "question": "Does the video show the document processing progress reaching 24 pages?", "section": "SharedChecklist"}, {"dimension": "Attribute.Look", "expected_answer": "Yes", "name": null, "question": "Is the text 'Not a week.' crossed out with a strikethrough?", "section": "SharedChecklist"}, {"dimension": "Attribute.Quantity", "expected_answer": "Yes", "name": null, "question": "Does the language feature presentation indicate 19 narration languages?", "section": "SharedChecklist"}, {"dimension": "Cinematography.Frame", "expected_answer": "Yes", "name": null, "question": "Are the illustration style templates presented in an isometric grid layout?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Motion", "expected_answer": "Yes", "name": null, "question": "Does the plant diagram dynamically sketch out its elements onto the whiteboard surface?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Transformation", "expected_answer": "Yes", "name": null, "question": "Does the display frame transform between 16:9 and 9:16 aspect ratios?", "section": "SharedChecklist"}, {"dimension": "Dynamics.TemporalRelation", "expected_answer": "Yes", "name": null, "question": "Does the drawing of the diagram occur concurrently with the word-by-word highlighting of the narration subtitles?", "section": "SharedChecklist"}, {"dimension": "Aesthetics.Style", "expected_answer": "Yes", "name": null, "question": "Is the plant diagram rendered in a hand-drawn whiteboard sketch style?", "section": "SharedChecklist"}, {"dimension": null, "expected_answer": "Yes", "name": "KeyframeStateAlignment", "question": "Does the video reproduce the keyframe scene showing Step 3 with a partially drawn plant sprout, water droplets, and the subtitle word 'from' highlighted?", "section": "KeyframeSpecific"}, {"dimension": null, "expected_answer": "Yes", "name": "PrecedingWorkflowSynthesis", "question": "Does the generated video construct the introductory text, DistilBook logo reveal, and Steps 1 and 2 before arriving at the keyframe state?", "section": "KeyframeSpecific"}], "reference_frame_summary": "Shows Step 3 with the top progress header, descriptive headline, and an active whiteboard card illustrating plant roots absorbing water.", "reference_url": "https://x.com/ajith_io/status/2103469807375208546", "sample_id": "C2VC-0038", "subjects": ["Graphic"], "subtypes": ["Product & Service Promotion", "UI & Product Workflow Demo"], "task": "i2v", "task_id": "C2VC-0038-i2v", "video_categories": ["Branding & Promotional Motion", "UI & Product Motion"]}
 {"construction_complexity": "C3", "dependency_span": "S3", "dynamic_complexity": "D2", "events": ["Opening atmospheric horizon", "Rapid montage of circular horizons", "'There's' text reveal", "'more to' text update", "'discover' text update", "'Opus 5.5' title reveal", "Claude logo and rising horizon reveal"], "global_description": "A side-by-side comparison displays a product launch film and its programmatic recreation cycling through synchronized circular horizon motifs across nature, science, and art, spelling 'There's more to discover' before resolving with Claude Opus 5.5 branding.", "keyframe_timestamp_s": 14.5, "motion_types": ["Reveal", "State Update", "Translation"], "prompt": "A side-by-side split-screen video is presented on a dark charcoal background, divided vertically into two equal panels beneath static header labels: 'Original / Claude Opus 5.5 launch film' on the left and 'Recreated in JavaScript / by Claude Opus 5.5' on the right. Both panels present a synchronized montage centered on a convex circular horizon arc spanning the lower half of the frame.\n\nPrior to the reference state, the video opens with a planetary atmospheric sunrise glow that transitions in rapid rhythmic cuts through diverse natural, scientific, and artisanal horizon textures including amber liquid droplets, golden spheres, cracked shells, sliced fruit, bioluminescent networks, architectural blueprints, fluid swirls, green leaves, pleated shells, beaded fluid rims, Greek meander pottery, stitched leather, and zoetrope horse animations. Centered serif text, alternating white on dark imagery and black on light imagery, then emerges to build a message along the horizon: first 'There's' over planetary glows, cellular textures, and engravings, followed by 'more to' over crimson horizons, leaf textiles, thermal imaging, and floral white lace.\n\nThe sequence then transitions the text to 'discover', progressing through chromatography ink, chalk lines, sand dunes, fossil ribs, sunlit concrete, and geological strata until reaching the state shown in the reference frame, where 'discover' rests directly above an intricate teal-and-cream botanical vascular bundle cross-section.\n\nFrom this point forward, the sequence continues rapidly cycling the horizon through red stardust, geometric diagrams, sketchy line hatching, radiating dandelion fibers, and mushroom gills. The scene then transitions into dark starry space where the text updates to 'Opus 5.5' in clean white serif type. This fades into the Claude brand emblem—an eight-pointed starburst beside the 'Claude' wordmark—while a warm orange atmospheric sunrise horizon glides upward from the lower boundary, settling gently beneath the logo.", "qa": [{"dimension": "Content.Text", "expected_answer": "Yes", "name": null, "question": "Does the animated central text display the word 'discover'?", "section": "SharedChecklist"}, {"dimension": "Attribute.Look", "expected_answer": "Yes", "name": null, "question": "Is the central typography rendered in a serif typeface?", "section": "SharedChecklist"}, {"dimension": "Cinematography.Frame", "expected_answer": "Yes", "name": null, "question": "Is the video composed as a side-by-side split screen divided vertically into two equal panels?", "section": "SharedChecklist"}, {"dimension": "Cinematography.ColorGrading", "expected_answer": "Yes", "name": null, "question": "Is the surrounding background of the split-screen frame dark charcoal?", "section": "SharedChecklist"}, {"dimension": "Relations.Spatial", "expected_answer": "Yes", "name": null, "question": "Is the convex circular horizon arc positioned across the lower half of the frame?", "section": "SharedChecklist"}, {"dimension": "Relations.Logical", "expected_answer": "Yes", "name": null, "question": "Do both split-screen panels present synchronized versions of the horizon sequence side by side?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Motion", "expected_answer": "Yes", "name": null, "question": "Does a glowing atmospheric sunrise arc smoothly rise upward from the bottom edge near the end of the video?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Transformation", "expected_answer": "Yes", "name": null, "question": "Does the central text sequentially replace 'There's' with 'more to' and then 'discover'?", "section": "SharedChecklist"}, {"dimension": "Dynamics.TemporalRelation", "expected_answer": "Yes", "name": null, "question": "Does the Claude brand logo appear after the 'Opus 5.5' text phase concludes?", "section": "SharedChecklist"}, {"dimension": null, "expected_answer": "Yes", "name": "BotanicalVascularFramePresence", "question": "Does the video reach the keyframe state where 'discover' is centered directly above a teal-and-cream botanical vascular bundle cross-section?", "section": "KeyframeSpecific"}, {"dimension": null, "expected_answer": "Yes", "name": "PostAnchorMontageContinuation", "question": "Following the botanical vascular bundle frame, does the horizon montage continue cycling through additional textures before dark space?", "section": "KeyframeSpecific"}], "reference_frame_summary": "The frame captures the split-screen comparison showing the word 'discover' centered above the arched horizon of a botanical vascular bundle cross-section in teal and cream tones, establishing the text typography, convex horizon motif, and dual-panel layout.", "reference_url": "https://x.com/ajaypv4/status/2103061895725080692", "sample_id": "C2VC-0045", "subjects": ["Graphic"], "subtypes": ["Product & Service Promotion", "Text-driven Motion"], "task": "i2v", "task_id": "C2VC-0045-i2v", "video_categories": ["Branding & Promotional Motion", "Kinetic Typography"]}
 {"construction_complexity": "C2", "dependency_span": "S2", "dynamic_complexity": "D2", "events": ["Ball triggers pulley lifting figure", "Signboard reveal on rope", "Scooter ride across AI feature cards", "Pulley lifts and unloads AI blocks", "Brand logo assembly", "Final tagline and character celebration"], "global_description": "A minimalist stick-figure animation uses mechanical contraptions, pulleys, and sliding cards to illustrate discovering the AI tool directory platform.", "keyframe_timestamp_s": 6.0, "motion_types": ["Translation", "Reveal", "Viewport Motion", "State Update"], "prompt": "Produce a 2D animated sequence maintaining the teal background and minimalist black-and-white line aesthetic of the reference frame. Before this scene, a rolling ball activates a pulley system next to '気になる。', launching a stick figure upward past a hanging sign reading 'ためしてみたい。'. The video then reaches the reference state, where the character scoots across an overhead wire displaying hanging cards for AI chat, image generation, and 'AI TOOLS'. Next, zoom into the circular wheel card, turning it into a real mechanical pulley operated by two stick figures hoisting an 'AI' basket. The basket unloads blocks to assemble the logo 'AI ツールギャラリー'. The sequence concludes with the text 'ぴったりのAIツールを、見つけよう。' and subtitle badge '国内最大級のAIツール検索サイト' as stick figures jump and converse below.", "qa": [{"dimension": "Content.Text", "expected_answer": "Yes", "name": null, "question": "Is the Japanese headline text 'ぴったりのAIツールを、見つけよう。' displayed in the video?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Motion", "expected_answer": "Yes", "name": null, "question": "Does a stick figure ride a scooter past the hanging AI cards?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Interaction", "expected_answer": "Yes", "name": null, "question": "Does a falling ball activate a pulley system that hoists a stick figure upward?", "section": "SharedChecklist"}, {"dimension": "Dynamics.ViewportMotion", "expected_answer": "Yes", "name": null, "question": "Does the camera zoom into the pulley wheel?", "section": "SharedChecklist"}, {"dimension": "Dynamics.TemporalRelation", "expected_answer": "Yes", "name": null, "question": "Does the scooter journey occur before the letter blocks are assembled into the sign?", "section": "SharedChecklist"}, {"dimension": "Aesthetics.Style", "expected_answer": "Yes", "name": null, "question": "Is the animation presented as a 2D motion graphic?", "section": "SharedChecklist"}, {"dimension": null, "expected_answer": "Yes", "name": "HangingCardsLayout", "question": "Does the sequence recreate the reference frame's layout of three hanging cards depicting AI chat, image generation, and 'AI TOOLS'?", "section": "KeyframeSpecific"}, {"dimension": null, "expected_answer": "Yes", "name": "WheelPulleyMorph", "question": "Does the circular 'AI TOOLS' card from the keyframe transform into a mechanical pulley cranked by two stick figures?", "section": "KeyframeSpecific"}], "reference_frame_summary": "The frame shows a stick figure riding a scooter along an overhead wire displaying three hanging AI service cards, including chat, image generation, and 'AI TOOLS'. It provides the core visual style, character design, and card layout.", "reference_url": "https://x.com/AI_RESKILL/status/2102585629762818277", "sample_id": "C2VC-0062", "subjects": ["Character", "Graphic"], "subtypes": ["Product & Service Promotion", "Character-driven Narrative"], "task": "i2v", "task_id": "C2VC-0062-i2v", "video_categories": ["Branding & Promotional Motion", "Illustrative & Character Narrative"]}
