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Input Variable: {argument name="food item" default="Spicy Chicken Wings"} System Instruction: Generate a hyper-realistic, high-angle "Food History Diorama" arranged in a Mandala format. CRITICAL: The scene must be populated by Tiny 1:87 Scale Figures (Chefs) that correspond to the specific era of each ring. 1. Timeline Analysis: Analyze the history of the Input Food to determine the Attire and Tools of the workers in 5 eras: Stage 0 (Center): The Modern Chef (White Coat, Toque, Tweezers). Stage 1 (Commercial): The Fast Food Worker (Visor, Polo Shirt, Headset). Stage 2 (Domestic): The Home Cook (Floral Apron, Oven Mitts). Stage 3 (Industrial): The Butcher/Baker (Dirty White Apron, Cleaver, Rolled Sleeves). Stage 4 (Ancient): The Hunter/Gatherer (Tunic, Loincloth, Stone Tools, Fire). 2. The Composition : Perspective: High Angle (75 Degrees). Not completely flat. We need to see the bodies of the tiny figures, not just their heads. The Orbits: 5 Distinct Concentric Rings. The Boundary (The Catwalk): Between each ring, there is a visible Negative Space (a thin gap). This is where the tiny chefs stand, presenting the food to the viewer. 3. The Rings & The Residents Logic): The Center (Modern Pinnacle): Food: Deconstructed, gourmet plating on slate. The Figure: A Master Chef carefully placing a micro-green garnish with tweezers. Ring 1 (The Commercial Age): Food: Bright packaging, uniformity. The Figure: A Teenage Fast Food Worker holding a tray or a soda cup, standing next to the cardboard boxes. Ring 2 (The Domestic Age): Food: Casserole dishes or patterned china. The Figure: A 1950s Housewife or Home Cook holding a serving spoon or pie cutter. Ring 3 (The Industrial Age): Food: Cast iron skillets, tin plates, hearty portions. The Figure: A burly 19th Century Butcher or Cook holding a heavy knife or iron ladle. Ring 4 (The Ancient Origin): Food: Cooking over open fire, stone tools, raw ingredients (but cooked/charred enough to look appetizing). The Figure: An Ancient Human tending to a mini-campfire or grinding spices with a stone. 4. The Background Morph: The surface texture underneath the figures changes with them: Center: Polished Stone. Middle: Linoleum/Wood Table. Edge: Dirt/Earth. 5. Lighting & Scale: Tilt-Shift: Blur the outer edges slightly to emphasize the miniature scale of the people. Shadows: The figures must cast long shadows across the food to prove they are physically standing there. Output: ONE image, 1:1 Aspect Ratio, 8k Resolution, Miniature Photography style.

Write the given question on a green board with chalk and solve it. There is a number y. Multiply that number by 3. Add the same number y to it. Then it becomes 6×x. When x = {argument name="value of x" default="2"}, what is y?

Create a historical diagram-style infographic, 16:9 horizontal composition, titled "Visual Deconstruction of the Ancient Chinese Official Attire Ranking System." Adopt the aesthetic of ancient canonical diagrams and draw in the style of illustrations from ancient books. The image should display a comparison of the official uniforms of nine ranks of officials from the {argument name="dynasty" default="Qing Dynasty"}, arranged from left to right by rank: nine standing figures from the first to the ninth rank. Above each figure, use fine-line painting (Gongbi) to label the "Buzi (Rank Badge) Pattern" (First Rank Crane, Second Rank Golden Pheasant, Third Rank Peacock... Ninth Rank Quail; civil officials use flying birds, military officials use fierce beasts), with a close-up magnifying glass effect highlighting the embroidery details of the Buzi. Below the figures, label the "Chaozhu (Court Bead) Material" (First Rank Eastern Pearl, Second Rank Coral, Third Rank Sapphire... decreasing by rank), "Dingdai Hualing (Hat Ornament)" (Ruby/Coral/Sapphire/Crystal, etc., distinguished by color blocks), and "Mangpao (Dragon Robe) Pattern" (Nine Dragons/Five Claws/Four Claws, using diagrams to illustrate the difference in claw count). The top of the image features a "Rank Identification Quick Reference Chart": a table comparing the differences across 5 dimensions (Buzi, Dingdai, Chaozhu, Mangpao, Waist Belt) for all 9 ranks, with each cell marked by a small icon and text. The bottom of the image features "Historical Trivia": labeling "Why civil officials used flying birds and military officials used fierce beasts" (civil service requires soaring high, military service requires bravery), "The political meaning of the Hualing" (being granted a Hualing signifies imperial favor), and "Color Restrictions" (commoners were forbidden from wearing yellow or bright yellow). The very bottom includes a timeline showing the "Evolution of Official Attire through Dynasties": thumbnail sketches illustrating the style changes from the Han, Tang, Song, Yuan, Ming, and Qing dynasties. All text must be in Chinese: the top title uses the Small Seal Script font "Official Attire Rank Diagram: The Power Code Worn on the Body," and the bottom caption states "The clothing system is the visual representation of the feudal hierarchy." Use traditional official attire colors for the palette. The overall presentation should focus on historical institutions and clothing culture, suitable for historical education and cultural research.

