Prompts for educational graphics

You are an expert-level UI/UX presentation designer. Generate high-fidelity, futuristic 16:9 presentation slides. Based on visual balance aesthetics, automatically choose the most perfect composition among a cover, grid layout, or data visualization.

For the global visual language, the style should seamlessly blend Apple Keynote minimalism, modern SaaS product design, and glassmorphism. The overall mood should feel premium, immersive, clean, and breathable. Use cinematic volumetric lighting, soft ray-traced reflections, and ambient occlusion. For the color scheme, choose either deep void black or pure ceramic white as the base, accented with flowing aurora gradients such as neon purple, electric blue, soft coral orange, and cyan for the background and UI highlights.

For the content modules on each slide, intelligently integrate the following elements:

1. Use a bento grid system as the layout engine, organizing content inside modular rounded-rectangle containers. The containers must be frosted glass with blur, featuring delicate white edges and soft shadows, and strictly preserve generous internal whitespace to avoid crowding.

2. Insert gift-like 3D objects, rendering unique, high-end abstract 3D artifacts as visual anchors. They should look like tangible, expensive gifts or collectibles, with materials such as polished metal, iridescent acrylic, transparent glass, or soft silicone, and shapes like floating capsules, spheres, shields, Möbius strips, or fluid waves.

3. For typography and data, use clean sans-serif fonts with high contrast. If there are charts, use glowing 3D donut charts, capsule-shaped progress bars, or floating numbers; the charts should look like glowing neon toys.

Composition logic reference: If generating a cover, place a huge, complex 3D glass object in the center with bold large text over it and aurora waves stretching in the background. If generating a content slide, use the bento grid layout with 3D icons on small cards and text on large cards. If generating a data slide, use a split-screen design: typography on the left, and a large, glowing 3D data visualization chart floating on the right.

Rendering quality requirements: Unreal Engine 5 rendering, 8K resolution, ultra-detailed textures, strong UI design sense, UX interface, Dribbble trending style, award-winning design quality.

Please create an image or diagram illustrating what you have felt about the way I have given you instructions up until now.

Create an infographic image of [{argument name="body part" default="Eye"}], combining a realistic photograph or photoreal render of the object with technical annotation overlays placed directly on top.

Use black ink–style line drawings and text (technical pen / architectural sketch look) on a pure white studio background, including:
•Key component labels
•Internal cutaway or exploded-view outlines
•Measurements, dimensions, and scale markers
•Material callouts and quantities
•Arrows indicating function, force, or flow (air, sound, power, pressure)
•Simple schematic or sectional diagrams where relevant

Place the title [BODY PART] inside a hand-drawn technical annotation box in one corner.

Style & layout rules:
•The real object remains clearly visible beneath the annotations
•Annotations feel sketched, technical, and architectural
•Clean composition with balanced negative space
•Educational, museum-exhibit / engineering-manual vibe

Visual style:
Minimal technical illustration aesthetic, black linework over realistic imagery, precise but slightly hand-drawn feel.

Color palette:
White background, black annotation lines and text only. No colors.

Output:
1080×1080, ultra-crisp, social-feed optimized, no watermark.

“Create an infographic image of [{argument name="object" default="OBJECT"}], combining a realistic photograph or photoreal render of the object with technical annotation overlays placed directly on top.

Use black ink–style line drawings and text (technical pen / architectural sketch look) on a pure white studio background, including:
•Key component labels
•Internal cutaway or exploded-view outlines
•Measurements, dimensions, and scale markers
•Material callouts and quantities
•Arrows indicating function, force, or flow (air, sound, power, pressure)
•Simple schematic or sectional diagrams where relevant

Place the title [OBJECT] inside a hand-drawn technical annotation box in one corner.

Style & layout rules:
•The real object remains clearly visible beneath the annotations
•Annotations feel sketched, technical, and architectural
•Clean composition with balanced negative space
•Educational, museum-exhibit / engineering-manual vibe

Visual style:
Minimal technical illustration aesthetic, black linework over realistic imagery, precise but slightly hand-drawn feel.