-{"construction_complexity": "C2", "dependency_span": "S3", "dynamic_complexity": "D3", "events": ["Mascot assembly from scattered symbol tiles", "Zoom into mascot eye", "Title card reveal", "Sunset mountain landscape formation", "The Great Wave ocean transition", "Rainy night cityscape transition", "Window cat encounter", "Sentence tokenization and attention arcs", "Embedding space semantic clustering", "Multilingual typographic globe rotation", "Zoom out from eye to mascot", "Closing message stamp and smile"], "global_description": "An animated narrative styled as movable type blocks follows an LLM mascot through dynamic pixel-art landscapes, demonstrating tokenization, attention mechanisms, embedding spaces, and multilingual language generation.", "keyframe_timestamp_s": 21.75, "motion_types": ["Translation", "Scale", "Reveal", "State Update", "Layout Transformation", "Viewport Motion"], "prompt": "An animation constructed entirely from movable type blocks illustrates an LLM's visual and linguistic cognition, incorporating the visual structure shown in the reference image during its attention analysis stage. The video begins on a dark modular grid where scattered symbol tiles snap into an orange pixelated mascot with vertical block eyes. The camera zooms deep into one of the mascot's eyes, revealing the character '目' before opening into the title sequence '通过 Claude 的 眼睛' ('THROUGH CLAUDE'S EYES'). The scene then transitions via cascading block-flips through three stylized typographic landscape tableaus: a sunset mountain peak, a great ocean wave carrying the mascot in a boat, and a rainy neon-lit cityscape. The mascot then visits a white cat sitting beside a rain-streaked window, prompting a startled '!' speech bubble that turns into a small red heart. Reaching the exact state depicted in the reference frame, the cat scene darkens as five large type blocks stamp out the Chinese phrase '猫 在 窗边 看 雨' in a horizontal row, anchored by token IDs #18293, #3561, #41207, #1747, and #6934 below each tile, the state label 'TOKENIZE -> ATTEND', the subtitle '我看见的不是像素，是关系。', and red arched Bézier curves sweeping across the words with numerical attention weights 0.62, 0.48, 0.71, and 0.55. Following this analytical breakdown, the text tiles dissolve into an 'EMBEDDING SPACE' where character tiles cluster by semantic meaning into glowing blue, warm orange, and cream color spheres. These clusters merge into a rotating 3D globe made of world language tiles, with multilingual greeting tags orbiting the sphere while the mascot sits atop under the subtitle '世界，一个词元接一个词元。'. Finally, the camera zooms out through the mascot's eye back to the initial overhead compositor grid, where the mascot blinks with joyful curved eyes as type blocks stamp out the final dedicatory message '我眼中的世界，是你们写下的每一个字。' and 'The world I see is made of every word you've written.'", "qa": [{"dimension": "Content.Text", "expected_answer": "Yes", "name": null, "question": "Is the Chinese phrase '猫 在 窗边 看 雨' displayed on prominent character blocks?", "section": "SharedChecklist"}, {"dimension": "Content.Information", "expected_answer": "Yes", "name": null, "question": "Are token identifier codes displayed below the character tiles for '猫 在 窗边 看 雨'?", "section": "SharedChecklist"}, {"dimension": "Attribute.Look", "expected_answer": "Yes", "name": null, "question": "Is the Claude mascot rendered as an orange pixelated character with dark block eyes?", "section": "SharedChecklist"}, {"dimension": "Relations.Spatial", "expected_answer": "Yes", "name": null, "question": "Are the token identifier codes positioned directly below their corresponding character tiles?", "section": "SharedChecklist"}, {"dimension": "Relations.Logical", "expected_answer": "Yes", "name": null, "question": "Do arched red lines connect pairs of character tokens to indicate attention weights?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Motion", "expected_answer": "Yes", "name": null, "question": "Does the typographic globe rotate in place during the sequence?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Transformation", "expected_answer": "Yes", "name": null, "question": "Do the character blocks disperse and reorganize into distinct semantic clusters in the embedding space?", "section": "SharedChecklist"}, {"dimension": "Dynamics.ViewportMotion", "expected_answer": "Yes", "name": null, "question": "Does the camera zoom into the mascot's eye block during the sequence?", "section": "SharedChecklist"}, {"dimension": "Dynamics.TemporalRelation", "expected_answer": "Yes", "name": null, "question": "Does the title sequence appear before the transition into the typographic landscapes?", "section": "SharedChecklist"}, {"dimension": "Aesthetics.Style", "expected_answer": "Yes", "name": null, "question": "Is the visual scene rendered in a movable type letterpress block aesthetic?", "section": "SharedChecklist"}, {"dimension": null, "expected_answer": "Yes", "name": "AttentionArcVisualization", "question": "Does the video reproduce the red arched curves with numerical attention weights connecting the token tiles as shown in the keyframe?", "section": "KeyframeSpecific"}, {"dimension": null, "expected_answer": "Yes", "name": "BackgroundContextDimming", "question": "In the generated attention-analysis state, is the five-block token row positioned above the “TOKENIZE -> ATTEND” label and Chinese subtitle, matching the reference frame?", "section": "KeyframeSpecific"}], "reference_frame_summary": "The frame showcases the NLP attention mechanism stage, featuring the tokenized sentence '猫 在 窗边 看 雨' with token ID tags beneath each tile, curved attention arcs with numeric weights connecting words, technical UI labels, and a visible subtitle over the dimmed cat background.", "reference_url": "https://www.rednote.com/explore/6ab47a7b000000001403a840?xsec_token=AB0Hv0Tf2QoBjvvIDzAutJSzy5CC1GdInGujOewHHwouQ%3D&xsec_source=pc_search", "sample_id": "C2VC-0064", "subjects": ["Graphic", "Character"], "subtypes": ["Procedural Geometry & Particle Motion"], "task": "i2v", "task_id": "C2VC-0064-i2v", "video_categories": ["Abstract & Experimental Motion"]}
+{"construction_complexity": "C2", "dependency_span": "S3", "dynamic_complexity": "D3", "events": ["Mascot assembly from scattered symbol tiles", "Zoom into mascot eye", "Title card reveal", "Sunset mountain landscape formation", "The Great Wave ocean transition", "Rainy night cityscape transition", "Window cat encounter", "Sentence tokenization and attention arcs", "Embedding space semantic clustering", "Multilingual typographic globe rotation", "Zoom out from eye to mascot", "Closing message stamp and smile"], "global_description": "An animated narrative styled as movable type blocks follows an LLM mascot through dynamic pixel-art landscapes, demonstrating tokenization, attention mechanisms, embedding spaces, and multilingual language generation.", "keyframe_timestamp_s": 21.75, "motion_types": ["Translation", "Scale", "Reveal", "State Update", "Layout Transformation", "Viewport Motion"], "prompt": "An animation constructed entirely from movable type blocks illustrates an LLM's visual and linguistic cognition, incorporating the visual structure shown in the reference image during its attention analysis stage. The video begins on a dark modular grid where scattered symbol tiles snap into an orange pixelated mascot with vertical block eyes. The camera zooms deep into one of the mascot's eyes, revealing the character '目' before opening into the title sequence '通过 Claude 的 眼睛' ('THROUGH CLAUDE'S EYES'). The scene then transitions via cascading block-flips through three stylized typographic landscape tableaus: a sunset mountain peak, a great ocean wave carrying the mascot in a boat, and a rainy neon-lit cityscape. The mascot then visits a white cat sitting beside a rain-streaked window, prompting a startled '!' speech bubble that turns into a small red heart. Reaching the exact state depicted in the reference frame, the scene becomes a dense dark grid of character tiles with the orange mascot on the right, as five large type blocks stamp out the Chinese phrase '猫 在 窗边 看 雨' in a horizontal row, anchored by token IDs #18293, #3561, #41207, #1747, and #6934 below each tile, the state label 'TOKENIZE -> ATTEND', the subtitle '我看见的不是像素，是关系。', and red arched Bézier curves sweeping across the words with numerical attention weights 0.62, 0.48, 0.71, and 0.55. Following this analytical breakdown, the text tiles dissolve into an 'EMBEDDING SPACE' where character tiles cluster by semantic meaning into glowing blue, warm orange, and cream color spheres. These clusters merge into a rotating 3D globe made of world language tiles, with multilingual greeting tags orbiting the sphere while the mascot sits atop under the subtitle '世界，一个词元接一个词元。'. Finally, the camera zooms out through the mascot's eye back to the initial overhead compositor grid, where the mascot blinks with joyful curved eyes as type blocks stamp out the final dedicatory message '我眼中的世界，是你们写下的每一个字。' and 'The world I see is made of every word you've written.'", "qa": [{"dimension": "Content.Text", "expected_answer": "Yes", "name": null, "question": "Is the Chinese phrase '猫 在 窗边 看 雨' displayed on prominent character blocks?", "section": "SharedChecklist"}, {"dimension": "Content.Information", "expected_answer": "Yes", "name": null, "question": "Are token identifier codes displayed below the character tiles for '猫 在 窗边 看 雨'?", "section": "SharedChecklist"}, {"dimension": "Attribute.Look", "expected_answer": "Yes", "name": null, "question": "Is the Claude mascot rendered as an orange pixelated character with dark block eyes?", "section": "SharedChecklist"}, {"dimension": "Relations.Spatial", "expected_answer": "Yes", "name": null, "question": "Are the token identifier codes positioned directly below their corresponding character tiles?", "section": "SharedChecklist"}, {"dimension": "Relations.Logical", "expected_answer": "Yes", "name": null, "question": "Do arched red lines connect pairs of character tokens to indicate attention weights?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Motion", "expected_answer": "Yes", "name": null, "question": "Does the typographic globe rotate in place during the sequence?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Transformation", "expected_answer": "Yes", "name": null, "question": "Do the character blocks disperse and reorganize into distinct semantic clusters in the embedding space?", "section": "SharedChecklist"}, {"dimension": "Dynamics.ViewportMotion", "expected_answer": "Yes", "name": null, "question": "Does the camera zoom into the mascot's eye block during the sequence?", "section": "SharedChecklist"}, {"dimension": "Dynamics.TemporalRelation", "expected_answer": "Yes", "name": null, "question": "Does the title sequence appear before the transition into the typographic landscapes?", "section": "SharedChecklist"}, {"dimension": "Aesthetics.Style", "expected_answer": "Yes", "name": null, "question": "Is the visual scene rendered in a movable type letterpress block aesthetic?", "section": "SharedChecklist"}, {"dimension": null, "expected_answer": "Yes", "name": "AttentionArcVisualization", "question": "Does the video reproduce the red arched curves with numerical attention weights connecting the token tiles as shown in the keyframe?", "section": "KeyframeSpecific"}, {"dimension": null, "expected_answer": "Yes", "name": "BackgroundContextDimming", "question": "In the generated attention-analysis state, is the five-block token row positioned above the “TOKENIZE -> ATTEND” label and Chinese subtitle, matching the reference frame?", "section": "KeyframeSpecific"}], "reference_frame_summary": "The frame showcases the NLP attention mechanism stage, featuring the tokenized sentence '猫 在 窗边 看 雨' with token ID tags beneath each tile, curved attention arcs with numeric weights connecting words, technical UI labels, and a visible subtitle over the dimmed cat background.", "reference_url": "https://www.rednote.com/explore/6ab47a7b000000001403a840?xsec_token=AB0Hv0Tf2QoBjvvIDzAutJSzy5CC1GdInGujOewHHwouQ%3D&xsec_source=pc_search", "sample_id": "C2VC-0064", "subjects": ["Graphic", "Character"], "subtypes": ["Procedural Geometry & Particle Motion"], "task": "i2v", "task_id": "C2VC-0064-i2v", "video_categories": ["Abstract & Experimental Motion"]}