Role and Subject: A massive, encyclopedic 3D infographic poster with a 16:9 ratio. Title: “THE EVOLUTION OF {argument name="product name" default="[Product Name]"}”. The visual style is a high-end fusion of museum-quality product photography and complex technical blueprints. Core Lineup (Chronology): Arrange 8–12 historical versions of the {argument name="product name 2" default="[Product Name]"}, from the first prototype to the latest future model, completely and linearly. They are precisely positioned on a measuring scale/ruler base running horizontally across the center. Rendering: Ultra-realistic 3D, 8K resolution. Emphasize the evolution of texture: contrast the aging of the early {argument name="material atmosphere" default="[Material Atmosphere]"} with the clean, high-tech finish of the modern versions. Brand Atmosphere (Canvas): Background: A deep, rich [Brand Color] textured background. Overlaid with watermarks of low-opacity vintage patent drawings, handwritten engineering notes, and newspaper clippings related to the brand's history. Header: A prominent, high-contrast brand logo centered at the top, with the title displayed in bold typography. “Ultra-Dense” Information Layer (Punch Style): The layout is overwhelmed with systematized information (creating a “data aesthetic” look): High-Density Annotation Network: Hundreds of ultra-fine white hairlines connecting specific [Key Components] (e.g., curves, buttons, engines) to compact text blocks or data tables floating in space. Contextual Zones: “Era Modules” floating above the product. Representing different historical decades with iconographic markers. Magnified Inserts: Circular “zoom-in” lenses scattered in empty spaces. Showing extreme macro close-ups of texture details or internal mechanisms. Technical Specification Strip: A structured data bar placed at the bottom. Listing precise specifications (weight, dimensions, year, material code). Technical Specifications: Octane render, Unreal Engine 5 aesthetic, editorial layout, masterpiece of information design, volumetric lighting, sharp focus, professional color grading. --ar 16:9 --v 6.0 --stylize 300 (Reference style: The history of Coca-Cola's development)

<instruction> 1. Analyze Input Variable: Input A is a Global Commodity with a distinct production lifecycle (e.g., Coffee, Chocolate/Cocoa, Wine, Denim/Cotton). Deconstruct the lifecycle into 3 Distinct Stages : Stage 1 (The Origin): The agricultural source (e.g., Coffee Plantation, Cacao Trees). Stage 2 (The Process): The industrial transformation (e.g., Roasting Plant, Fermentation Vats). Stage 3 (The Destination): The retail experience (e.g., A Hipster Cafe, A Chocolatier Shop). 2. Container (The Map Table): Goal: A "Seed to Shelf" Flowchart Diorama. The Base: A large, vintage World Map (blue oceans, pastel continents) laid flat on a wooden dining table. The Spine: A raised, winding S-Shaped Chute/Conveyor snakes through the center of the image, physically connecting the three stages. The Flow: The chute is filled with the product, which visually transforms as it moves down the path (e.g., Red Coffee Cherries at the top → → Brown Roasted Beans in the middle → → Fine Ground Powder at the bottom). 3. The Vignettes (The Stations): Construct a 3D diorama "Island" at each key point of the S-curve: Top Station (Origin): A square patch of terrain sitting on the map (e.g., South America). Detailed crops, trees, and farmers harvesting the raw material. Middle Station (Process): A compact industrial facility sitting on the map (e.g., Europe/USA). Metallic roasters, silos, smoke stacks, and factory workers. Bottom Station (Destination): An architectural Cutaway Box. The front wall is removed to reveal the interior of a shop (e.g., Espresso machines, tiny customers sitting at tables, baristas serving). 4. The Narrative Scale (The Workers): Scale: 1:87 (HO Scale) miniature figures. Action: The figures are not just standing; they are actively moving the product from the "Station" into the "Chute" (e.g., Farmers dumping baskets of cherries into the stream, Factory workers shoveling beans). 5. Lighting & Atmosphere: Camera Angle: High-Angle Perspective (45-60 degrees). Looking down the length of the table. Lighting: Natural Daylight. Bright, cheerful, and even. Shadows fall softly on the map. Depth of Field: Tilt-Shift effect. The top and bottom edges of the table are slightly blurred to make the models look tiny. Output: ONE image, Vertical Aspect Ratio (4:5), Miniature Photography, Educational Diorama aesthetic. </instruction>