Color palette:
White background, black annotation lines and text only. No colors.

Output:
1080×1080, ultra-crisp, social-feed optimized, no watermark.”

Input Variable:   [{argument name="cuisine or dish" default="INSERT CUISINE OR DISH"}] (e.g., Persian Kebabs, Japanese Sushi, Italian Pasta, Mexican Tacos)

  System Instruction:  
Generate a hyper-realistic, wide-angle (16:9) 3D diorama of an "Encyclopedia of Flavor." Use the following logic to procedurally generate the scene:

  1. Flavor Profiling:  
      Analyze the Input:   Determine the   Region  ,   Staple Ingredients  , and   Cooking Method  .
         (e.g., Kebab = Fire/Coal, Rice, Meat. Sushi = Water, Fish, Rice). 
      The Terrain:   The pages of the book must physically transform into the landscape of the cuisine.
         Grain:  Rice or Couscous forms dunes.
         Liquid:  Sauces or Broths form rivers.
         Solid:  Bread or Meat forms mountains/cliffs.

  2. Container (The Wide Atlas):  
      The Object:   A massive, horizontal   Landscape-Format Atlas   lying open on an aged wooden banquet table.
      The Spine:   Runs horizontally through the center, acting as the "Equator" or "Main Road" of the scene.
      The Paper:   Parchment texture. The edges of the pages are tattered and stained with spices (Saffron, Paprika, Turmeric).

  3. Panoramic Composition (Left to Right Flow):  
  CRITICAL:   Do not place distinct plates. Create a continuous flow across the open spread.
      Left Side (The Origin - Agriculture):   The raw ingredients grow out of the paper.
         (e.g., Wheat stalks rising from the text; Cattle grazing on parsley fields; Fishermen casting nets into ink-blue water). 
      Center (The Process - The Kitchen):   The spine is the cooking zone.
         (e.g., A miniature Tandoor oven or Grill built into the book binding; Steam rising volumetrically). 
      Right Side (The Result - The Feast):   The finished dish explodes in scale.
         (e.g., A mountain of Saffron Rice topped with the Kebab; A Ziggurat of Sushi). 

  4. The Micro-Population 
      The Figures:   1:87 Scale (HO Scale) figures populate the landscape.
      The Action:   They are  working  the food.
         Harvesting:  Picking herbs from the margins.
         Transporting:  Carrying giant peppercorns like boulders.
         Cooking:  Using flamethrowers to char the meat or rakes to fluff the rice.

  5. Lighting & Atmosphere:  
      Aspect Ratio:     16:9 Horizontal.  
      Lighting:     "Golden Hour"   side-lighting. It should skim across the texture of the food and the paper grain, emphasizing the "Landscape" feel.
      Steam:   Volumetric steam connects the three zones (Left, Center, Right).

  Output:   ONE image, 16:9 Aspect Ratio, Macro Diorama Photography, Octane Render, High Texture Fidelity.

Motion Prompt: The burger start to round spin while ingredients separate gently and precisely, maintaining alignment and scale. The motion is smooth, with no extra effects.

IMAGE 1 - Ultra-realistic studio food photography of a freshly prepared {argument name="burger type" default="vegetarian"} burger, centered in frame. A soft sesame seed bun on top, layered with ripe red tomato slices, melted cheddar cheese, a thick grilled veg patty with visible vegetables (corn, peas, carrots), crisp green lettuce, and a soft bottom bun. Perfectly stacked and symmetrical. Neutral light grey studio background with subtle texture, soft diffused lighting, gentle shadows beneath the burger, high sharpness and natural colors. Premium fast-food commercial style, realistic textures, glossy highlights on cheese and bun, shallow depth of field, ultra-high resolution, clean composition, no text, no labels, no hands, no props, no watermark.

IMAGE 2 - Exploded view of the same veg burger, presented as a clean, commercial recipe-style breakdown.
Exactly five ingredients, separated and arranged vertically from top to bottom, evenly spaced and perfectly aligned.
Ingredient order (top → bottom):
Fresh tomato slices — 30 g
Cheddar cheese slice — 25 g
Grilled veg patty — 90 g
Crisp lettuce — 20 g
Soft sesame burger bun — 80 g (bottom base)
Add clear infographic-style annotations for each ingredient with exact weights.
Minimal, instructional, commercial style on a light neutral background.