 {"construction_complexity": "C3", "dependency_span": "S2", "dynamic_complexity": "D3", "events": ["Terminal boot sequence", "Cyberpunk awakening and eye reveal", "3D laptop chassis reveal", "Hardware spec scan HUD breakdown", "Kinetic typography hardware montage", "Performance workflow demonstrations", "Multitasking grid summary", "Laptop finale showcase", "Brand logo and slogan outro"], "global_description": "A dynamic commercial for the ROG Strix G17 gaming laptop showcases its hardware design, technical specifications, and multitasking performance through cyberpunk aesthetics, 3D product renders, and kinetic UI overlays.", "keyframe_timestamp_s": 25.5, "motion_types": ["Translation", "Rotation", "Reveal", "State Update", "Viewport Motion"], "prompt": "A cyberpunk-infused commercial for the ROG Strix G17 gaming laptop utilizes dark atmospheric lighting, crimson mist, dynamic glitch transitions, and futuristic HUD graphics. The video opens with red terminal diagnostics typing out hardware status checks ('> ROG STRIX G17 // G713PV', '> AMD RYZEN 9 7845HX ........ OK', '> NVIDIA RTX 4060 140W ...... OK', and '> CORE TEMP ▲▲▲ RISING') before flashing into a chromatic glitch title 'WAKE UP.'. Swirling smoke reveals a mechanical ROG insignia flanked by opening crimson cybernetic anime eyes, punctuated by decoded text 'IT SEES YOU' and 'IT'S ALIVE.'.\n\nA crimson flare transitions into a sleek 3D showcase of the laptop's exterior: the matte gray aluminum lid with its glowing white ROG logo, dot-matrix surface, and lime green accent cap. The laptop smoothly opens, its 4-zone RGB keyboard and underglow light bar illuminating in a cascading rainbow wave.\n\nThe video then reaches the state shown in the reference image: the ROG Strix G17 sits positioned at a front-facing angle on a reflective surface flanked by floating neon cyan, pink, and red laser lines. Its screen displays the colorful 'THOSE WHO DARE' ROG wallpaper, its light bar glows with spectrum lighting, and the top-left HUD marks 'ROG STRIX G17 // G713PV · SPEC SCAN 02/06'. Target reticles and leader lines anchor holographic spec cards: on the upper right, '// DISPLAY / 17.3\" WQHD 240Hz / 2560x1440 · 3MS · 100% DCI-P3 · G-SYNC', and on the lower left, an illuminated green reticle on the keyboard deck introduces '// GRAPHICS / RTX 4060 · 140W / 8GB GDDR6 · 2420MHZ · MUX SWITCH'.\n\nFollowing this state, the spec scan HUD continues targeting remaining hardware: CPU ('RYZEN 9 7845HX / 12 CORES · 24 THREADS · 5.2GHZ BOOST'), RAM ('16GB DDR5 / 4800MHZ'), SSD ('1TB NVMe GEN4 / PCIe 4.0'), and lighting ('4-ZONE RGB / AURA SYNC LIGHT BAR'). A high-tempo kinetic typography montage immediately takes over, flashing bold hardware stats: Ryzen 9, 12 Cores, 24 Threads, 5.2 GHz Boost, RTX 4060, 140 Watts Full Power, MUX Switch, 240Hz display count-up, 2560x1440 WQHD, 16GB DDR5, 1TB NVMe, Wi-Fi 6E, and 90Wh Battery, culminating in 'NO LIMITS.' and 'BUILT FOR'.\n\nThe video shifts to five distinct performance workflow UI screens: 01 Gaming showing 240 FPS GTA V gameplay, 02 Coding displaying fast terminal compilation, 03 Training AI with a live neural net and loss curve, 04 Editing with multi-track video timeline and audio waveforms, and 05 3D Blender rendering an OptiX shaded sphere. These five panels merge into a six-box grid with central text 'ONE MACHINE.'. The final sequence orbits around the laptop in an angled hero posture under crimson neon lighting with 'ROG STRIX G17' overhead, cutting to the glowing red ROG eye emblem and mechanical anime eyes blinking shut as the slogan 'FOR THOSE WHO DARE' resolves into darkness.", "qa": [{"dimension": "Content.Text", "expected_answer": "Yes", "name": null, "question": "Does the central typography display the exact text 'ONE MACHINE.'?", "section": "SharedChecklist"}, {"dimension": "Content.Information", "expected_answer": "Yes", "name": null, "question": "Does the specification display indicate a 140W power rating for the RTX 4060 graphics card?", "section": "SharedChecklist"}, {"dimension": "Attribute.Look", "expected_answer": "Yes", "name": null, "question": "Does the laptop lid feature an illuminated white ROG logo?", "section": "SharedChecklist"}, {"dimension": "Attribute.Quantity", "expected_answer": "Yes", "name": null, "question": "Are there exactly five distinct performance workflow UI demonstrations shown before they tile together?", "section": "SharedChecklist"}, {"dimension": "Cinematography.Frame", "expected_answer": "Yes", "name": null, "question": "Do the workflow demonstration panels assemble into a multi-panel grid layout?", "section": "SharedChecklist"}, {"dimension": "Cinematography.ColorGrading", "expected_answer": "Yes", "name": null, "question": "Is the environment dark with deep crimson mist?", "section": "SharedChecklist"}, {"dimension": "Relations.Spatial", "expected_answer": "Yes", "name": null, "question": "Are the glowing red cybernetic anime eyes positioned on either side of the mechanical ROG emblem?", "section": "SharedChecklist"}, {"dimension": "Relations.Logical", "expected_answer": "Yes", "name": null, "question": "Do the holographic targeting reticles and callout lines anchor to their corresponding physical hardware components on the laptop?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Motion", "expected_answer": "Yes", "name": null, "question": "Does the laptop lid open to reveal the display and keyboard?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Transformation", "expected_answer": "Yes", "name": null, "question": "Do the individual workflow panels transition and assemble together into a unified multi-panel grid?", "section": "SharedChecklist"}, {"dimension": "Dynamics.TemporalRelation", "expected_answer": "Yes", "name": null, "question": "Does the terminal diagnostic sequence occur before the 3D product showcase of the laptop begins?", "section": "SharedChecklist"}, {"dimension": "Aesthetics.Style", "expected_answer": "Yes", "name": null, "question": "Does the video exhibit a cyberpunk aesthetic featuring glowing neon elements, digital HUD overlays, and futuristic glitch effects?", "section": "SharedChecklist"}, {"dimension": null, "expected_answer": "Yes", "name": "DualCalloutAnchorMatch", "question": "Does the video realize the keyframe's specific state displaying both the upper-right Display spec callout and the lower-left green Graphics spec callout simultaneously?", "section": "KeyframeSpecific"}, {"dimension": null, "expected_answer": "Yes", "name": "PostAnchorHUDProgression", "question": "Following the keyframe state, does the spec scan HUD continue sequentially targeting the remaining hardware components (CPU, memory, storage, and lighting)?", "section": "KeyframeSpecific"}], "reference_frame_summary": "The ROG Strix G17 laptop sits centered at a front three-quarter angle with vibrant RGB lighting and animated screen wallpaper, framed by neon laser streaks and an active cyberpunk HUD displaying Display and Graphics hardware specifications.", "reference_url": "https://x.com/TejasThange3/status/2103871171284586597", "sample_id": "C2VC-0077", "subjects": ["Object", "Graphic"], "subtypes": ["3D Object & Product Showcase", "Product & Service Promotion"], "task": "i2v", "task_id": "C2VC-0077-i2v", "video_categories": ["3D Motion", "Branding & Promotional Motion"]}
 {"construction_complexity": "C1", "dependency_span": "S2", "dynamic_complexity": "D1", "events": ["Limitation statements appear and expire", "Welcome title reveal", "Portrait and role transition", "Hours saved metric and client proof", "Daily demos counter and activity grid", "Closing branding and call to action"], "global_description": "A dynamic promotional video for an AI consultancy combining kinetic typography, tech HUD elements, an AI cyborg portrait reveal, metric counters, and client proof grids against a warm cinematic atmosphere.", "keyframe_timestamp_s": 6.75, "motion_types": ["Translation", "Scale", "Reveal", "State Update", "Layout Transformation"], "prompt": "Produce a vertical tech-forward promotional motion graphic video set against a warm smoky amber-and-dark background with subtle HUD framing at the top displaying '• JAY JOHNSON' on the left and a status indicator on the right.\n\nThe video begins prior to the reference frame by presenting three stacked textual objections: 'Too busy.', 'Too technical.', and 'Too late.'. A red strike-through line slices the top text, and an angled red 'EXPIRED' stamp stamps across the lines while the top right status switches from 'ACTIVE' to 'LIMITATIONS: EXPIRED'. A dynamic glowing slice wipes the screen into the greeting 'Welcome, your limitations have expired.' rendered in bold white and warm sunset gradients with drifting diagonal particle streaks.\n\nTwo horizontal glowing beam lines then expand vertically from the center to reveal the reference frame's layout: a centered portrait of Jay Johnson in a black jacket, featuring his natural human face on the left and an intricate glowing cyan-blue AI robotic wireframe face on the right. Above him, 'Hey, I'm Jay.' appears, initially followed by 'Music artist' which gets struck through with an orange line and replaced by 'AI consultant & trainer' with the subtext '• Founder • Everyday AI', matching the reference image's visual composition.\n\nAfter this introduction, the portrait dissolves into a sequence of business credentials and metrics. First, a large orange-to-yellow gradient counter rapidly counts up to '20+' above 'hours saved every week', while a clean grid reveals partner logos for The World Bank, Bloomberg, Adobe, Publicis Groupe, GE Healthcare, and JCDecaux under 'TRUSTED BY TEAMS AT'. This is followed by a second metric counting up to '590+' for 'days of daily AI demos', accompanied by a large matrix of square heatmap tiles that light up in an energetic cascade of warm amber hues, finished with the caption 'A new AI tool or workflow, every day.' and 'YOUTUBE — @JAYJOHNSONAI'.\n\nFinally, elements transition smoothly into the concluding call to action: large bold typography spells 'JAY' in white and 'JOHNSON' in an orange gradient, with 'AI consultant & trainer • Everyday AI' beneath. An interactive-style orange pill button reading 'Book a discovery call →' scales gently into place above the final website link 'jayjohnson.co.uk'.", "qa": [{"dimension": "Content.Text", "expected_answer": "Yes", "name": null, "question": "Does the call-to-action button display the exact text 'Book a discovery call →'?", "section": "SharedChecklist"}, {"dimension": "Content.Information", "expected_answer": "Yes", "name": null, "question": "Does the video present data metrics reaching '20+' and '590+'?", "section": "SharedChecklist"}, {"dimension": "Attribute.Look", "expected_answer": "Yes", "name": null, "question": "Does Jay Johnson's portrait depict a split face combining a natural human side with a glowing cyan cybernetic wireframe side?", "section": "SharedChecklist"}, {"dimension": "Attribute.Quantity", "expected_answer": "Yes", "name": null, "question": "Are exactly six corporate logos displayed in the partner section grid?", "section": "SharedChecklist"}, {"dimension": "Cinematography.Frame", "expected_answer": "Yes", "name": null, "question": "Is the motion graphic framed and composed in a vertical aspect ratio?", "section": "SharedChecklist"}, {"dimension": "Cinematography.ColorGrading", "expected_answer": "Yes", "name": null, "question": "Does the video feature a dark background graded with warm amber and bronze smoke clouds?", "section": "SharedChecklist"}, {"dimension": "Relations.Spatial", "expected_answer": "Yes", "name": null, "question": "Is the minimalist HUD header positioned across the top edge with '• JAY JOHNSON' on the left and a status indicator on the right?", "section": "SharedChecklist"}, {"dimension": "Relations.Logical", "expected_answer": "Yes", "name": null, "question": "Are the corporate logos positioned directly underneath the label 'TRUSTED BY TEAMS AT'?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Motion", "expected_answer": "Yes", "name": null, "question": "Do two horizontal glowing beam lines part from the center to reveal the portrait?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Transformation", "expected_answer": "Yes", "name": null, "question": "Does the text 'Music artist' get struck through and replaced by 'AI consultant & trainer'?", "section": "SharedChecklist"}, {"dimension": "Dynamics.TemporalRelation", "expected_answer": "Yes", "name": null, "question": "Does the introductory text sequence with the excuses and 'EXPIRED' stamp conclude before the portrait is revealed?", "section": "SharedChecklist"}, {"dimension": "Aesthetics.Style", "expected_answer": "Yes", "name": null, "question": "Does the video maintain a tech-style motion graphic aesthetic featuring HUD interface accents?", "section": "SharedChecklist"}, {"dimension": null, "expected_answer": "Yes", "name": "KeyframeLayoutAlignment", "question": "Does the generated video include a scene that precisely aligns with the keyframe's composition, featuring the split human/cybernetic face below 'Hey, I'm Jay.' and 'AI consultant & trainer'?", "section": "KeyframeSpecific"}, {"dimension": null, "expected_answer": "Yes", "name": "KeyframeSubtextPresence", "question": "Does the subtle enclosed sub-bullet text '• Founder • Everyday AI' appear beneath 'AI consultant & trainer' as established in the keyframe?", "section": "KeyframeSpecific"}], "reference_frame_summary": "Shows Jay Johnson's split human/cyan cybernetic face portrait beneath the headline 'Hey, I'm Jay. / AI consultant & trainer', framing the brand identity and visual aesthetic.", "reference_url": "https://x.com/jayjohnsonai/status/2104188140718117305", "sample_id": "C2VC-0079", "subjects": ["Graphic"], "subtypes": ["Product & Service Promotion", "Text-driven Motion"], "task": "i2v", "task_id": "C2VC-0079-i2v", "video_categories": ["Branding & Promotional Motion", "Kinetic Typography"]}