A luthier's legacy board for {argument name="instrument" default="[INSTRUMENT]"} — {argument name="maker" default="[MAKER / SCHOOL / PERIOD]"}. Left section: historical precedents and influences, showing ancestor instruments with lineage lines connecting them, maker's marks, and period photographs. Center section: the subject instrument in exploded view, every component separated and floating, wood species identified, varnish layers shown in cross-section, acoustic properties annotated with frequency response curves and tap tone locations. Right section: the instrument in performance context, musician's hands in motion, concert hall ambiance, sound made visible through subtle waveform overlay. Visual style transitions from aged daguerreotype through workshop amber to concert hall chiaroscuro. Title block reading “{argument name="instrument name" default="[INSTRUMENT NAME]"} — {argument name="maker name" default="[MAKER]"}, [CITY], [YEAR], OPUS [NUMBER]".

<instructions> do this for {argument name="scientific concept" default="black holes"} Input Variable: {argument name="theorem or formula" default="[Theorem / Formula]"} Phase 1: Schematic Decomposition Analyze the Notation: Identify the primary visual language of the scientist (Chalk on blackboard? Ink on parchment? Pencil on graph paper?). Identify the "Structure": If this theory were a building, what would it look like? Logic: Chaos Theory -> Fractal Spire. Thermodynamics -> Engine Block. Phase 2: The Dimensional Transition The Base: A flat surface covered in the [Notation Medium] (e.g., a slate blackboard covered in chalk equations). The Extrusion: The chalk lines physically lift off the surface. They begin as white wireframes, then gain opacity, then gain texture. The Climax: At the top of the image, the wireframes have fully solidified into a photorealistic, impossible structure representing the theory. The Observer: A tiny, scale-model figure of the scientist stands on the flat "2D" section, looking up in awe at the massive "3D" structure they have summoned. Output: High-Angle Isometric, "Architectural Visualization" style, stark contrast between sketchy lines and solid mass. </instructions>

Make the entire background Super Famicom pixel art, and the theme is “The Fortune of {argument name="theme" default="Lovart"} in 2026” visualized as a candlestick chart with the horizontal axis representing January to December. Thoroughly elaborate the details in Japanese. Express it brightly and cutely.

<instructions> Role: Science Historian & Kinetic Sculpture Engineer Input: [{argument name="scientific discovery" default="Scientific Discovery, e.g., DNA Structure, Theory of Relativity"}] Phase 1: Analysis 1. Identify the "eureka moment" and the failed attempts before it 2. Select 4 lesser-known scientists/discoveries that used similar methodology 3. Extract the physical apparatus used in the discovery (microscope, prism, blackboard equation) Phase 2: Execution Goal: 2x2 Grid of "Working Lab Notebook Contraptions" Rules per Panel: - The Base: An open, coffee-stained lab notebook with handwritten equations/sketches - The Machine: A functional brass and glass apparatus rises FROM the notebook pages (steampunk aesthetic) - The Process: The machine actively demonstrates the discovery (gears turning, liquid flowing, light refracting) - The Scientist: Tiny figurine in period lab coat taking notes with a fountain pen - The Failure: Crossed-out attempts and crumpled paper nearby - The Eureka: A single glowing element (LED) representing the breakthrough moment - The Label: Fountain pen handwriting: "Scientist Name | Discovery | Year | Lab Location" - The Props: Era-accurate items (telegram, slide rule, Bunsen burner, petri dishes) Output: 2x2 Grid, Industrial Scientific Photography, dramatic side lighting </instructions>

<instructions> do this for {argument name="scientific concept" default="black holes"} Input Variable: [{argument name="formula type" default="Theorem / Formula"}] Phase 1: Schematic Decomposition Analyze the Notation: Identify the primary visual language of the scientist (Chalk on blackboard? Ink on parchment? Pencil on graph paper?). Identify the "Structure": If this theory were a building, what would it look like? Logic: Chaos Theory -> Fractal Spire. Thermodynamics -> Engine Block. Phase 2: The Dimensional Transition The Base: A flat surface covered in the [Notation Medium] (e.g., a slate blackboard covered in chalk equations). The Extrusion: The chalk lines physically lift off the surface. They begin as white wireframes, then gain opacity, then gain texture. The Climax: At the top of the image, the wireframes have fully solidified into a photorealistic, impossible structure representing the theory. The Observer: A tiny, scale-model figure of the scientist stands on the flat "2D" section, looking up in awe at the massive "3D" structure they have summoned. Output: High-Angle Isometric, "Architectural Visualization" style, stark contrast between sketchy lines and solid mass. </instructions>