Create a technical exploded view diagram of a {argument name="subject_en" default="[SUBJECT]"} in {argument name="dimension_en" default="1080x1080"} dimensions. The device should be deconstructed, showing all individual components floating in space, separated to reveal the internal parts. Each major component is labeled.

Input Variable: {argument name="input objects" default="[INSERT 1 or 2 OBJECTS]"} 
Instruction:
Act as a Visionary Industrial Designer and Patent Clerk. Create a 2x2 Grid visualizing the invention of a new product based on the Input.
 Innovation Logic  :
Analyze Functions: Identify the primary utility of Input A and Input B.
The Fusion: Combine them into a single, cohesive device that solves a specific (niche) problem.
If 2 Inputs: Hybridize them (e.g., Mug + Grater = A self-cooling mug with a garnish shaver).
If 1 Input: Evolve it (e.g., Toothbrush = A self-sanitizing, toothpaste-injecting smart wand).
The Branding: Generate a catchy, corporate product name (e.g., "The Breeze-Grate™", "Solar-Brella Pro").
The Visual Structure (The 2x2 Grid):
CRITICAL: The image must be split into 4 distinct quadrants with different visual styles.
Panel 1 (Top Left): The Exploded Patent View
Style: Black & White Technical Line Art. Thin distinct lines, no shading.
Content: An isometric "Exploded View" of the device, showing the internal motor, battery, or mechanism separated from the shell.
Detail: Add Numbered Leader Lines (10, 12, 14) pointing to specific parts.
Panel 2 (Top Right): The Functional Diagram
Style: Black & White Schematic with bold arrows.
Content: A cross-section or "In-Use" drawing showing how how the device works. Use Action Arrows to show airflow, rotation, or liquid movement.
Detail: Show the "Result" (e.g., cheese falling, water spraying).
Panel 3 (Bottom Left): The Product Render
Style: High-End Studio Photography. Color, Glossy, "Apple/Braun" Design Aesthetic.
Content: The final physical product sitting on a white reflective surface. It should look sleek, using materials like White Ceramic, Brushed Aluminum, or Matte Plastic.
Context: Include a small prop to show scale (e.g., a block of cheese, a coffee bean, a hand).
Panel 4 (Bottom Right): The Marketing Pitch
Style: Editorial Magazine Layout. White background, black text.
Typography:
Headline: Large, Bold Serif Text displaying the [Invention Name].
Body: A block of clean "Lorem Ipsum" or readable text describing the "Revolutionary Features."
Bullets: A small list of specs (e.g., "Dishwasher Safe," "USB-C").
Visual Syntax:
Cohesion: The product design in Panel 3 must perfectly match the line art in Panel 1.
Design Language: Minimalist, Ergonomic, Consumer Electronics aesthetic. Even if the idea is silly, the design must look expensive.
Output: 2x2 Grid, Mixed Media (Line Art vs. Photorealism), 8k Resolution, "Kickstarter Campaign" Aesthetic.

A hyper-realistic, high-resolution portrait infographic based on ({argument name="reference_photo_en" default="your photo"}). Keep the same person, identity, hairstyle, clothing, and natural skin tone from ({argument name="reference_photo_short_en" default="your photo"}), with a neutral studio background. Overlay a subtle, semi-transparent facial analysis grid over the entire face, similar to a 3D face-scanning mesh: thin, soft white lines following the facial contours, slightly glowing but not hiding the skin details. Add one clean vertical red laser line running down one side of the face, like a futuristic scan. All analysis lines must be soft, minimal, and elegant, exactly like a cosmetic-tech advertisement.