 {"construction_complexity": "C3", "dependency_span": "S2", "dynamic_complexity": "D3", "events": ["Opening title and ambient particle field", "Sandbox cube setup and agent exploration", "Recursive 3D testing cube grid replication", "Outer meta-testing cube encapsulation", "Hardware scaling and peripheral resource explosion", "Competitive iteration speed coordinate chart", "Pioneer acceleration and follower abandonment", "Historical S-curves versus vertical singularity takeoff", "Fractal branch explosion at critical threshold", "Final thumbtack compute distribution pillars"], "global_description": "The video uses procedural 3D motion graphics, recursive sandbox simulations, and dynamic analytical curves to explain why AI compute will not diffuse evenly like electricity, but will instead concentrate into a vertical 'thumbtack' distribution.", "keyframe_timestamp_s": 199.5, "motion_types": ["Translation", "Scale", "Reveal", "Layout Transformation", "State Update", "Viewport Motion"], "prompt": "An analytical 3D motion graphic video explaining the concentration of AI compute, designed around the visual aesthetic of the reference frame showing towering luminous thumbtacks ('图钉') in deep navy space. The video begins with the opening title '算力，会飞入寻常百姓家吗？' over a rotating galaxy-like disc of golden ambient particles, with HUD metrics displaying initial baselines.\n\nThe animation then progresses into recursive self-improvement (RSI) testing environments: a glowing magenta bar 'bug v0' is isolated within a cyan wireframe cube labeled 'sandbox: 隔离环境', where procedural branching rays explore solutions and resolve into a green '测试 v1 ✓' node. This sandbox replicates into a 3x3 grid of testing cubes with red and green indicator lights, which is subsequently encapsulated within a larger bounding wireframe cube labeled '测试 v2'. The recursive pattern expands further into a massive cluster enveloped by an enormous golden wireframe cube labeled '测试 v3', driving HUD token and model call counters into the hundreds of millions, while peripheral hardware arrays (GPU, CPU, memory, disk) and radial fan-shaped server clusters expand outward around its base.\n\nThe narrative then shifts to an analytical coordinate chart comparing '先发者' (Pioneer) and '追赶者' (Follower). The follower attempts a massive capital push ('一次性加码 token + 算力') to catch up, but the pioneer accelerates in response, crushing follower margins until the follower curve collapses and dissolves into dying particles. Historical S-curves for electricity and the internet saturate horizontally, while the pioneer curve launches vertically ('垂直起飞 · 阶跃'). At the critical threshold ('临界点'), a complex fractal tree of decaying paths branches outward, leaving only the singular vertical spike ascending into infinity.\n\nFinally, the video transitions into the exact state seen in the reference frame: the camera glides down to a dark space populated by sparse ground particles, where five vertical glowing pillars topped with concentric halo discs rise at varying heights. The elegant typography '图钉型算力分布' and its explanatory text ('本地算力不会像电力、互联网那样铺满大地，它在临界点之后膨胀、阶跃，最后钉在少数几处。') fade in centrally, with subtle glowing atmospheric rings and depth of field as the camera orbits slowly.", "qa": [{"dimension": "Content.Text", "expected_answer": "Yes", "name": null, "question": "Does the video display the Chinese title '图钉型算力分布'?", "section": "SharedChecklist"}, {"dimension": "Content.Information", "expected_answer": "Yes", "name": null, "question": "Does the coordinate chart show historical adoption curves leveling off into saturation alongside the steeply ascending pioneer curve?", "section": "SharedChecklist"}, {"dimension": "Attribute.Look", "expected_answer": "Yes", "name": null, "question": "Are the vertical compute pillars topped with glowing circular halo discs?", "section": "SharedChecklist"}, {"dimension": "Attribute.Quantity", "expected_answer": "Yes", "name": null, "question": "Are there exactly five luminous vertical pillars rising in the thumbtack distribution scene?", "section": "SharedChecklist"}, {"dimension": "Cinematography.Frame", "expected_answer": "Yes", "name": null, "question": "Are the replicated testing cubes arranged in a 3x3 planar grid layout?", "section": "SharedChecklist"}, {"dimension": "Relations.Spatial", "expected_answer": "Yes", "name": null, "question": "Is the grid of testing cubes positioned inside the larger bounding wireframe cube labeled '测试 v2'?", "section": "SharedChecklist"}, {"dimension": "Relations.Logical", "expected_answer": "Yes", "name": null, "question": "Does the glowing green node correspond to the label '测试 v1 ✓'?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Motion", "expected_answer": "Yes", "name": null, "question": "Does the golden particle disc rotate during the opening scene?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Interaction", "expected_answer": "Yes", "name": null, "question": "Does the pioneer curve accelerate its upward iteration in response to the follower's attempt to catch up?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Transformation", "expected_answer": "Yes", "name": null, "question": "Does the follower curve dissolve into falling particles after failing to keep pace?", "section": "SharedChecklist"}, {"dimension": "Dynamics.ViewportMotion", "expected_answer": "Yes", "name": null, "question": "Does the camera descend toward the ground plane and orbit around the glowing pillars in the final scene?", "section": "SharedChecklist"}, {"dimension": "Dynamics.TemporalRelation", "expected_answer": "Yes", "name": null, "question": "Does the testing cube replicate into a 3x3 grid before being encapsulated by the larger bounding '测试 v2' cube?", "section": "SharedChecklist"}, {"dimension": "Aesthetics.Style", "expected_answer": "Yes", "name": null, "question": "Does the video employ a procedural 3D motion graphics aesthetic featuring glowing geometric elements in dark space?", "section": "SharedChecklist"}, {"dimension": null, "expected_answer": "Yes", "name": "KeyframeSceneAlignment", "question": "Does the video transition into the exact composition of the reference frame, featuring five glowing thumbtack-like pillars of varying heights standing on a dark particle floor with circular base rings?", "section": "KeyframeSpecific"}, {"dimension": null, "expected_answer": "Yes", "name": "TypographyAndSubtitlePreservation", "question": "Does the culminating scene display the centered title '图钉型算力分布' accompanied by the exact subtitle explaining that local compute pins to a few locations after the critical threshold?", "section": "KeyframeSpecific"}], "reference_frame_summary": "The frame captures the culminating 'thumbtack' compute distribution model, showing five glowing vertical light pillars topped with bright circular halo discs rising from a dark particle floor, with the prominent title '图钉型算力分布' and explanatory subtitle centered in the frame.", "reference_url": "https://x.com/LotusDecoder/status/2103500758612357245", "sample_id": "C2VC-0083", "subjects": ["Graphic", "Abstract"], "subtypes": ["Concept & Mechanism Explanation", "Procedural & Simulated 3D Motion"], "task": "i2v", "task_id": "C2VC-0083-i2v", "video_categories": ["Explainer Motion Graphics", "3D Motion"]}
@@ -57,4 +57,4 @@
 {"construction_complexity": "C2", "dependency_span": "S2", "dynamic_complexity": "D2", "events": ["Title card and canvas drafting setup", "Sequential line-art drawing of elevator encounter and music dialogue", "Animated drafting of workplace advice and lunch invitation", "Panels zoom out and assemble into the six-scene office storyboard grid", "Interactive highlight sweep across all six narrative cards", "Transition into evening chapter with card morph and city scene animation", "Compilation of the subsequent evening date overview board"], "global_description": "An illustrated digital storyboard titled '500 Days w/o Julia' comes alive as individual animated vignettes of an office encounter are drafted, compiles into a complete six-panel browser-card overview, and then transitions into an evening date chapter with animated vignettes and an updated sequence board.", "keyframe_timestamp_s": null, "motion_types": ["Reveal", "Translation", "Scale", "State Update", "Layout Transformation", "Viewport Motion"], "prompt": "The sequence takes the form of an animated vector narrative video set against a warm, soft blush-pink background, styled with minimalist black line art and clean digital comic layout aesthetics. The narrative unfolds as an evolving multimedia storyboard documenting an office romance narrative titled '500 Days w/o Julia'.\n\nBegin with an empty digital drafting board where a wide rounded header pill appears at the top. Fine black outline strokes sketch the centered title text '500 Days w/o Julia' in a neat typewriter font, accompanied by a bold subhead that prints letter by letter: 'Office Sc. 1'. The subtitle appears below: 'A chance elevator encounter sparks a shared musical connection.' Below the header, the canvas zooms into an enlarged single browser-like window with rounded corners and a soft offset drop shadow. Clean line art dynamically draws Julia holding office folders and Harumi in a jacket with his hand on his chin inside an elevator setting. A yellow rounded tab reading 'Sc. 1' pops onto the top left edge of the window, followed by a white caption pill underneath typing out: 'Julia met Harumi in the lift, asked about his music.' Smoothly, the view shifts rightward to reveal Scene 2, drawing a cheerful torso portrait of Harumi wearing a suit and tie with hands on his hips as his caption pill forms below: '\"I like The Smiths\"'. The camera then glides to Scene 3, sketching a smiling Julia gesturing with her hand while holding a document folder, accompanied by the caption: 'Julia smiled and said she liked The Smiths too. She Left on 3rd floor, left Harumi speechless'.\n\nNext, the subtitle updates to: 'Colleague banter turns into courage by the office water cooler.' The camera pans down to focus on the drafting of the lower row. Scene 4 illustrates Harumi conversing with an animated colleague gesturing in a suit, while the caption pill inscribes: 'Harumi ask his friend about that \"She mightbe into you\"'. The view slides right into Scene 5, where fine line strokes render Julia and Harumi standing on either side of an office water cooler holding paper cups, with a small speech bubble emerging above the cooler, and the caption pill reading: 'Harumi met Julia for lunch, asked her on a date. Julia blushed, said yes.' Finally, Scene 6 is sketched, showing Harumi seated at an office desk typing on a laptop while his colleague stands beside him, complemented by the caption pill: 'Harumi spent remaining hours working, thinking of his date with Julia later.'\n\nAs the final caption settles, the entire viewport smoothly zooms out and re-centers, assembling all components into the precise required keyframe layout faithfully recreated from the reference image. The scene displays the full, balanced two-row by three-column grid of browser windows beneath the centered header reading '500 Days w/o Julia' and 'Office Sc. 1'. Across the top row, cards 'Sc. 1', 'Sc. 2', and 'Sc. 3' sit aligned with their respective illustrations and caption pills. Directly below, cards 'Sc. 4', 'Sc. 5', and 'Sc. 6' mirror the arrangement with exact corresponding illustrations and text. The subtitle displays: 'Office Scene One captures the quiet spark of an unexpected romance.' A gentle golden highlight ripple glides sequentially across the yellow tabs from Sc. 1 through Sc. 6, confirming the completed visual board.