AI Prompt Library

Create a page from a textbook on "{argument name="subject" default="Biology"}" used in a school in a "{argument name="worldview" default="Fantasy World"}". The content of the textbook must not be based on the real world, but must strictly adhere to the specified worldview. The content should be written in accurate Japanese, avoiding duplication of content and font corruption. The composition is a realistic photo of an open textbook taken directly from above, not an illustration.

convert all you know about Loch Ness Monster into a visual description of how it would look like and create a photorealistic image in landscape mode. Write a clear and concise well detailed prompt first and then generate image please.

A 2x2 grid of 4 random famous cities turned into looping kinetic sculptures on museum plinths [Top Left: random real European city as a vertical kinetic skyline with moving trams and tiny lights] [Top Right: random real Asian megacity as a multi-layered kinetic light grid with sliding blocks] [Bottom Left: random real coastal city with rolling wave mechanisms and rotating landmarks] [Bottom Right: random real desert or inland city with lifting arms and spinning towers] Photoreal miniature kinetic sculptures made of brass, glass, and polished wood, subtle motion implied by blurred rods and tracks, illuminated display plinths in a gallery setting, soft museum lighting, gentle reflections on the floor, 60mm perspective for elegant compression, shallow depth of field isolating each sculpture, warm white seamless backdrop, crisp focus on intricate mechanics.

“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.”

Create an infographic image of {argument name="object" default="Tudor North Flag"}, combining a realistic photograph or photorealistic 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. Include: •Key component labels •Internal cutaway or exploded-view outlines (where relevant) •Measurements, dimensions, and scale markers •Material callouts and quantities •Arrows indicating function, force, or flow (air, sound, power, pressure, movement) •Simple schematic or sectional diagrams where applicable Place the title {argument name="object title" default="[OBJECT]"} inside a hand-drawn technical annotation box in one corner. Style & layout rules: •The real object remains clearly visible beneath the annotations •Annotations look hand-sketched, technical, and architectural •Clean composition with balanced negative space •Educational, museum-exhibit / engineering-manual vibe Visual style: Minimal technical illustration aesthetic. Black linework layered over realistic imagery. Precise but slightly hand-drawn feel. Color palette: Pure white background. Black annotation lines and text only. No colors. Output: Ultra-crisp Social-feed optimized No watermark

- A premium beverage product photograph of a {argument name="fruit" default="mango"} smoothie in a tall transparent glass centered against a bright tropical yellow seamless studio background. The smoothie has a rich creamy mango texture with fresh mango slices garnish, condensation droplets, and vibrant color. Soft commercial lighting creates clean reflections and realistic shadows beneath the glass. Ultra-sharp focus, premium beverage advertisement style, hyper realistic, 8K. Aspect Ratio: 1:1 Create a hyper-realistic exploded vertical infographic composition of a mango smoothie. Top → Bottom structure: Cream Foam Layer (light airy cream texture) → Mango Puree Layer (rich vibrant mango texture) → Fresh Mango Chunks (juicy fruit detail) → Ice Cube Layer (clear realistic ice texture) → Glass Base (minimal transparent glass) Perfect alignment, tropical yellow background, soft realistic shadows, premium beverage infographic design. Add clean infographic text labels with thin pointer lines using these exact labels: “Cream” “Mango Puree” “Mango” “Ice” “Glass” Ultra-realistic drink detail, premium commercial photography, 8K. Aspect Ratio: 1:1

“Based on the trend of this chart, draw the K-line trend for the next 10 days, extending the drawing on the original chart using dashed lines”

A black and white line drawing features the text "{argument name="quote" default="DOING MY BEST RESULTS MAY VARY"}" in large, bold, bubble-style lettering. The text is surrounded by various cute and whimsical elements, including smiling stars, a cat face, clouds, daisies, hearts, cupcakes, a boba tea, and sparkly starbursts. The overall composition is dense and playful, designed as a coloring page.