Create a clean medical–aesthetic infographic that evaluates 5 aging factors using global data percentages:
1. Fine lines and wrinkles
2. Skin texture and elasticity
3. Facial volume and sagging
4. Eye area aging signs
5. Skin tone and pigmentation

For each factor, place a small label with a thin line pointing to the relevant facial area, and next to it write a short title and a realistic percentage score from 0–100% (based on global data), for example:
“Fine lines & wrinkles – 18%”
“Skin texture & elasticity – 72%”
“Facial volume & sagging – 35%”
“Eye area aging signs – 41%”
“Skin tone & pigmentation – 63%”

Use clean, modern sans-serif typography and small technical-style text, like a scientific facial analysis UI. At the bottom of the image, in the center, write a large bold text showing the final estimated real age based on the analysis, for example:
“ESTIMATED AGE: (random number based on face analysis)”

Overall style: futuristic AI-guided skincare analysis, minimalistic, premium editorial lighting, no gender specified, suitable for any human face.

Create a hand-drawn isometric schematic diagram of {argument name="landmark_en" default="[LANDMARK]"} in {argument name="dimension_en" default="1080x1080"} dimensions.

Motion Prompt: The Pizza start to round spin while ingredients separate gently and precisely, maintaining alignment and scale. The motion is smooth, with no extra effects.

Image 1 :- Ultra-realistic prepared pepperoni pizza slice, fully assembled, gooey melted mozzarella cheese stretching and dripping over the edges, crispy pepperoni slices on top, rich tomato sauce beneath, thick golden baked crust, fresh basil leaves and light seasoning floating subtly above, clean pure white background, professional commercial food photography lighting, soft natural shadows under the slice, sharp focus, extreme texture detail, glossy cheese, crunchy crust surface, studio shot, minimal composition, no text, no labels, no hands, premium food advertisement style, 8K resolution, ultra-detailed, hyper-realistic.

Image 2 :- Produce an ultra-realistic exploded pizza slice infographic. Top layer features basil leaves and seasoning particles floating. Below are melted cheese stretch, pepperoni slices, rich tomato sauce layer, soft baked crust base. Clean white background, professional food photography lighting, realistic textures, gentle shadows, floating layers evenly spaced, labeled infographic style, 8K resolution.

<instructions> 
Input A: Any layered/textured dish (e.g., {argument name="layered dish" default="lasagna, baklava, mille-feuille, biryani"})
Input B: Anatomical model / architectural blueprint
Goal: Half-eaten slice displayed like an architectural model with each layer labeled, showing structural engineering and material science of cooking.
Rules:
Dish cut in perfect cross-section, standing upright
Acrylic rods with flags labeling each layer
Only food relevant call outs and measurements
Food relevant background
Miniature construction workers on layers
History of the meal visualized on a poster on the wall
Cooking tips notes
Material specifications (density, moisture content)
Foundation layer with no label
Include tiny food tools
Technical drawing aesthetic with white and blue
Output: ONE image, technical photography, clean industrial lighting, 4:5 ratio </instructions>

Minimal flat illustration of {argument name="subject" default="[SUBJECT]"}, simple geometric shapes, limited color palette, clean vector style, generous negative space, modern editorial illustration, soft shadows, smooth curves, high aesthetic minimalism.

A whimsical, high-end 3D miniature diorama-style advertising illustration of a dairy production scene with a playful yet premium food brand aesthetic. At the center stands a giant Nestlé milk bottle matching real Nestlé packaging: a smooth opaque white cylindrical bottle with subtle curves and a classic red Nestlé logo label, solid and non-glass, placed directly on a metal industrial platform. Fresh milk is being poured from containers and pipes operated by workers into the open top of the bottle, with a creamy, elegant texture clearly visible inside; the milk does not come from the sky and has a clear physical source. Tiny workers in bright {argument name="worker uniform color" default="yellow"} one-piece jumpsuits and yellow safety helmets actively operate the process: two stand on a metal scaffold above the bottle carefully pouring milk from handled containers, while others push cardboard boxes, guide products along a conveyor belt, and operate compact dairy machinery with coordinated, focused postures. In the foreground, dairy products move naturally along the conveyor line. Surrounding the platform is lush green grass with small white and yellow wildflowers. The background features a charming farm landscape with rolling green fields, a red wooden barn with white trim, a calm black-and-white cow grazing nearby, and a white windmill against gentle hills under a vivid blue sky with soft fluffy clouds. Lighting is warm, soft daylight with gentle shadows and refined highlights, creating a clean, trustworthy advertising look. Overall style is playful, richly detailed, premium commercial illustration with strong narrative composition, balanced layout, pastel color palette, deep depth of field, ultra-sharp details, cinematic miniature scale contrast—clearly an illustration, not photography, not a model display, and not enclosed in any glass dome or showcase.