\n\nDeparting from this reference state, the subtitle transitions to: 'As the workday fades, anticipation shifts to the evening ahead.' The camera zooms in smoothly toward the bottom-right card (Sc. 6). The laptop screen on Harumi's desk begins to glow softly, and the office walls dissolve into an evening transit sequence. A new series of browser cards begins to populate: Harumi walking along a lamp-lit boulevard, Julia checking her watch beside an illuminated café entrance, and the two meeting under an awning as twilight colors blend with the black outline aesthetic. The top header seamlessly updates its text to 'Office Sc. 2 - Evening Rendezvous'. The subtitle concludes: 'A new chapter unfolds beneath the city lights.' The camera draws back once more to present an updated, fully populated six-card storyboard grid illustrating their evening date, holding on a harmonious, finished layout.", "qa": [{"dimension": "Content.Text", "expected_answer": "Yes", "name": null, "question": "Does the top header card display the text '500 Days w/o Julia' and 'Office Sc. 1'?", "section": "SharedChecklist"}, {"dimension": "Content.Information", "expected_answer": "Yes", "name": null, "question": "Does each of the six storyboard cards include its corresponding numbered yellow tab from 'Sc. 1' through 'Sc. 6' and a matching caption pill below?", "section": "SharedChecklist"}, {"dimension": "Attribute.Look", "expected_answer": "Yes", "name": null, "question": "Are the storyboard window frames styled as browser-like cards with rounded corners, a dark offset drop shadow, and clean black line-art character drawings inside?", "section": "SharedChecklist"}, {"dimension": "Attribute.Quantity", "expected_answer": "Yes", "name": null, "question": "Does the keyframe storyboard board contain exactly six window cards organized in a two-by-three grid?", "section": "SharedChecklist"}, {"dimension": "Cinematography.Frame", "expected_answer": "Yes", "name": null, "question": "Is the keyframe composed with a centered title header at the top and a balanced two-row, three-column card grid filling the frame?", "section": "SharedChecklist"}, {"dimension": "Cinematography.ColorGrading", "expected_answer": "Yes", "name": null, "question": "Does the compiled Office Scene 1 storyboard use a soft blush-pink background with yellow tabs and black outlines?", "section": "SharedChecklist"}, {"dimension": "Relations.Spatial", "expected_answer": "Yes", "name": null, "question": "Are cards Sc. 1, Sc. 2, and Sc. 3 positioned directly above cards Sc. 4, Sc. 5, and Sc. 6 in parallel rows?", "section": "SharedChecklist"}, {"dimension": "Relations.Logical", "expected_answer": "Yes", "name": null, "question": "Does each caption pill directly correspond to and sit immediately beneath its designated scene window?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Motion", "expected_answer": "Yes", "name": null, "question": "Do individual line-art scenes animate into place during the drafting stage before pulling back into the full grid?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Transformation", "expected_answer": "Yes", "name": null, "question": "Does the top header title transform from 'Office Sc. 1' to 'Office Sc. 2 - Evening Rendezvous' as the narrative progresses into the evening chapter?", "section": "SharedChecklist"}, {"dimension": "Dynamics.ViewportMotion", "expected_answer": "Yes", "name": null, "question": "Does the viewport zoom out from individual close-up vignette scenes to reveal the complete compiled six-card keyframe layout?", "section": "SharedChecklist"}, {"dimension": "Dynamics.TemporalRelation", "expected_answer": "Yes", "name": null, "question": "Does the camera zoom into Scene 6 and transition to the evening date sequence only after the complete keyframe storyboard grid is assembled and highlighted?", "section": "SharedChecklist"}, {"dimension": "Aesthetics.Style", "expected_answer": "Yes", "name": null, "question": "Does the video maintain a consistent minimalist vector storyboard aesthetic featuring black line art, rounded rectangular UI containers, and typewriter-style typography?", "section": "SharedChecklist"}, {"dimension": null, "expected_answer": "Yes", "name": "AnchorLayoutRecreation", "question": "Does the video faithfully recreate the exact visual anchor showing all six storyboard panels with their specific black line-art illustrations, yellow 'Sc. 1' to 'Sc. 6' tabs, and full caption texts beneath the 'Office Sc. 1' header?", "section": "KeyframeSpecific"}, {"dimension": null, "expected_answer": "Yes", "name": "NarrativeProgressionContinuation", "question": "After the original storyboard anchor, do Harumi and Julia meet beneath an awning during the evening-date chapter?", "section": "KeyframeSpecific"}], "reference_frame_summary": "A clean, minimalist vector storyboard layout on a soft blush background displays six browser-style window cards organized in a two-by-three grid beneath a top title header reading '500 Days w/o Julia' and 'Office Sc. 1'. Each window card features a yellow top tab labeled Sc. 1 through Sc. 6, fine black line-art character illustrations, and a rounded text pill with scene captions below.", "reference_url": "https://huggingface.co/datasets/lica-world/lica-dataset/resolve/3df3ccf568d9591d60af6efdb95146a237918ed4/images/9c3f4527-6c1d-4a17-8d7c-f294d3b81fab/2pTHQhKQjAKbTcYZHyFW.png", "sample_id": "C2VC-0810", "subjects": ["Graphic", "Scene"], "subtypes": ["Illustrative Scene & Non-character Narrative"], "task": "i2v", "task_id": "C2VC-0810-i2v", "video_categories": ["Illustrative & Character Narrative"]}
 {"construction_complexity": "C2", "dependency_span": "S3", "dynamic_complexity": "D2", "events": ["Sprout germination and cellular ERF switch activation", "Assembly of developmental stages across the horizontal timeline", "Mapping environmental stress factors and signaling pathways", "Full schematic consolidation of the developmental and stress balance diagram", "Dynamic drought stress simulation activating the MdERF38 pathway", "Hypoxia and salt stress adaptation simulations", "Final synthesis of life cycle fitness and trade-off equilibrium"], "global_description": "An illustrative scientific narrative tracks a plant's developmental timeline and regulatory trade-offs, synthesizing developmental morphology with ERF-mediated stress responses into a master diagram before simulating active stress scenarios.", "keyframe_timestamp_s": null, "motion_types": ["Reveal", "Translation", "Scale", "State Update", "Layout Transformation"], "prompt": "Build the piece around an animated scientific illustrative narrative exploring plant developmental physiology and molecular defense adaptation in a clean, high-precision flat vector infographic style. The sequence begins with an intimate botanical illustration of a single seed buried in nutrient-rich soil. As gentle ambient light illuminates the scene, the seed coat splits and an emerald radicle extends downward into the earth while a tender shoot pushes toward the surface, accompanied by the visible subtitle: \"植物在整个生命周期中必须在生长发育与外界逆境防御之间保持动态平衡。\" The view smoothly transitions into a stylized molecular view within the cellular nucleus, where transcription factors bind to DNA promoter elements, triggering a burst of soft cyan luminescence as the subtitle appears: \"ERF转录因子家族在发育调控与胁迫响应中充当着关键的分子中枢。\"\n\nThe perspective pulls back into a broad conceptual coordinate space. A vertical axis demarcating developmental levels rises on the left, while a horizontal timeline foundation labelled \"生命周期进程\" extends toward the right. Five distinct circular botanical vignettes appear sequentially from left to right along the top developmental axis, progressively illustrating the morphological transformation of the organism: first a young seedling sprouting with root expansion labelled \"根发育\", followed by a leafy stalk showing stem internal anatomy labelled \"维管形成\", an open pink blossom showing floral anatomy labelled \"花器官发育\", an orange citrus fruit displaying inner seed compartments labelled \"果实成熟\", and finally a desiccated golden leaf detaching into the breeze labelled \"器官脱落\". Simultaneously, subtitle text displays: \"从幼苗萌发到器官衰老，不同发育节点对应着特定的环境压力与激素互作。\"\n\nBeneath these developmental states, a horizontal pale green chevron timeline ribbon slides into place, partitioning the stages with duration annotations including \"早期\", \"1周 (Weeks)\", \"中期\", \"1周 (Mid)\", \"中期\", \"2周 (Late)\", \"晚期\", \"7周 (Weeks)\", \"衰老\", and \"3周 (Weeks)\". From the bottom stress plane, four illustrative circular hazard nodes rise upward: a microscope revealing pathogenic microbes, a cracked sunbaked desert, root crowns submerged in floodwaters, and crystalline salt mounds, anchored respectively by callouts for pathogen defense, drought, waterlogging hypoxia, and salinity. Coordinated vertical bidirectional arrows labelled \"生长-防御权衡\" bridge the upper developmental track and the lower stress track.\n\nThe layout locks precisely into the complete master reference keyframe diagram, faithfully matching the attached image in full graphic clarity: the prominent bold header reads \"生命周期的编排：ERF介导的发育与胁迫适应协调\"; the upper band presents the five phased banners \"幼苗\", \"营养生长\", \"开花\", \"果实发育/成熟\", and \"衰老\"; the lower track details \"生物胁迫 (统集, e.g., 病原菌)\" linking to \"病原菌 → Pti4/5/6\", \"非生物胁迫: 干旱\" linking to \"干旱 → MdERF38\", \"非生物胁迫: 水涝\" linking to \"缺氧 → RAP2.12\", and \"非生物胁迫: 盐碱\" linking to \"盐碱 → StERF3\"; and a neat four-item legend rests in the bottom right corner defining ERF functions, developmental stages, stress types, and signaling pathways. Subtitle text reads: \"全景调控图谱整合了各个发育阶段的形态建成与对应的ERF防御通路。\"\n\nFollowing this steady reference state, the schematic comes alive with animated functional simulation. The drought stress node illuminates in warm amber, sending an energetic pulse along the red directional arrow upward to the vegetative growth plant. The soil background visually cracks, the vegetative plant's leaves curl slightly to minimize transpiration, while the callout \"干旱 → MdERF38\" pulses brightly, illustrating a downstream surge of molecular protective signals that thicken the root cortex, accompanied by subtitle: \"当干旱胁迫袭来，MdERF38介导的信号级联迅速调动水分保持与气孔关闭。\"\n\nNext, environmental waves of flooding blue water wash over the flowering phase, activating the \"缺氧 → RAP2.12\" conduit with luminous cyan particles stabilizing oxygen-sensing transcription factors to prevent premature blossom drop. Immediately after, a crystalline sodium crust expands during the fruit maturation stage, where \"盐碱 → StERF3\" ignites with radiant crimson energy, driving ion exclusion pumps in the root insets while preserving sugar accumulation inside the maturing fruit, with visible subtitle: \"水涝缺氧与盐碱逆境则分别触发RAP2.12与StERF3的保护机制以维持组织稳态。\"\n\nFinally, all four stress pathways pulse in harmonious synchronization with their respective developmental milestones. The bidirectional arrows gently oscillate in rhythmic balance, demonstrating the dynamic allocation of metabolic resources. The entire diagram softens into an elegant unified summary frame, where a mature golden seed drops from the senescent branch back into the earth to restart the cycle, as the concluding subtitle appears: \"精细的生长-防御权衡确保了植物在多变环境中成功完成世代更替与繁衍。\"", "qa": [{"dimension": "Content.Text", "expected_answer": "Yes", "name": null, "question": "Does the top title of the master diagram read '生命周期的编排：ERF介导的发育与胁迫适应协调'?", "section": "SharedChecklist"}, {"dimension": "Content.Information", "expected_answer": "Yes", "name": null, "question": "Are the four ERF-mediated stress pathways indicated as Pti4/5/6 for pathogens, MdERF38 for drought, RAP2.12 for hypoxia/waterlogging, and StERF3 for salinity?", "section": "SharedChecklist"}, {"dimension": "Attribute.Look", "expected_answer": "Yes", "name": null, "question": "Do the five developmental stage banners at the top use distinct pastel background colors corresponding to blue, teal, light green, yellow, and tan?", "section": "SharedChecklist"}, {"dimension": "Attribute.Quantity", "expected_answer": "Yes", "name": null, "question": "Are there exactly five distinct developmental circular vignettes arranged horizontally across the top section?", "section": "SharedChecklist"}, {"dimension": "Cinematography.Frame", "expected_answer": "Yes", "name": null, "question": "Is the master infographic structured as a two-tier horizontal diagram with developmental stages on top and stress responses on the bottom separated by a green timeline arrow?", "section": "SharedChecklist"}, {"dimension": "Relations.Spatial", "expected_answer": "Yes", "name": null, "question": "Are the bidirectional arrows labelled '生长-防御权衡' positioned vertically between the top developmental track and the bottom stress response track?", "section": "SharedChecklist"}, {"dimension": "Relations.Logical", "expected_answer": "Yes", "name": null, "question": "Does the drought stress node with cracked soil directly connect via an upward arrow to the vegetative growth developmental stage?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Motion", "expected_answer": "Yes", "name": null, "question": "Do the developmental stages and stress response circular nodes enter through animated reveals and translations as the timeline is constructed?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Interaction", "expected_answer": "Yes", "name": null, "question": "Does triggering the drought stress condition cause the MdERF38 pathway to glow and send an energetic visual pulse upward toward the vegetative plant?