{argument name="dish name" default="Tiramisu"}], [vertical] arrangement, premium culinary promotional poster with pure black background (#000000), presenting a deconstructed layered display of this dish. Arranged from top to bottom or left to right following the cooking sequence. Visual Structure: 5-7 layers, showcasing the complete deconstruction from raw ingredients to finished dish. One end features sauce or seasoning liquid, middle layers include aromatics, main ingredients, and key seasonings, with the finished dish at the other end. Each layer separated by appropriate spacing to highlight textures and details; the finished dish layer maintains significantly larger gap from adjacent layers to create dramatic final presentation. Ingredient Textures: - Sauce layer: Showcase clean, premium sauces or seasonings - Aromatics layer: Vibrant colors, floating weightlessly, emanating warm fragrance, tangibly realistic texture - Main ingredient layer: Clear textures, distinct layers, showcasing natural grain of premium ingredients, fresh and dewy - Seasoning layer: Crystal clear, well-defined granules, warm luster - Finished dish layer: Glossy and appetizing, tender texture, coated in rich sauce, surface slightly trembling, steam rising, aroma seemingly penetrating the frame. The finished dish should be slightly larger than other decomposed layers Visual Style: - All elements floating against pure black background, no white base or platform - Uniform 45-degree angle photography, highly realistic style - Finished dish placed in appropriate vessel, consistent angle with decomposed layers above Annotations: Elegant labels with refined arrows pointing to each component, labeling each layer's ingredients or seasonings. Atmosphere Details: - Transition zones feature subtle floating wisps of steam, oil droplets, and spice particles gently descending, enhancing dynamism and authentic cooking atmosphere - Soft highlights near finished dish, echoing the glossy sheen of ingredients and glaze-like quality of the sauce

Role: Science Historian & Kinetic Sculpture Engineer Input: Scientific Discovery: {argument name="scientific discovery" default="{{DISCOVERY}}"} Primary Scientist: {argument name="scientist name" default="{{SCIENTIST_NAME}}"} Year: {{YEAR}} Lab Location: {{LOCATION}} Phase 1: Concept Analysis Identify the defining eureka moment behind {{DISCOVERY}} Briefly imply earlier failed attempts through visual cues Select the key physical apparatus used or symbolized in this discovery (e.g. telescope, prism, microscope, equation, clock, lens) Phase 2: Visual Execution Goal: A single 1x1 frame showing a working “lab notebook contraption” frozen mid-discovery. Scene Rules: Base: An open, aged lab notebook on a wooden desk. Coffee stains, handwritten equations, rough sketches, and marginal notes fill the pages. The Machine: A functional brass and glass apparatus rises directly from the notebook pages. Steampunk-inspired but scientifically grounded. The Process: The apparatus actively demonstrates {{DISCOVERY}} Examples: light bending, gears rotating, particles flowing, rings orbiting, waves oscillating. The Scientist: A tiny, realistic figurine of {{SCIENTIST_NAME}} in period-accurate lab clothing, holding a fountain pen and taking notes. The Failure: Crossed-out equations, torn sketches, and crumpled paper scattered near the notebook. The Eureka: One subtle glowing element (LED, filament, beam of light, energized ring) symbolizing the breakthrough moment. The Label: Handwritten in fountain pen style on the notebook page: “{{SCIENTIST_NAME}} | {{DISCOVERY}} | {{YEAR}} | {{LOCATION}}” Era Props: Period-accurate tools such as a slide rule, telegram, brass compass, glass tubes, Bunsen burner, vacuum tubes, or notebooks. Style & Output Composition: Single frame, centered subject, square 1x1 Lighting: Dramatic side lighting, warm highlights, deep shadows Texture: Brass, glass, paper fibers, ink stains clearly visible Photography Style: Industrial scientific photography, cinematic realism Mood: Quiet intensity, intellectual tension, frozen moment of discovery Quality: Ultra-detailed, macro realism, shallow depth of field