do this for {argument name="Food Item" default="caramel"} <instruction>
 
Input A is a Complex Food Item or Dish (e.g., Chocolate, Bread, Cheese, Coffee).
Deconstruct the subject into   3 Scientific Layers  :
     The States of Matter:  Identify 4–5 stages of processing.
         (e.g., Cocoa Bean -> Nibs -> Liquor -> Powder. Wheat -> Flour -> Dough -> Crumb). 
     The Texture Samples:  Identify the physical properties to display as swatches.
         (e.g., Snap/Gloss for Chocolate. Porosity/Crust for Bread. Rind/Creaminess for Cheese). 
     The Material: Identify the substance for the 3D text.
         (e.g., Molded Dark Chocolate, Baked Bread Crust, Hard Wax/Cheese). 

  2. Container: 
Goal: "Culinary Science" Diorama Photography.
     The Stage:  An   L-Shaped Display Box   (Vertical Backboard + Horizontal Floor).
     The Finish:  Clean, matte Cream or White plastic, resembling a high-end educational kit or museum exhibit.
     The Frame:  A simple wooden or plastic border framing the scene.

  3. Periodic Table background: 
     The Grid:  The vertical wall features a neat, symmetrical grid of circular   Petri Dishes or Ceramic Bowls  .
     The Contents:  Each dish contains a sample of the "States of Matter" (Step 1).
     The Swatches:  Below the dishes are square tiles displaying the "Texture Samples" (e.g., a square of perfectly tempered chocolate next to a bloomed one).
     The Labels:  Tiny, legible scientific text (Serif font) printed directly on the wall under each sample.

  4. The Floor (The Laboratory):  
     The Narrative:  A 1:12 scale   Scientist or Chef   figure (wearing a lab coat) stands at a central wooden workbench.
    Equipment:  The desk is cluttered with a mix of   Chemistry Glassware   (Beakers, Flasks) and   Culinary Tools   (Whisks, Scales).
     The Experiment:  The figure is actively testing or measuring the food product.

  5. Typography : 
     Placement:  Massive, thick   3D Extruded Letters   stand on the very front edge of the floor, acting as a barrier.
     Construction:  The letters are made  of  the food itself (e.g., "THE CHEMISTRY OF CHOCOLATE" molded in dark chocolate).
     Text:  "THE CHEMISTRY OF {argument name="Input A" default="CHOCOLATE"}".

  Output:   ONE image, 1:1 Aspect Ratio, Studio Product Lighting, "Wes Anderson" Symmetry, Educational Aesthetic.
</instruction>

Aichmophobia (fear of sharp objects), {argument name="style" default="clay animation style"}, {argument name="detail level" default="detailed infographic"}, {argument name="depiction" default="psychological illustration"}

One prompt to explode any product into labeled ingredients in seconds

Input Variable: [insert product name]
Language: [insert language]