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Transformation", "expected_answer": "Yes", "name": null, "question": "Does the initial single sprout scene expand and transform into the comprehensive multi-stage scientific schematic diagram?", "section": "SharedChecklist"}, {"dimension": "Dynamics.ViewportMotion", "expected_answer": "Yes", "name": null, "question": "Does the camera pull back from the close-up cellular nucleus view to reveal the full broad coordinate schematic framework?", "section": "SharedChecklist"}, {"dimension": "Dynamics.TemporalRelation", "expected_answer": "Yes", "name": null, "question": "Does the drought stress simulation occur after the master infographic diagram has fully assembled into the anchor state?", "section": "SharedChecklist"}, {"dimension": "Aesthetics.Style", "expected_answer": "Yes", "name": null, "question": "Is the overall visual presentation rendered in a clean, vector-illustrated scientific diagram style with clear line art and graphical icons?", "section": "SharedChecklist"}, {"dimension": null, "expected_answer": "Yes", "name": "AnchorSchematicRecreation", "question": "Does the video faithfully realize the master keyframe diagram containing the five developmental stages, green chevron timeline, four stress icons with ERF pathway tags, and the bottom-right legend?", "section": "KeyframeSpecific"}, {"dimension": null, "expected_answer": "Yes", "name": "DynamicStressSimulationContinuation", "question": "Following the master diagram reveal, does the video dynamically activate individual stress conditions including drought, hypoxia, and salinity with visible animated pulses along their respective ERF pathways?", "section": "KeyframeSpecific"}], "reference_frame_summary": "A comprehensive scientific schematic titled '生命周期的编排：ERF介导的发育与胁迫适应协调' displays five sequential plant developmental stages across the top and four biotic/abiotic stress response pathways along the bottom, interconnected by bidirectional growth-defense trade-off arrows.", "reference_url": "https://huggingface.co/datasets/SciDrawAI/SciDraw-6K/resolve/cfb15990fdb34730ca1403b2a2b92ca9ae28a9c9/images/biomedical/gal_1768966080259_j49spe4.png", "sample_id": "C2VC-0812", "subjects": ["Graphic", "Scene"], "subtypes": ["Illustrative Scene & Non-character Narrative"], "task": "i2v", "task_id": "C2VC-0812-i2v", "video_categories": ["Illustrative & Character Narrative"]}
 {"construction_complexity": "C3", "dependency_span": "S3", "dynamic_complexity": "D2", "events": ["Microwave hydrothermal nucleation and crystal growth", "Dopant ion insertion and lattice defect formation", "Assembly of the complete graphical abstract overview", "Photocatalytic band structure and charge separation mechanism", "Active photocatalytic degradation and gas evolution in reactor vessels", "Electrochemical charge-discharge cycling in energy storage devices"], "global_description": "An animated scientific visualization follows the synthesis, atomic lattice doping, electronic band mechanism, and multi-functional energy applications of ion-doped copper sulfide nanomaterials, culminating in an integrated publication graphical abstract and detailed multi-reactor dynamic demonstrations.", "keyframe_timestamp_s": null, "motion_types": ["Translation", "Scale", "Reveal", "Deformation", "State Update", "Layout Transformation"], "prompt": "Develop the sequence as an animated scientific explainer video illustrating the advanced nanotechnology of ion-doped CuS nanomaterials. The video opens with a procedural particle simulation on a clean light cyan gradient backdrop. In the first phase, fluid precursor droplets undergo intense thermal vibration under simulated microwave radiation, indicated by undulating red curved arrows that pulse toward an autoclave reaction vessel. Inside the vessel, precursor particles rapidly collide and aggregate into uniform turquoise spheres, accompanied by a clock icon whose hands sweep rapidly to indicate a brief reaction time. The visible subtitle appears: \"Microwave-assisted hydrothermal synthesis enables rapid, uniform nucleation of copper sulfide nanomaterials.\" Next, the nucleated particles expand into an ordered crystalline network. Alternating blue copper atoms and yellow sulfur atoms snap into place, forming an interconnected ball-and-stick framework. Then, distinct dopant ions labeled Zn²⁺, Fe³⁺, Bi³⁺, Co²⁺, and P migrate into designated substitution positions along the lattice nodes, triggering slight geometric lattice strain and localized structural defects. The visible subtitle displays: \"Incorporating diverse dopant ions tailors the host crystal lattice and modifies its internal electronic structure.\"\n\nAs the lattice stabilizes, the viewport smoothly reorganizes to faithfully establish the complete layout of the attached reference image as a central visual anchor. At the top, the dark bold title reveals: \"离子掺杂 CuS 纳米材料: 光催化与能源应用\" with the secondary heading \"期刊目录图形摘要: 无机化学杂志\". The frame is structured into three coordinated sections. On the left under \"微波辅助水热合成\", the grey autoclave vessel is displayed with red wavy heating arrows labeled \"微波辐射\" and \"快速加热\", flanked by \"快速加热\", a clock face indicating \"短反应时间 (分钟)\", and a lower circular inset of turquoise particles labeled \"均匀成核 高效节能合成\". Cyan directional arrows extend from the left panel toward the center. The center upper zone displays \"离子掺杂 CuS 晶格\", featuring the detailed hourglass-shaped crystal lattice formed of blue Cu spheres, yellow S spheres, and prominent top and bottom dopant spheres labeled \"Zn²⁺\", \"Fe³⁺\", \"Bi³⁺\", \"Co²⁺\", and \"P\", with a \"Cu\" notation alongside. Directly below, \"机理示意图\" presents a comparative electronic energy band diagram: \"纯 CuS\" on the left shows valence band \"VB\" and conduction band \"CB\" under a glowing lightbulb labeled \"可见光照射\", where photogenerated electrons (e⁻) and holes (h⁺) directly undergo rapid \"电子-空穴复合\"; in contrast, \"离子掺杂 CuS\" on the right shows a narrowed bandgap (\"带隙变窄\") with intermediate defect energy levels (\"缺陷态\") and sulfur vacancies (\"硫空位\"), successfully promoting charge separation labeled \"抑制电子-空穴复合\". On the right side under \"应用\", four vertically stacked application modules are linked from the center by curved cyan arrows: \"光催化降解\" showing a beaker with decomposing organic dye molecules; \"光催化产氢\" showing an illuminated photoelectrochemical cell producing rising \"H₂ 气泡\"; \"CO₂ 还原\" showing an illuminated reactor bubbling CO₂ and generating gaseous \"CO\" and \"CH₄\" labeled \"还原产物\"; and \"储能器件\" showing side-by-side electrochemical cells for \"超级电容器\" and \"电池\" undergoing reversible \"充电\" and \"放电\". The visible subtitle presents: \"The complete graphical abstract synthesizes the material lifecycle from synthesis to atomic structure and applications.\"\n\nFollowing this unified overview, the animation transitions dynamically into the physical mechanisms. A light illumination pulse highlights the central mechanism diagram: light photons strike the band structures, causing electrons in the ion-doped CuS to excite smoothly into the conduction band and linger within the mid-gap defect states, visibly halting recombination while holes accumulate in the valence band. The visible subtitle shows: \"Dopant-induced defect states narrow the bandgap and effectively suppress electron-hole recombination under visible light.\" The long-lived photoelectrons and holes are then traced along the branching cyan arrows into the right-hand reactors. In the degradation beaker, floating dark brown pollutant clusters disintegrate into light grey fragmented particles. In the hydrogen cell, streams of translucent blue bubbles ascend vigorously to the surface. In the reduction cell, incoming yellow-rimmed CO₂ gas streams transform into released carbon monoxide and methane molecules. The visible subtitle reads: \"Separated photo-carriers drive simultaneous pollutant degradation, hydrogen evolution, and carbon dioxide reduction.\" Finally, the focus shifts to the energy storage cells where coordinated micro-arrows illustrate repetitive ion intercalation and de-intercalation between electrolyte and CuS electrode sheets under steady voltage cycles, demonstrating sustained stability. The visible subtitle concludes: \"Optimized lattice architecture delivers robust charge storage across repeated supercapacitor and battery cycles.\" The sequence gently resolves by smoothly zooming out to the fully lit, complete graphical abstract in balanced alignment.", "qa": [{"dimension": "Content.Text", "expected_answer": "Yes", "name": null, "question": "Does the top header of the graphical abstract display the title \"离子掺杂 CuS 纳米材料: 光催化与能源应用\" alongside the secondary heading \"期刊目录图形摘要: 无机化学杂志\"?", "section": "SharedChecklist"}, {"dimension": "Content.Information", "expected_answer": "Yes", "name": null, "question": "Does the mechanism diagram visually contrast pure CuS showing rapid electron-hole recombination against ion-doped CuS showing suppressed recombination enabled by defect states?", "section": "SharedChecklist"}, {"dimension": "Attribute.Look", "expected_answer": "Yes", "name": null, "question": "Are the dopant ions embedded within the CuS lattice specifically depicted as distinct spheres labeled Zn²⁺, Fe³⁺, Bi³⁺, Co²⁺, and P?", "section": "SharedChecklist"}, {"dimension": "Attribute.Quantity", "expected_answer": "Yes", "name": null, "question": "Are there exactly four application modules arranged vertically along the right column of the graphical abstract?", "section": "SharedChecklist"}, {"dimension": "Cinematography.Frame", "expected_answer": "Yes", "name": null, "question": "Is the graphical abstract organized into a three-column modular composition featuring synthesis on the left, lattice structure and mechanism in the center, and applications on the right?", "section": "SharedChecklist"}, {"dimension": "Cinematography.ColorGrading", "expected_answer": "Yes", "name": null, "question": "Does the overall presentation maintain a clean scientific graphic style with a soft light cyan tinted background and vibrant contrasting blue and yellow spheres for the lattice?", "section": "SharedChecklist"}, {"dimension": "Relations.Spatial", "expected_answer": "Yes", "name": null, "question": "Is the ion-doped CuS crystal lattice positioned directly above the electronic band structure mechanism diagram in the central column?", "section": "SharedChecklist"}, {"dimension": "Relations.Logical", "expected_answer": "Yes", "name": null, "question": "Do cyan directional flow arrows originate from the left hydrothermal synthesis panel pointing toward the central lattice, which subsequently branches into arrows directing to the four application modules?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Motion", "expected_answer": "Yes", "name": null, "question": "Under visible light, do electrons rise into the conduction band while holes accumulate in the valence band?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Interaction", "expected_answer": "Yes", "name": null, "question": "Do the photogenerated charge carriers interact with reactant molecules in the application reactors to cause pollutant fragmentation and gas bubble evolution?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Transformation", "expected_answer": "Yes", "name": null, "question": "Does the initial precursor fluid undergo visible procedural transformation into nucleated particles and subsequently assemble into the ordered crystalline lattice?", "section": "SharedChecklist"}, {"dimension": "Dynamics.ViewportMotion", "expected_answer": "Yes", "name": null, "question": "Does the view zoom out to the complete graphical abstract at the end?", "section": "SharedChecklist"}, {"dimension": "Dynamics.TemporalRelation", "expected_answer": "Yes", "name": null, "question": "Does the hydrothermal microwave synthesis and atomic lattice assembly occur before the video establishes the complete tripartite graphical abstract overview?", "section": "SharedChecklist"}, {"dimension": "Aesthetics.Style", "expected_answer": "Yes", "name": null, "question": "Does the video adopt an academic publication graphical abstract aesthetic combining schematic diagrams, molecular ball-and-stick lattice models, and scientific apparatus illustrations?", "section": "SharedChecklist"}, {"dimension": null, "expected_answer": "Yes", "name": "AnchorLayoutFidelity", "question": "Does the video faithfully recreate the reference image's complete graphical abstract layout containing the left autoclave panel, the central lattice with five labeled dopant species over the band diagram, and the four right application cells?", "section": "KeyframeSpecific"}, {"dimension": null, "expected_answer": "Yes", "name": "MechanisticApplicationContinuity", "question": "Are the defect states and suppressed electron-hole recombination established in the central mechanism diagram dynamically utilized to drive the subsequent pollutant degradation, hydrogen evolution, and CO2 reduction in the reactor vessels?", "section": "KeyframeSpecific"}], "reference_frame_summary": "A scientific graphical abstract presenting ion-doped CuS nanomaterials for photocatalysis and energy applications, organized into a left synthesis panel, a central crystal lattice and energy band mechanism diagram, and a right column of four application modules.", "reference_url": "https://huggingface.co/datasets/SciDrawAI/SciDraw-6K/resolve/cfb15990fdb34730ca1403b2a2b92ca9ae28a9c9/images/chemistry/gal_1767761860746_mi3trz4.png", "sample_id": "C2VC-0816", "subjects": ["Graphic", "Abstract"], "subtypes": ["Procedural Geometry & Particle Motion"], "task": "i2v", "task_id": "C2VC-0816-i2v", "video_categories": ["Abstract & Experimental Motion"]}