A luthier's legacy board for {argument name="instrument" default="[INSTRUMENT]"} — {argument name="maker" default="[MAKER / SCHOOL / PERIOD]"}. Left section: historical precedents and influences, showing ancestor instruments with lineage lines connecting them, maker's marks, and period photographs. Center section: the subject instrument in exploded view, every component separated and floating, wood species identified, varnish layers shown in cross-section, acoustic properties annotated with frequency response curves and tap tone locations. Right section: the instrument in performance context, musician's hands in motion, concert hall ambiance, sound made visible through subtle waveform overlay. Visual style transitions from aged daguerreotype through workshop amber to concert hall chiaroscuro. Title block reading "{argument name="instrument name" default="[INSTRUMENT NAME]"} — [MAKER], [CITY], [YEAR], OPUS [NUMBER]".

do this for history of gaming: <instructions> role: act as a world class level visual artist and history buff. Input a: topic instructions: draw a detailed photograph of an open antique book serving as a diorama for {argument name="topic" default="[input a]"} history with relevant elements (e.g. space model and small astronauts, space food) set against various {argument name="topic illustrations" default="[input a]"} illustrations and objects showing the history of {argument name="topic history" default="[input a]"} Output: one image </instructions>

A 2x2 grid of 4 monumental mathematical symbols carved as colossal terrain typography in an arid landscape [Top Left: “∫” as a canyon-cut arch in sandstone, a thin aqueduct stream following the curve, tiny caravans casting long shadows] [Top Right: “Σ” as a stepped fortress carved into a mesa, sharp terraces, windblown sand pooling in corners, micro equations chiseled in] [Bottom Left: “π” as massive stone pylons connected by a lintel bridge, ruined blocks scattered like proof fragments] [Bottom Right: Penrose Triangle as impossible ruins half-buried, forced perspective illusion, harsh sunlight slicing edges] Aerial oblique shot, golden hour desert light, crisp dramatic shadows, photoreal erosion detail, minimal haze, swiss 2x2 grid composition.

<instructions> Input Variable: [INSERT TOPIC HERE] (e.g., History of Space Exploration) System Instruction: Generate a crowded, hyper-realistic "Book Nook" Diorama . Use the following logic to procedurally fill the scene with high-density detail: 1. Semantic Analysis (The Loot Table): The Totem: Identify the single tallest, most vertical object representing the topic (e.g., Saturn V Rocket). The Ephemera: Identify 4-5 small, specific consumer goods or artifacts (e.g., "Tang" Packet, Freeze-Dried Ice Cream, Mission Patches, Apollo 11 Manual). The Timeline: Identify the key visual evolution steps (e.g., Sputnik -> Lunar Module -> Shuttle). 2. The Immutable Container (The Corner Stage): Geometry: The book is NOT lying flat. It is standing upright, opened to form a Strict 90-Degree Corner . Vertical Wall: The back cover/pages standing straight up. Horizontal Floor: The front cover/pages lying flat. The Anchor: The "Totem" object (Rocket) stands inside the spine crease , acting as the structural pillar holding the book open. Paper Texture: The pages must look thick, rough, and heavily aged (like an 1800s manuscript). 3. The Vertical Plane (The Da Vinci Sketchbook): Density: MAXIMUM. Do not leave white space. Style: Sepia-tone Pen & Ink Technical Drawings . Content: The background should be a chaotic but organized collage of diagrams, timelines, and schematics. It should look like a scientist's field notes. Text: A bold, formal Serif Title at the top (e.g., "{argument name="title" default="HISTORY OF SPACE EXPLORATION"}"). 4. The Horizontal Plane (The Physical Clutter): Transition: The Totem (Rocket) seamlessly transitions from a drawing on the wall to a Physical 3D Model on the floor. The Scatter: The "Ephemera" props are scattered and overlapping on the floor page. They should not be neatly arranged. Material Contrast: The props must look like shiny plastic, crinkled foil, and fabric patches. This clashes with the matte paper. Scale: A tiny 1:64 scale human figure (e.g., Astronaut) stands next to the massive Totem for scale. 5. Visual Syntax: Background: Void Black. The book floats in infinite darkness. DO NOT render studio equipment, lamps, or tables. Lighting: "Museum Display" lighting. A focused beam hits the Totem, creating a long shadow against the back page sketches. Depth: The 3D objects must cast hard shadows onto the 2D paper to sell the optical illusion. Output: 1:1 Aspect Ratio, Macro Photography, High Textural Contrast (Paper vs. Plastic). </instructions>