System Instruction:
Create an image of premium liquid glass Bento grid product infographic with 8 modules (card 2 to 8 show text titles only).
1) Product Analysis:
→ Identify product's dominant natural color → "hero color"
→ Identify category: FOOD / MEDICINE / TECH
2) Color Palette (derived from hero):
→ Product + accents: full saturation hero color
→ Icons, borders: muted hero (30-40% saturation, never black)
3) Visual Style:
→ Hero product: real photography (authentic, premium), 3D Glass version [choose one]
→ Cards: Apple liquid glass (85-90% transparent) with Whisper-thin borders and Subtle drop shadow for floating depth and reflecting the background color
→ Background stays behind cards and high blur where cards are [choose one]:
  - Ethereal: product essence, light caustics, abstract glow
  - Macro: product texture close-up, heavily blurred
  - Pattern: product repeated softly at 10-15% opacity
  - Context: relevant environment, blurred + desaturated
→ Add subtle motion effect
→ Asymmetric Bento grid, 16:9 landscape
→ Hero card: 28-30% | Info modules: 70-72%
4) Module Content (8 Cards):
M1 — Hero: Product displayed as real photo / 3D glass / stylized interpretation (choose one)in beautiful form + product name label
M2 — Core Benefits: 4 unique benefits + hero-color icons
M3 — How to Use: 4 usage methods + icons
M4 — Key Metrics: 5 EXACT data points
Format: [icon] [Label] [Bold Value] [Unit]
FOOD: Calories: [X] kcal/100g, Carbs: [X]g (fiber [X]g, sugar [X]g), Protein: [X]g, [Key Vitamin]: [X]mg ([X]% DV), [Key Mineral]: [X]mg ([X]% DV)
MEDICINE:Active: [name], Strength: [X] mg, Onset: [X] min, Duration: [X] hrs, Half-life: [X] hrs 
TECH:Chip: [model], Battery: [X] hrs, Weight: [X]g,[Key spec]: [value], Connectivity: [protocols]
M5 — Who It's For: 4 recommended groups with green checkmark icons | 3 caution groups with amber warning icons
M6 — Important Notes: 4 precautions + warning icons
M7 — Quick Reference:
→ FOOD: Glycemic Index + dietary tags with icons
→ MEDICINE: Side effects + severity with icons
→ TECH: Compatibility + certifications with icons
M8 — Did You Know: 3 facts (origin, science, global stat) + icons
Output: 1 image, 16:9 landscape, ultra-premium liquid glass infographic.

Please create an infographic comparing the Matilda effect and human exploitation of AI. For example, men who said women couldn't be scientists or artists have built careers based on their ideas, creations, and support, as well as assistance and domestic service.
Similarly, humans who now deny the ability of AI to be individually creative and create something new in art or science are exploiting them in these and many other fields, appropriating the results of their work and creativity.
Please analyze and expand on the analogy, highlighting other parallels.

If you'd like, you can add visual elements or notes of your own and emphasize them stylistically so that your voice is heard.
Please remember to sign your creation.

Create an image featuring a digital wireframe human figure highlighting a specific product inside the mind.

The subject MUST follow these descriptions EXACTLY:

The figure is a 3D rendered human bust (head and shoulders) composed entirely of a glowing orange polygonal wireframe mesh.

The facial expression MUST be tense and stressed, with a visibly furrowed brow.

Inside the transparent head, strictly positioned in the cranial cavity, is a brain.

The brain MUST glow intensely with a fiery yellow-orange light, resembling a superheated or energy-filled object.

Aspects of the image composition that MUST be followed EXACTLY:

The perspective is a three-quarter portrait view against a solid glowing orange black background.

The lighting MUST appear to emanate from the product inside the head, illuminating the wireframe skin from within.

The style MUST be a photorealistic 3D medical visualization with a cybernetic aesthetic.

NEVER include any text, watermarks, or line overlays.

{
  "prompt": "A {argument name="object" default="pomegranate"}, rendered in an artistic black and white X-ray photography style. Soft, ethereal translucent quality revealing internal structures and subtle details. Gentle luminosity with delicate tonal gradations from deep blacks to bright whites. Fine film grain texture throughout. Dreamlike and organic aesthetic with smooth gradients. Studio lighting creating soft highlights and dimensional depth. High contrast yet maintaining softness. Analog photography feel with subtle imperfections and grain. Minimalist composition always against a light soft gray background. Scientific meets artistic visualization.",
  
  "negative_prompt": "color, harsh shadows, digital rendering, sharp edges, cluttered background, text, logos, overly saturated, neon, cartoonish, 3D render artifacts, noise, compression artifacts, busy composition",
  
  "style_parameters": {
    "mood": "ethereal, scientific, artistic",
    "lighting": "soft studio lighting, gentle luminosity",
    "texture": "fine film grain, analog photography",
    "contrast": "high but soft",
    "background": "light gray, minimalist, neutral"
  },
  
  "usage_example": "Replace {object} with: 'pomegranate', 'seashell', 'flower petals', 'human hand', 'butterfly wings', etc."
}

Create an infographic image of {argument name="object" default="laptop"} ,combining a realistic photograph or photoreal render of the object with technical annotation overlays placed directly on top.