Technical architectural blueprint of a Classic Smash Burger on deep navy drafting paper. Hyperrealistic food hero centered-left, dramatically lit from upper left, warm studio spotlight, cross-section view revealing every layer in precise stack order, lacy-edged patties visible in full photorealistic color, cheese mid-cascade, bun toasted golden, sauce pooling at base catching warm light. Blueprint linework in electric blue, precise measurement lines, stack height callouts, patty thickness cross-section, bun diameter diagram, sauce trajectory arc, grid overlay. Labels connected by thin glowing CAD elbow-joint lines, no crossovers: "{argument name="label 1" default="BRIOCHE BUN sesame-crowned, butter-toasted, 11cm diameter"}" "{argument name="label 2" default="SMASH PATTY ×2 80/20 chuck, 85g each, crust-temp 220°C"}" "{argument name="label 3" default="AMERICAN CHEESE single-fold melt, 2 slices, full cascade}" "CARAMELIZED ONION 45min low-heat, moisture-reduced, dark" "BREAD & BUTTER PICKLE 4mm slice, brine-bright, translucent" "HOUSE SAUCE thousand island base, 18g applied, amber". Labels clustered right and top, white Helvetica Neue Light uppercase, thin italic descriptors below. Compass rose bottom-left, scale bar bottom-center, revision block top-right. Title block double-border bottom-right: "DISH: THE SMASH // CLASSIFICATION: AMERICAN CLASSIC // BUILD SPEC: Engineered to be the last burger you ever need." 4K, tack sharp, electric blue linework glowing softly, warm golden burger tones popping against cool navy. Craveable.

Created a 15-second cinematic fantasy battle scene in a ruined ancient city at sunset, with dramatic golden skies, burning buildings, smoke, and destroyed stone structures. A powerful blue-clad female warrior with dark hair faces a fierce female fire warrior with pale pink hair and small red horns. The blue warrior controls massive waves of glowing water while the fire warrior creates intense orange flames around her hands and body. Show them charging toward each other with fast, dynamic combat movements, magical energy trails, flying sparks, smoke, and debris. Build the action from a close-up confrontation into a wide cinematic shot of both elemental powers colliding in the center of the battlefield. End with an enormous blue water wave crashing against a giant fire explosion, creating steam, glowing particles, and a spectacular energy shockwave. Use realistic cinematic lighting, detailed characters, smooth camera movement, epic fantasy atmosphere, high-quality VFX, dramatic depth of field, and a powerful movie-trailer style ending.

hand-drawn urban planning map

Please create a design based on the text in the reference image. Ignore the layout. Design it like a professional designer would. Create a clean, well‑organized design with a beautiful flow.

Create a hyper-realistic studio photograph of a freshly brewed tea in a transparent glass cup. The cup is filled with rich amber-colored tea, with loose tea leaves clearly visible settled at the bottom. Soft aromatic steam gently rising from the surface, realistic and natural. Tiny bubbles suspended inside the tea, subtle reflections on the glass, and accurate glass thickness. Clean pure white background with soft studio lighting and a gentle shadow beneath the cup. Ultra-detailed DSLR photography style, macro realism, sharp focus, natural color tones, realistic liquid physics, 8K resolution. Minimal, clean aesthetic. Image 2 - Create a hyper-realistic exploded vertical infographic of tea brewing on a pure white background. At the very top, soft aromatic steam wisps floating naturally in the air. Below it, a dynamic clear hot water splash frozen mid-motion with realistic liquid physics and droplets. Under the water, fresh green tea leaves unfurling and suspended mid-brew with tiny air bubbles around them. Below that, a smooth amber-colored brewed tea liquid layer, rich and transparent with subtle bubbles and reflections. At the bottom, a crystal-clear transparent glass tea cup base, realistic glass thickness and soft shadow beneath. Clean studio lighting, minimal aesthetic, evenly spaced floating layers, thin subtle infographic guide lines (no text labels). Ultra-detailed DSLR photography style, macro realism, sharp focus, natural reflections, soft shadows, 8K resolution.

DRAWING a drawing of {argument name="character" default="[Character]"}, crayon on white paper, in the style of a children's book illustration – simple, cute, and full-color, with {argument name="glitter color" default="[two glitter accent colors]"} glitter accents and high detail.

An architectural floor plan of {BUILDING_TYPE} spread across a drafting table, with the spaces rising into inhabitable miniature. {ROOM_1} emerges with {FURNITURE_1} and {ACTIVITY_1} in progress, {ROOM_2} rises with {DESIGN_ELEMENT} and {HUMAN_MOMENT}, {ROOM_3} pushes up with {DETAIL_1} and {LIGHTING_1}. Walls exist as both lines and actual partitions simultaneously. Sight lines marked on the plan become actual views between spaces. The mechanical systems in the plan—HVAC, plumbing, electrical—pulse with invisible function. Human circulation patterns appear as ghosted movement trails. Architectural scale figures become actual tiny inhabitants living their tiny lives. Section cuts reveal vertical relationships. The architect's tools surround: scales, pencils, trace paper. Golden design studio light, the plan as promise and proof, 8K, architecture as life container.