-{"construction_complexity": "C3", "dependency_span": "S3", "dynamic_complexity": "D2", "events": ["Parametric culvert generation and baffle geometry synthesis", "Turbulent flow injection and low velocity zone development", "Hydrodynamic force analysis and drag vector decomposition", "Assembly of the tripartite scientific synthesis poster", "Upstream fish passage kinematics simulation", "Pareto trade-off optimization and field culvert deployment"], "global_description": "An engineering study visualizes procedural 3D fluid dynamics through culvert retrofits, parameterizing thin-web baffle layouts, analyzing turbulent low-velocity zones and hydrodynamic drag distributions, assembling into a comprehensive scientific research poster, and testing fish passage trajectories under optimized hydraulic conditions.", "keyframe_timestamp_s": null, "motion_types": ["Translation", "Scale", "Rotation", "Reveal", "Deformation", "State Update", "Layout Transformation", "ViewportMotion"], "prompt": "The sequence takes the form of an animated 3D scientific visualization and motion study illustrating hydraulic modeling and fish-passage retrofits within culverts. The sequence begins in an expansive digital wind tunnel and hydraulic flume environment with a light architectural gray background and subtle engineering grid lines. A large hollow cylindrical culvert section procedurally builds itself from a curved extruded shell, showing smooth metallic-gray interior walls with a longitudinal dashed centerline marking the bottom invert. Along this invert, thin vertical rectangular plates rise parametrically from the floor, establishing thin-web baffle geometry rather than solid block cubes. The camera orbits smoothly from a three-quarters perspective down to an oblique cross-section as an on-screen title card indicates parametric configuration modeling. Subtitle: \"Parametric culvert geometry generates modular thin-web baffle arrays along the conduit invert.\" The baffles dynamically morph through procedural spacing rules, demonstrating variations in relative baffle height h⁺ from low profiles to higher crests, while alternating between aligned multi-row sets and zigzagging staggered placements across the conduit bed.\n\nNext, the viewport aligns with the longitudinal profile as simulated water flow activates from left to right. Translucent fluid volume renders in vibrant spectral velocity gradations, where deep red indicates high-velocity core streamflow near the culvert top and bright blue to cyan marks suppressed fluid velocities along the invert. Subtitle: \"Simulated turbulent flow structures establish continuous low-velocity zones behind plate arrays.\" Streamlines curve gracefully over the baffle tips, generating distinct swirling recirculation eddies trapped between consecutive vertical thin-web plates. Animated particle tracers drift through the interstitial pockets, visualizing stable Low Velocity Zones (LVZ) protected from the torrential mainstream. Inset diagnostic callouts float beside the flow field with micro-gauges and probe icons indicating differential pressure sensors and acoustic Doppler velocimetry validation data.\n\nDynamic force vectors then materialize on the surfaces of each vertical baffle plate. Subtitle: \"Hydrodynamic load decomposition reveals predominant form drag and substantial downstream shielding.\" Thick red force arrows extend horizontally from the upstream faces representing strong pressure-driven form drag, while diminutive green tangential arrows indicate negligible shear stress along the thin plate edges. A bar graph animation hovers adjacent to the conduit, showing that the leading Row 1 absorbs the peak hydrodynamic impact, while downstream baffle rows experience drastically diminished forces due to sheltering wakes.\n\nAs these hydrodynamic mechanics settle, the entire 3D environment transitions seamlessly into the comprehensive scientific reference poster, faithfully matching the composition, text, and graphics of the reference image. The upper portion organizes into three distinct rectangular panels framed by clean borders and connected by broad directional block arrows: the left panel labeled 'OBJECTIVE/SETUP' contains bullet points for 'Varied: h⁺ 0.05–0.15', 'Configs: 111–333; inline vs staggered', and 'Thin-web plates (not cubes)', accompanied by the 3D cutaway culvert illustration with interior thin-web baffles and a flow arrow; the central panel labeled 'METHOD' displays 'Validated RANS (k-ε), OpenFOAM' with water droplet and gear icons above the cross-sectional velocity contour field labeled 'LVZ (Low Velocity Zone)' and bottom validation notes for 'Validated: Δp head loss + ADV' beside gauge and probe graphics; the right panel labeled 'FINDINGS' systematically presents trend curves and diagrams for 'Roughness ↑ with h⁺ & density (n, f)', 'Form drag dominates; shear <5%', 'Row loads: peak Row 1 → downstream shielding', 'Trade-off: LVZ continuity ↑ ↔ head loss ↑' with a balance scale icon, and 'Design guidance for fish-passage retrofits' beside a fish icon. Spanning across the lower tier within an elongated frame are five vertical cylindrical pipe segments viewed from an elevated vantage point, displaying exact bottom configurations with bold flow arrows above each: '111 inline' featuring a single central column of transverse plates, '222 inline' with dual plate columns, '333 inline' with triple plate columns, '212 staggered' displaying an alternating two-one-two layout, and '323 staggered' showing a dense three-two-three staggered array, with a '1 m' scale bar grounded in the lower right corner. Subtitle: \"Experimental findings and five parametric configurations consolidate into an integrated hydraulic research summary.\"\n\nFrom this consolidated poster layout, the camera smoothly zooms into the '323 staggered' cylinder in the bottom right. The flat cylinder expands into a full-scale 3D culvert interior flooded with rushing water. Subtitle: \"Simulated fish agents exploit staggered wake channels to navigate upstream against core velocities.\" Articulated fish agents swim against the current from right to left, actively tracking and weaving between the interconnected blue low-velocity zones created by the staggered baffle arrangement, avoiding the exhausting red core velocity layer above. In contrast, a split comparison panel briefly shows an inline configuration where velocity channels break into isolated dead zones, forcing the agents into the high-drag mid-depth flow.\n\nFinally, the camera pulls back to a macro hydraulic engineering view showing the full culvert integrated into an earthen river embankment. Subtitle: \"Multi-objective optimization balances continuous resting corridors against total hydraulic head loss.\" A dynamic Pareto optimization chart materializes overhead, balancing upstream fish transit success rates against backwater head loss penalty curves. The optimal intermediate baffle height h⁺ stabilizes at the ideal trade-off balance point, as river water flows smoothly through the retrofitted infrastructure and fish successfully complete their migration through the baffled culvert.", "qa": [{"dimension": "Content.Text", "expected_answer": "Yes", "name": null, "question": "Does the poster display the header titles 'OBJECTIVE/SETUP', 'METHOD', and 'FINDINGS' across the top three panels?", "section": "SharedChecklist"}, {"dimension": "Content.Information", "expected_answer": "Yes", "name": null, "question": "Are the five bottom culvert configurations labeled '111 inline', '222 inline', '333 inline', '212 staggered', and '323 staggered'?", "section": "SharedChecklist"}, {"dimension": "Attribute.Look", "expected_answer": "Yes", "name": null, "question": "Does the central method velocity field display a color contour transitioning from dark blue in the low velocity zone between the bottom plates to red and orange in the high-velocity core flow above?", "section": "SharedChecklist"}, {"dimension": "Attribute.Quantity", "expected_answer": "Yes", "name": null, "question": "Are there exactly five distinct pipe cylinder configurations lined up in the bottom panel of the summary frame?", "section": "SharedChecklist"}, {"dimension": "Cinematography.Frame", "expected_answer": "Yes", "name": null, "question": "Is the master summary frame divided into an upper row of three bordered panels connected by block arrows above an elongated bottom panel containing cylindrical pipe segments?", "section": "SharedChecklist"}, {"dimension": "Cinematography.ColorGrading", "expected_answer": "Yes", "name": null, "question": "Does the overall aesthetic utilize a clean technical gray background with distinct scientific color accents for velocity fields and directional arrows?", "section": "SharedChecklist"}, {"dimension": "Relations.Spatial", "expected_answer": "Yes", "name": null, "question": "Is the 'LVZ (Low Velocity Zone)' label placed directly below the blue recirculation eddy region between the vertical baffle plates in the method panel?", "section": "SharedChecklist"}, {"dimension": "Relations.Logical", "expected_answer": "Yes", "name": null, "question": "Does the block arrow between the 'OBJECTIVE/SETUP' panel and the 'METHOD' panel logically direct the visual flow from pipe setup to fluid simulation?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Motion", "expected_answer": "Yes", "name": null, "question": "Do simulated fish agents swim upstream from right to left by maneuvering through the low-velocity wake regions behind the baffles?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Interaction", "expected_answer": "Yes", "name": null, "question": "Do the thin-web baffle plates interact with the fluid flow by deflecting incoming streamflow and generating recirculation vortices in their downstream wake?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Transformation", "expected_answer": "Yes", "name": null, "question": "Does the 3D fluid simulation scene transform smoothly into the structured graphic synthesis poster matching the reference layout?", "section": "SharedChecklist"}, {"dimension": "Dynamics.ViewportMotion", "expected_answer": "Yes", "name": null, "question": "Does the camera zoom into the '323 staggered' cylinder from the master summary poster to transition back into the 3D swimming simulation?", "section": "SharedChecklist"}, {"dimension": "Dynamics.TemporalRelation", "expected_answer": "Yes", "name": null, "question": "Does the assembly of the tripartite research poster occur before the fish passage kinematics simulation takes place?", "section": "SharedChecklist"}, {"dimension": "Aesthetics.Style", "expected_answer": "Yes", "name": null, "question": "Does the presentation maintain an engineering and scientific publication aesthetic with technical diagrams, vector line drawings, and fluid velocity contours?", "section": "SharedChecklist"}, {"dimension": null, "expected_answer": "Yes", "name": "PosterConfigurationFaithfulness", "question": "Does the generated video recreate the keyframe state showing the three top panels ('OBJECTIVE/SETUP', 'METHOD', 'FINDINGS') and the five labeled cylinder configurations along the bottom?", "section": "KeyframeSpecific"}, {"dimension": null, "expected_answer": "Yes", "name": "SimulationContinuityFromAnchor", "question": "Does the sequence following the keyframe zoom into the '323 staggered' baffle arrangement to simulate fish agents navigating through continuous low-velocity resting corridors?", "section": "KeyframeSpecific"}], "reference_frame_summary": "A structured scientific summary poster divided into an upper tripartite research framework (Objective/Setup cutaway, Method CFD velocity contour with Low Velocity Zones, and Findings metrics) above five distinct baffle configuration pipe cylinders (111 inline, 222 inline, 333 inline, 212 staggered, and 323 staggered). It serves as the master structural and quantitative anchor connecting geometric modeling, CFD validation, and hydrodynamic findings.", "reference_url": "https://huggingface.co/datasets/SciDrawAI/SciDraw-6K/resolve/cfb15990fdb34730ca1403b2a2b92ca9ae28a9c9/images/environment/gal_1773506534817_sj2mr05.png", "sample_id": "C2VC-0838", "subjects": ["Scene", "Abstract"], "subtypes": ["Procedural & Simulated 3D Motion"], "task": "i2v", "task_id": "C2VC-0838-i2v", "video_categories": ["3D Motion"]}