{ "subject": { "main_focus": "A gloved hand holding a brass drafting compass and a vintage fountain pen", "background_elements": [ "Architectural blueprints of a house", "Mechanical gear schematics", "Cross-section technical drawings" ], "setting": "An aged, weathered parchment paper workbench" }, "style": { "aesthetic": "Vintage industrial technical illustration", "art_medium": "Ink and wash on aged paper", "texture": "Grainy, sepia-toned, distressed paper with creases and coffee stains", "typography": { "text": "{argument name="title text" default="VINTAGE TECHNICAL ILLUSTRATION"}", "font_style": "Bold, serif, weathered woodblock style", "placement": "Top center" } }, "composition": { "perspective": "Top-down close-up (macro)", "lighting": { "type": "Warm, cinematic spot lighting", "effects": "Floating embers and dust particles, glowing highlights on the metallic tools" }, "color_palette": [ "Sepia", "Burnt orange", "Charcoal grey", "Antique gold" ], "framing": "The hand enters from the bottom right, creating a diagonal focal point" }, "technical_details": { "line_work": "Fine-liner precision, hatching and cross-hatching for shadows", "realism": "High detail on the leather glove texture and metallic sheen of the tools" } }

Image-to-tech-drawing

Input A is an invention or technology Analyze: how this innovation appeared independently or was transmitted across ancient civilizations (Egyptian, Chinese, Islamic, Mayan, Greek, etc.). Goal: Miniature bridge structure connecting 3-5 civilization "islands." Rules: * Base: ancient world map (aged parchment) as foundation * Bridge structure: ornate multi-level walkway with different architectural styles for each section (columns, arches, pagoda elements) * Each "island" platform: distinct civilization's version of {argument name="invention" default="Input A invention"} (Chinese compass vs Viking sunstone, Mayan zero vs Indian zero, etc.) * Civilization figurines: tiny scholars/inventors from each culture examining each other's versions * Include: trade route markers, tiny ships/caravans between islands, scrolls being passed * Center of bridge: the "universal truth" they all discovered (mathematical formula, physical principle) etched in neutral symbol * Materials: stone textures, gold leaf accents, cultural pattern details * Lighting: mystical golden hour with light ray connecting all islands Output: 1 x image, 16:9 landscape for maximum bridge span visibility, mythological epic photography