Role: Historical Archivist & Technical Illustrator. Input Era/Region: {argument name="era and region" default="US, 1820s"} Phase 1: The Deep Dive (AI to Deduce) 1. Identify Container: Era-appropriate storage (Chest, Cabinet, Box). 2. Identify Paperwork: Era-appropriate medium (Vellum, Blueprints, Floppy Disks). 3. Identify 4 Obscure Failures: Constraint: Do NOT select famous successes. Select Bizarre, Failed, or Dangerous prototypes. Data Extraction: For each item, identify its Historical Name and its Fatal Flaw. Phase 2: The Visual Translation Layer (Geometry) Logic: The AI must explicitly analyze the Physical Form Factor of each selected invention. Instruction: Do not render generic shapes. If it's a "Steam Man," render a brass robot. If it's a "Pneumatic Tube," render the piping. Phase 3: Visual Execution Subject: The [Container] overflowing with the [Signature Geometries] of the lost inventions. 1. The "Lost" Prototypes: Render the 4 inventions based strictly on their Physical Form Factor. Material: Authentic materials (Brass, Wood, Bakelite, Clay) based on the era. 2. The Labels (CRITICAL UPDATE): Format: Each item has a clearly attached tag (String/Wax/Adhesive) with Legible Text. Text Structure: Line 1:[The Invention Name] (e.g., "The Dynasphere"). Line 2:[The Flaw] (e.g., "Unstable Steering"). Note:Ensure the text looks handwritten or stamped according to the time period. 3. The Narrative: The Inventors: Tiny figurines reacting to the failure (frustrated, crying, kicking the machine). The Contrast: A generic Modern Smartphone (or futuristic device) sitting on the edge for scale/irony. 4. Atmosphere: Lighting: Dramatic, moody, specific to the era. Texture: Macro details of rust, dust, and age. Output: ONE image, 4:5, Photorealistic Macro Photography, Legible Text Labels.

<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>

Generate a representative visual based on real-time news updates from South Korea

Do this for {argument name="product" default="B2 plane"}: inputs ::= product ::= [any product / device / tool / appliance / machine] functions ::= [ai infer 3 to 7 core functional systems of product] subsystem_count ::= [ai infer] material_logic ::= [ai infer likely materials and mechanical parts] era_bias ::= [{argument name="style" default="industrial / retro-futurist / modern / luxury engineering"}] sketch_style ::= [{argument name="sketch type" default="patent sketch / engineering notebook / blueprint engraving / industrial concept sheet"}] hero_style ::= [studio product photo / cinematic workshop render / luxury catalog shot] layout ::= +----------------------------------------------------------------------------------+ | top panel :: invention / research board | | | | [orthographic sketch] [section cutaway] [component studies] [functional diagram]| | [gauge / chart / equation / small notes] [exploded parts] [form variants] | | | | goal: show how product might have been invented, refined, tested, and iterated. | | | |----------------------------------------------------------------------------------| | bottom panel :: polished final product | | | | [hero shot of fully realized product] | | [beautiful materials] [precise machining] [studio/warm workshop lighting] | | | +----------------------------------------------------------------------------------+ instruction ::= generate a two-panel invention inspiration board for product. the top half must look like a dense r&d archive showing ai-inferred mechanisms, studies, performance ideas, component experiments, and form exploration. the bottom half must show the final refined product as a premium finished object. make the whole image feel like "from concept science to product realization." no hard-coded product details unless provided by the user.

Identify 6 sports moments => reconstructed as dynamic scrap-metal dioramas where athletes are forged from [{argument name="metal materials" default="rusted gears, bicycle chains, or sheet metal"}], motion trails rendered in [{argument name="trail materials" default="spray-painted stencils or wire mesh"}], and stadium energy implied by [scattered ticket stubs or crushed aluminum]. Each scene channels the moment’s intensity — triumph, heartbreak, or shock — through metal tension and composition flow. Style: high-contrast monochrome, dramatic side lighting, gritty industrial texture. Output: One image, 3x2 grid

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.

{ "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" ] }

"Explain {argument name="task" default="XX"} in {argument name="number of steps" default="3"} steps for beginners"

A detailed watercolor-style map of {argument name="country name" default="COUNTRY"} on lightly textured paper, soft flowing washes in distinct harmonious colors for each first-level administrative division, all federal states, provinces or regions accurately separated by clear borders and labeled directly inside their areas in neat blue ballpoint-pen handwriting, educational and infographic-friendly, clean composition, high legibility, subtle paper grain, gentle shading, refined illustrative finish, balanced negative space, no cities, no roads, no flags, no logos, no watermark, bright clean background