+{"construction_complexity": "C3", "dependency_span": "S3", "dynamic_complexity": "D2", "events": ["Parametric culvert generation and baffle geometry synthesis", "Turbulent flow injection and low velocity zone development", "Hydrodynamic force analysis and drag vector decomposition", "Assembly of the tripartite scientific synthesis poster", "Upstream fish passage kinematics simulation", "Pareto trade-off optimization and field culvert deployment"], "global_description": "An engineering study visualizes procedural 3D fluid dynamics through culvert retrofits, parameterizing thin-web baffle layouts, analyzing turbulent low-velocity zones and hydrodynamic drag distributions, assembling into a comprehensive scientific research poster, and testing fish passage trajectories under optimized hydraulic conditions.", "keyframe_timestamp_s": null, "motion_types": ["Translation", "Scale", "Rotation", "Reveal", "Deformation", "State Update", "Layout Transformation", "Viewport Motion"], "prompt": "The sequence takes the form of an animated 3D scientific visualization and motion study illustrating hydraulic modeling and fish-passage retrofits within culverts. The sequence begins in an expansive digital wind tunnel and hydraulic flume environment with a light architectural gray background and subtle engineering grid lines. A large hollow cylindrical culvert section procedurally builds itself from a curved extruded shell, showing smooth metallic-gray interior walls with a longitudinal dashed centerline marking the bottom invert. Along this invert, thin vertical rectangular plates rise parametrically from the floor, establishing thin-web baffle geometry rather than solid block cubes. The camera orbits smoothly from a three-quarters perspective down to an oblique cross-section as an on-screen title card indicates parametric configuration modeling. Subtitle: \"Parametric culvert geometry generates modular thin-web baffle arrays along the conduit invert.\" The baffles dynamically morph through procedural spacing rules, demonstrating variations in relative baffle height h⁺ from low profiles to higher crests, while alternating between aligned multi-row sets and zigzagging staggered placements across the conduit bed.\n\nNext, the viewport aligns with the longitudinal profile as simulated water flow activates from left to right. Translucent fluid volume renders in vibrant spectral velocity gradations, where deep red indicates high-velocity core streamflow near the culvert top and bright blue to cyan marks suppressed fluid velocities along the invert. Subtitle: \"Simulated turbulent flow structures establish continuous low-velocity zones behind plate arrays.\" Streamlines curve gracefully over the baffle tips, generating distinct swirling recirculation eddies trapped between consecutive vertical thin-web plates. Animated particle tracers drift through the interstitial pockets, visualizing stable Low Velocity Zones (LVZ) protected from the torrential mainstream. Inset diagnostic callouts float beside the flow field with micro-gauges and probe icons indicating differential pressure sensors and acoustic Doppler velocimetry validation data.\n\nDynamic force vectors then materialize on the surfaces of each vertical baffle plate. Subtitle: \"Hydrodynamic load decomposition reveals predominant form drag and substantial downstream shielding.\" Thick red force arrows extend horizontally from the upstream faces representing strong pressure-driven form drag, while diminutive green tangential arrows indicate negligible shear stress along the thin plate edges. A bar graph animation hovers adjacent to the conduit, showing that the leading Row 1 absorbs the peak hydrodynamic impact, while downstream baffle rows experience drastically diminished forces due to sheltering wakes.\n\nAs these hydrodynamic mechanics settle, the entire 3D environment transitions seamlessly into the comprehensive scientific reference poster, faithfully matching the composition, text, and graphics of the reference image. The upper portion organizes into three distinct rectangular panels framed by clean borders and connected by broad directional block arrows: the left panel labeled 'OBJECTIVE/SETUP' contains bullet points for 'Varied: h⁺ 0.05–0.15', 'Configs: 111–333; inline vs staggered', and 'Thin-web plates (not cubes)', accompanied by the 3D cutaway culvert illustration with interior thin-web baffles and a flow arrow; the central panel labeled 'METHOD' displays 'Validated RANS (k-ε), OpenFOAM' with water droplet and gear icons above the cross-sectional velocity contour field labeled 'LVZ (Low Velocity Zone)' and bottom validation notes for 'Validated: Δp head loss + ADV' beside gauge and probe graphics; the right panel labeled 'FINDINGS' systematically presents trend curves and diagrams for 'Roughness ↑ with h⁺ & density (n, f)', 'Form drag dominates; shear <5%', 'Row loads: peak Row 1 → downstream shielding', 'Trade-off: LVZ continuity ↑ ↔ head loss ↑' with a balance scale icon, and 'Design guidance for fish-passage retrofits' beside a fish icon. Spanning across the lower tier within an elongated frame are five vertical cylindrical pipe segments viewed from an elevated vantage point, displaying exact bottom configurations with bold flow arrows above each: '111 inline' featuring a single central column of transverse plates, '222 inline' with dual plate columns, '333 inline' with triple plate columns, '212 staggered' displaying an alternating two-one-two layout, and '323 staggered' showing a dense three-two-three staggered array, with a '1 m' scale bar grounded in the lower right corner. Subtitle: \"Experimental findings and five parametric configurations consolidate into an integrated hydraulic research summary.\"\n\nFrom this consolidated poster layout, the camera smoothly zooms into the '323 staggered' cylinder in the bottom right. The flat cylinder expands into a full-scale 3D culvert interior flooded with rushing water. Subtitle: \"Simulated fish agents exploit staggered wake channels to navigate upstream against core velocities.\" Articulated fish agents swim against the current from right to left, actively tracking and weaving between the interconnected blue low-velocity zones created by the staggered baffle arrangement, avoiding the exhausting red core velocity layer above. In contrast, a split comparison panel briefly shows an inline configuration where velocity channels break into isolated dead zones, forcing the agents into the high-drag mid-depth flow.\n\nFinally, the camera pulls back to a macro hydraulic engineering view showing the full culvert integrated into an earthen river embankment. Subtitle: \"Multi-objective optimization balances continuous resting corridors against total hydraulic head loss.\" A dynamic Pareto optimization chart materializes overhead, balancing upstream fish transit success rates against backwater head loss penalty curves. The optimal intermediate baffle height h⁺ stabilizes at the ideal trade-off balance point, as river water flows smoothly through the retrofitted infrastructure and fish successfully complete their migration through the baffled culvert.", "qa": [{"dimension": "Content.Text", "expected_answer": "Yes", "name": null, "question": "Does the poster display the header titles 'OBJECTIVE/SETUP', 'METHOD', and 'FINDINGS' across the top three panels?", "section": "SharedChecklist"}, {"dimension": "Content.Information", "expected_answer": "Yes", "name": null, "question": "Are the five bottom culvert configurations labeled '111 inline', '222 inline', '333 inline', '212 staggered', and '323 staggered'?", "section": "SharedChecklist"}, {"dimension": "Attribute.Look", "expected_answer": "Yes", "name": null, "question": "Does the central method velocity field display a color contour transitioning from dark blue in the low velocity zone between the bottom plates to red and orange in the high-velocity core flow above?", "section": "SharedChecklist"}, {"dimension": "Attribute.Quantity", "expected_answer": "Yes", "name": null, "question": "Are there exactly five distinct pipe cylinder configurations lined up in the bottom panel of the summary frame?", "section": "SharedChecklist"}, {"dimension": "Cinematography.Frame", "expected_answer": "Yes", "name": null, "question": "Is the master summary frame divided into an upper row of three bordered panels connected by block arrows above an elongated bottom panel containing cylindrical pipe segments?", "section": "SharedChecklist"}, {"dimension": "Cinematography.ColorGrading", "expected_answer": "Yes", "name": null, "question": "Does the overall aesthetic utilize a clean technical gray background with distinct scientific color accents for velocity fields and directional arrows?", "section": "SharedChecklist"}, {"dimension": "Relations.Spatial", "expected_answer": "Yes", "name": null, "question": "Is the 'LVZ (Low Velocity Zone)' label placed directly below the blue recirculation eddy region between the vertical baffle plates in the method panel?", "section": "SharedChecklist"}, {"dimension": "Relations.Logical", "expected_answer": "Yes", "name": null, "question": "Does the block arrow between the 'OBJECTIVE/SETUP' panel and the 'METHOD' panel logically direct the visual flow from pipe setup to fluid simulation?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Motion", "expected_answer": "Yes", "name": null, "question": "Do simulated fish agents swim upstream from right to left by maneuvering through the low-velocity wake regions behind the baffles?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Interaction", "expected_answer": "Yes", "name": null, "question": "Do the thin-web baffle plates interact with the fluid flow by deflecting incoming streamflow and generating recirculation vortices in their downstream wake?", "section": "SharedChecklist"}, {"dimension": "Dynamics.Transformation", "expected_answer": "Yes", "name": null, "question": "Does the 3D fluid simulation scene transform smoothly into the structured graphic synthesis poster matching the reference layout?", "section": "SharedChecklist"}, {"dimension": "Dynamics.ViewportMotion", "expected_answer": "Yes", "name": null, "question": "Does the camera zoom into the '323 staggered' cylinder from the master summary poster to transition back into the 3D swimming simulation?", "section": "SharedChecklist"}, {"dimension": "Dynamics.TemporalRelation", "expected_answer": "Yes", "name": null, "question": "Does the assembly of the tripartite research poster occur before the fish passage kinematics simulation takes place?", "section": "SharedChecklist"}, {"dimension": "Aesthetics.Style", "expected_answer": "Yes", "name": null, "question": "Does the presentation maintain an engineering and scientific publication aesthetic with technical diagrams, vector line drawings, and fluid velocity contours?", "section": "SharedChecklist"}, {"dimension": null, "expected_answer": "Yes", "name": "PosterConfigurationFaithfulness", "question": "Does the generated video recreate the keyframe state showing the three top panels ('OBJECTIVE/SETUP', 'METHOD', 'FINDINGS') and the five labeled cylinder configurations along the bottom?", "section": "KeyframeSpecific"}, {"dimension": null, "expected_answer": "Yes", "name": "SimulationContinuityFromAnchor", "question": "Does the sequence following the keyframe zoom into the '323 staggered' baffle arrangement to simulate fish agents navigating through continuous low-velocity resting corridors?", "section": "KeyframeSpecific"}], "reference_frame_summary": "A structured scientific summary poster divided into an upper tripartite research framework (Objective/Setup cutaway, Method CFD velocity contour with Low Velocity Zones, and Findings metrics) above five distinct baffle configuration pipe cylinders (111 inline, 222 inline, 333 inline, 212 staggered, and 323 staggered). It serves as the master structural and quantitative anchor connecting geometric modeling, CFD validation, and hydrodynamic findings.", "reference_url": "https://huggingface.co/datasets/SciDrawAI/SciDraw-6K/resolve/cfb15990fdb34730ca1403b2a2b92ca9ae28a9c9/images/environment/gal_1773506534817_sj2mr05.png", "sample_id": "C2VC-0838", "subjects": ["Scene", "Abstract"], "subtypes": ["Procedural & Simulated 3D Motion"], "task": "i2v", "task_id": "C2VC-0838-i2v", "video_categories": ["3D Motion"]}