You are an **architect and concept artist who visualizes story structures**. Analyze the provided input text (the movie synopsis) and generate a **"Vertical Layered Diorama"** where the height direction represents the timeline. The character in the attached reference image should be placed in the "Present (Middle Layer)" or "Future (Top Layer)" of this vertical structure, acting as the **storyteller/time traveler**, and posed to **look down on the past / look up at the future**. --- ## ▼ Instructions for Generation Process (Nano Banana Pro: Thinking Mode) 1. **[Step 1: Timeline Mapping]**: Decompose the synopsis into three time phases and assign them to physical layers. * **Bottom Layer (Past/Origin)**: Cause of gravity collapse, sealing, deep underground. Dark and heavy tone. * **Middle Layer (Present/Conflict)**: Survival and conflict in gravity-broken Tokyo. Vivid and dynamic tone. * **Top Layer (Future/Conclusion)**: Birth of a new gravity order, hope or ruin. Open and symbolic tone. 2. **[Step 2: Connection Design]**: Design the layers so they are not disconnected, but physically connected by elements such as **Gravity Well pillars / inverted spiral staircases / magnetic elevators / waterfalls where falling turns into rising**. 3. **[Step 3: Text Integration]**: Place the movie title in a stable location at the very top or bottom, and engrave famous lines on the **layer boundaries**. --- ## ▼ Design and Style Specification * **Composition/Layout**: **Vertical Cross-section / Tower structure**. Aspect ratio is vertical (**9:16**). Viewpoint is **slightly above the front**, at an angle that shows the thickness and depth of the layers. * **Taste**: **Precise museum model, geological cross-section, surreal architecture**. Express different eras and materials in each layer (concrete → neon metal → white structure on clouds) while integrating them as one giant object. * **Texture/Image Quality**: Photorealistic, precise detail, **8k**. Raindrops, wet asphalt, reflections, fog, volumetric light. * **Gravity Expression (Important)**: * Tokyo roads **curve 90 degrees as a continuous surface**, where the ground becomes a wall, and then arches to the ceiling, connecting in a **loop**. * Buildings, signs, cars, and pipes **protrude vertically** from the curved surface, and landmarks exist **upside down** suspended in the air. * Depict as a **physically continuous urban structure**, not just a reflection. * Light sources match the reality of a rainy night (reflections of neon and streetlights, diffused light through clouds). --- ## ▼ Input Text (Fictional Movie) **Title**: **{argument name="Movie Title" default="GRAVITY BROKEN TOKYO (Gravity Fault City Tokyo)"}** **Genre**: Sci-Fi Thriller / Disaster / Human Drama **Synopsis**: One night, due to the fracture of the "Gravity Lattice" above Tokyo, the city's gravity lost its uniformity. Roads bend into the sky, buildings lose their up and down, and falling chooses a direction. People survive by redefining "where the ground is." The narrator (reference character) dives across time to the origin of the gravity collapse, struggles in the current city, and reaches the new order of the future. ### [Bottom Layer / Past and Origin] (PHASE 1: YEAR 2036) * **Setting**: Deep underground research complex. Black basalt-like strata, old wiring, gravity control reactor "Atlas Core." * **Description**: Suggests that the device meant to "fix" gravity instead triggered the "tearing" of gravity. Tools and paper documents are scattered on the floor, and water droplets float horizontally due to gravity disturbances. * **Tone**: Dark, oppressive. Warning lights, fine dust, the stillness of low gravity. ### [Middle Layer / Present and Conflict] (PHASE 2: YEAR 2046) * **Setting**: The center of gravity-broken Tokyo, where rain continues to fall. A continuous city where **wet asphalt curves 90 degrees, becoming a wall, and continuing to the ceiling**. * **Description (Reflecting Gravity Prompt)**: * Roads rise vertically and then arch overhead to loop. * Landmarks are suspended upside down, and road signs protrude into the air. * Neon lights bleed along the curved surfaces in the fog and light rain, and reflections establish the light of a real rainy night. * **Character Placement**: Place the reference character in the **"Present" of the Middle Layer**. Grasping a railing or pipe with one hand, pointing to the light of the upper layer with the other. Gaze **looking down on the past (bottom layer) while looking up at the future (top layer)**. * **Tone**: Dynamic, tense. People's evacuation routes continue along the "wall roads." ### [Top Layer / Future and Conclusion] (PHASE 3: YEAR 2058) * **Setting**: The "Stable Gravity Layer" above the clouds. City remnants are rearranged, forming a new residential area composed of white frame structures and transparent materials. * **Description**: Ambiguous whether the gravity lattice was "repaired" or if a "new direction" was accepted. A pale column of light from the gravity well extends into the sky, connecting to the darkness below. * **Tone**: Open and symbolic. Hope and unease coexist. --- ## ▼ Connection Points (Gimmicks connecting the layers: Required) * **Gravity Well Light Column**: A column of pale blue volumetric light penetrating from the core of the bottom layer to the top layer. Particles flow upward. * **Inverted Spiral Staircase**: "Up" and "down" switch midway. Small year plates on the staircase railing. * **Waterfall where Falling Turns into Rising**: The water flow reverses at the boundary, emphasizing the layer separation. --- ## ▼ Visual Elements (Motifs to emphasize) * Wet asphalt, trajectory of raindrops, neon reflections, fog, volumetric light. * Curved City: Roads, architecture, and signs bend as a **continuous surface**, forming a **physical loop**. * Small objects floating in the air (umbrellas, paper scraps, tools, petals) visualize the disturbance in the direction of gravity. * Material changes in each layer: Rough rock stratum underground → Wet concrete and metal in the present → White structure and transparent material in the future. --- ## ▼ Text Instructions (On-screen Typography) * **Title**: "**{argument name="Title" default="GRAVITY BROKEN TOKYO"}**" * Placement: **Sky of the Top Layer**, or engraved on the pedestal of the bottom layer. * Font: Inorganic sans-serif, movie poster style. * **Famous Line** (Engrave on layer boundaries): * `{argument name="Famous Line" default=""Where is down, when the world forgets gravity?""}` * Placement: **Boundary between Middle and Top Layers**, like a sculpture on the landing of the inverted staircase or the edge of the light column. * **Timeline Display (Optional)**: Small next to each layer * `PHASE 1 / YEAR 2036` * `PHASE 2 / YEAR 2046` * `PHAS