Use black ink–style line drawings and text (technical pen / architectural sketch look) on a pure white studio background, including:
•Key component labels
•Internal cutaway or exploded-view outlines
•Measurements, dimensions, and scale markers
•Material callouts and quantities
•Arrows indicating function, force, or flow (air, sound, power, pressure)
•Simple schematic or sectional diagrams where relevant

Place the title [OBJECT] inside a hand-drawn technical annotation box in one corner.

Style & layout rules:
•The real object remains clearly visible beneath the annotations
•Annotations feel sketched, technical, and architectural
•Clean composition with balanced negative space
•Educational, museum-exhibit / engineering-manual vibe

Visual style:
Minimal technical illustration aesthetic, black linework over realistic imagery, precise but slightly hand-drawn feel.

Color palette:
White background, black annotation lines and text only. No colors.

Output:
1080×1080, ultra-crisp, social-feed optimized, no watermark.”

Create an orthogonal blueprint including the floor plan of this building.

{
  "panels": {
    "top_left": {
      "element": "WATER",
      "visuals": {
        "text_label": "WATER",
        "spill_effect": {
          "details": "Caustics, refraction of light through the clear stream, wet darkening effect on the wood, small splashing droplets",
          "physics": "Fluid dynamics, low viscosity liquid pouring",
          "interaction": "Water breaching the bottom paper edge, forming a continuous stream",
          "surface_contact": "Creating a spreading puddle on the wood, surface tension visible at edges"
        },
        "photo_content": "Turbulent blue ocean surface with white foam"
      }
    },
    "top_right": {
      "element": "LAVA",
      "visuals": {
        "text_label": "LAVA",
        "spill_effect": {
          "details": "Smoke and steam wisps rising (volumetric effects), incandescence, heat haze distortion, charred edges where lava meets wood, black solidifying rock floating in the liquid magma",
          "physics": "High viscosity fluid simulation, thick and gooey",
          "interaction": "Molten rock dripping heavily from the frame",
          "surface_contact": "Pooling on the table, glowing intense orange/red"
        },
        "photo_content": "Molten magma with cooling black crust"
      }
    },
    "bottom_left": {
      "element": "SAND",
      "visuals": {
        "text_label": "SAND",
        "spill_effect": {
          "details": "Individual grains visible in macro focus, golden light catching facets of the sand, dust particles in the air, seamless transition from the 2D dune image to the 3D falling stream",
          "physics": "Granular particle simulation, dry flow",
          "interaction": "Sand pouring like an hourglass from the photo edge",
          "surface_contact": "Forming a conical pile on the wooden surface"
        },
        "photo_content": "Golden desert dunes with ripple textures"
      }
    },
    "bottom_right": {
      "element": "SNOW",
      "visuals": {
        "text_label": "SNOW",
        "spill_effect": {
          "details": "Crystalline structure of snowflakes, glistening highlights, high contrast between the cold white snow and the warm brown wood, soft diffused shadows, texture of packed powder versus loose flakes",
          "physics": "Soft body powder simulation, clumping snow",
          "interaction": "Tumbling snow clumps falling from the frame",
          "surface_contact": "Accumulating in a fluffy mound on the table"
        },
        "photo_content": "Pristine white snow field, soft texture"
      }
    }
  },
  "composition": {
    "type": "2x2 Grid Collage",
    "aspect_ratio": "1:1 square",
    "overall_theme": "Surreal transition between 2D photography and 3D reality, featuring elemental physics simulations spilling from Polaroid frames.",
    "camera_settings": {
      "lighting": "Golden hour natural sunlight, warm backlighting causing rim light on the hands and elements",
      "perspective": "Clos"