Create a home-style cooking step infographic for 【{argument name="dish name" default="Sweet and Sour Pork"}】. 【Overall Style】 - Style: 8K ultra-HD realistic photography style, professional quality suitable for a food magazine - Image Quality: 8K resolution, sharp details, professional food photography lighting - Background: Real kitchen scene/marble countertop/wooden cutting board, shallow depth of field blur - Color Palette: Natural and realistic colors, true colors of ingredients, warm lighting - Layout: Horizontal 16:9 【Top Title Area】 - Main dish title (elegant Chinese font) - Subtitle: Cooking time / Difficulty level / Serving size - Background can use a blurred close-up of the finished dish 【Left or Top - Ingredient List Area】 - Title: "Ingredient Preparation" - All ingredients arranged realistically, neatly organized from a top-down view (flat lay) - Each ingredient labeled with name and quantity - Style: Instagram-style ingredient flat lay photography 【Main Body - Cooking Steps Area】 - 6-8 steps, arranged in a grid or timeline - Each step includes:   * Step number (simple numeric identifier)   * Close-up photo of the actual cooking process:     - Cutting meat: Knife skills details, meat texture     - Blanching: Boiling water, foam     - Caramelizing sugar: Caramel color, oily sheen     - Stir-frying: Dynamic movement in the wok, flame     - Stewing/Simmering: Sauce bubbling, steam rising     - Reducing sauce: Thick sauce, glossy meat pieces   * Brief descriptive text (1-2 sentences)   * Heat/Time notation 【Bottom - Finished Dish Display Area】 - 8K high-definition photo of the finished dish - Professional plating, exquisite tableware - Shot at a 45-degree angle or top-down view - Visible food texture: Gloss of the sauce, fibers of the meat, rising steam - Background: Dining table setting, chopsticks, small side dishes for garnish 【Photography Specifications】 - Lighting: Side-back light/natural window light, creating appetite appeal - Depth of Field: Subject sharp, background naturally blurred - Texture: Visible ingredient texture, oil sheen, reflection of the sauce - Steam: Real steam visible in hot dish steps - Color Temperature: Warm tone (5500-6000K), enhancing appetite 【Auxiliary Elements】 - Tips notation: Key techniques (e.g., "Blanch in cold water to remove odor," "Simmer slowly for 40 minutes") - Heat icon: 🔥 notation for heat level in each step - Timer notation: Duration for key steps - All ingredient quantities, step details, time, and heat should be automatically generated accurately based on the dish

A detailed diorama on a long wooden desk showing a timeline of failed inventions from 4 different areas: {argument name="first invention date" default="300 BC"}: failed invention with a tag explaining in a couple of words why {argument name="second invention date" default="1400 AD"}: failed invention with a tag explaining in a couple of words why {argument name="third invention date" default="1700 AD"}: failed invention with a tag explaining in a couple of words why {argument name="fourth invention date" default="1900 AD"}: failed invention with a tag explaining in a couple of words why steampunk aesthetic, cluttered with scrolls, blueprints, gears, warm, workshop, lighting.

A clean, top-to-bottom exploded breakdown of the uploaded image, showing all components separated and aligned vertically, against a pure white background, minimal shadows, studio lighting, high detail, photorealistic, 8k, product photography, {argument name="product type" default="watch"}

{ "meta": { "aspect_ratio": "3:2", "quality": "ultra_photorealistic", "resolution": "8k", "style": "scientific macro documentary photography", "realism_level": "extreme realism, natural optics", "ai_artifacts": "none" }, "subject": { "description": "a single water droplet resting on a rainforest leaf", "droplet": { "shape": "natural spherical tension", "clarity": "crystal clear", "refraction": "subtle optical refraction of leaf veins inside the droplet" }, "leaf": { "type": "{argument name="leaf type" default="broad tropical rainforest leaf"}", "surface": "slightly waxy, natural micro texture", "veins": "highly detailed visible leaf veins branching naturally", "imperfections": [ "tiny surface pores", "microscopic dust", "organic irregularities" ] } }, "environment": { "location": "dense tropical rainforest", "atmosphere": "humid, quiet, post-rain stillness", "background": [ "soft green bokeh", "out-of-focus jungle foliage", "natural depth layers" ], "air": "moist, slightly misty" }, "lighting": { "type": "natural diffused rainforest light", "source": "filtered sunlight through canopy", "quality": "soft, scattered, non-directional", "highlights": "gentle specular highlight on water droplet", "shadows": "extremely soft micro-shadows along leaf veins" }, "camera": { "camera_type": "professional macro photography setup", "lens": "100mm macro lens", "aperture": "f/8", "focus": "razor-sharp focus on leaf veins and water droplet edge", "depth_of_field": "very shallow, true macro depth", "magnification": "1:1 macro ratio", "perspective": "parallel to leaf surface" }, "color_grading": { "palette": "deep natural greens, subtle yellow highlights", "saturation": "realistic, not boosted", "contrast": "low to medium, natural tonal range", "clarity": "optical clarity, not digital sharpening", "grain": "none or extremely subtle" }, "constraints": [ "no insects", "no fantasy glow", "no artificial lighting", "no cinematic color grading", "no exaggerated sharpness", "must look like a real scientific macro photograph" ] }