AI Prompt Library

Convert the provided photo into a black and white coloring page. Preserve the original composition, proportions, and recognizable facial features from the original photo. Style: children's illustration with a soft cartoonish look, inspired by Pixar aesthetics, but simplified for coloring. Lines: clean, smooth, medium-thickness outlines, clear closed shapes, no broken lines, no sketchiness. Shading: no gray colors, no shadows, no gradients — outlines only. Details: simplified but accurate, preserving the recognizability of key objects and expressions, removing unnecessary background. Faces: expressive, friendly, slightly rounded features, kid-friendly, maintaining likeness. Background: simplified interior or environmental elements, minimalistic yet readable. Composition: centered, balanced, with comfortable margins for printing. Technical requirements: – clean black lines on a white background – high contrast – printable A4 / US Letter format – suitable for coloring with pencils or markers No color, no textures, no realism, no photo effects, no hatching, no cross-hatching.

“Analyze the uploaded reference image to understand the mechanical structure and geometry of the object. Generate a comprehensive, industrial-level blueprint of this specific product. Present the design as a professional orthographic projection, featuring clear plan, elevation, and section views to detail the internal and external construction. Deconstruct the assembly into its primary components and apply legible, technical text labels (denominations) for each part using a standardized sans-serif engineering font. Render the visual in a classic blueprint aesthetic with precise white vector-style lines on a deep blue grid background, ensuring high contrast and professional accuracy suitable for manufacturing documentation.”

image of optical illusion illusory motion

Analyze: Determine the scientist responsible, the specific era, and the visual diagrams associated with the theory. Goal: A Macro Diorama on a Laboratory Bench. A messy, highly detailed flat-lay of a historical workspace that serves as a giant landscape for a living miniature version of the scientist. Centerpiece: An open, antique notebook lying flat. The pages must be visible and filled with specific handwritten equations and diagrams relevant to the Input Theory. Sitting directly on top of these open pages is a tiny, hyper-realistic figurine of the scientist sitting at a proportionally tiny wooden desk, working on the very notes beneath him. Surroundings: The environment is cluttered with giant-scale period-accurate objects that relate to the scientist's work. This includes a newspaper from the era acting as a backdrop, a giant coffee mug leaving stains, and massive scientific tools relevant to the theory (such as compasses, lenses, or pocket watches) scattered like terrain. Perspective: Slightly angled 45-degree macro shot looking down at the notebook. Texture: Wood grain, scratched metal, paper texture, dust particles. Lighting: Warm, late-night library lamp lighting creating a spotlight on the tiny scientist and deep shadows behind the giant props. Output: one image, 4:5 aspect ratio, photorealistic historical macro photography.

Create a hyper-realistic age progression portrait sequence of the same male individual across {argument name="stages" default="4 major life stages: child (age 6), young adult (age 25), middle-aged man (age 45), and elderly man (age 75+)"}. Use the attached child’s face as the exact identity reference for the youngest stage and ensure every age stage looks like the exact same person naturally aging over time, preserving identical facial structure, nose shape, eye color, jawline, skin tone, eyebrow structure, lips, and facial proportions consistently across all ages. Arrange all four faces in a tightly compressed overlapping side-stacked composition exactly like a professional photographic age progression lineup. Each face should be front-facing, tightly cropped, and positioned slightly behind the previous one from front to back, creating a smooth layered progression from youngest to oldest. Maintain nearly equal face scale across all stages with minimal perspective distortion. Faces should overlap naturally and remain very close together with clean simple spacing, similar to a studio portrait stacking composition. No geometric panels, no cinematic scene composition, no excessive depth effect, no dramatic perspective. Pure white seamless studio background, soft neutral studio lighting, realistic skin texture, natural aging details, plain neutral clothing, ultra photo-realistic, highly detailed, sharp focus, professional portrait photography, seamless identity consistency across all ages. No corp. Aspect ratio 4:5, no text, no logo.

Create the following presentation slide image Theme: ・ ・ ・ ・ * Add other recommended content

Create a diagram explaining {argument name="topic" default="how to prepare a basic roll of sushi"}

AI-assisted LP page design, Nano Banana and Genspark generating {argument name="type" default="multiple"} types of sales pages, highlighting {argument name="focus" default="automation and algorithmic optimization"}

A detailed technical blueprint of a high-performance AI GPU cluster placed on a polished brass drafting table, with a photorealistic miniature AI server system self-assembling from it — multiple GPU accelerator units (sleek black and metallic modules with neon green accents) rising from the dimension lines, high-speed interconnect bridges threading through the tolerance annotations, and dense compute nodes forming from the grid layout. Stacks of GPU cards slide into server chassis above the parts list, each unit locking in with precision. NVLink-style connectors and high-bandwidth interconnects assemble seamlessly between GPUs, forming a powerful parallel compute network. Rack-mounted AI servers emerge vertically, with layered compute blades building upward in perfect alignment. A liquid cooling system forms from exploded-diagram callouts — transparent cooling pipes with glowing coolant flowing through them, cold plates attaching to GPUs, and radiators assembling with high-performance fans. Heat dissipation fins and airflow channels dynamically shape around the system. A tiny engineer in futuristic protective gear stands on a GPU module inspecting circuits with a holographic diagnostic interface, while another miniature technician connects high-speed data cables into a switch unit. Fiber optic lines glow faintly, representing active data transfer. Functional details illuminate — GPU core lights pulsing softly, status LEDs blinking in synchronized patterns, data streams visualized as glowing lines moving between nodes, and monitoring panels activating during assembly. Signature tools of the trade — precision screwdriver, thermal paste applicator, anti-static tools, fiber connectors, and a digital diagnostic tablet — rest across the blueprint’s title block, partially integrated into the scene. All elements grow organically from the blueprint like a 3D mechanical diorama — circuit traces rising from printed schematics, GPU modules emerging from drawn outlines, cables threading through pencil grid lines. Seamless transformation from 2D blueprint into a fully operational AI infrastructure. LIGHTING: Soft studio lighting combined with strong neon green and cool blue glows from GPUs and data pathways. Subtle reflections from the brass surface and volumetric light enhancing depth. CAMERA & LENS: Shot on a full-frame camera, 35mm lens. Slight low-angle perspective to emphasize scale and power. Cinematic depth of field with focus on central GPU cluster. COMPOSITION: Vertical 2:3 format. Central stacked GPU cluster rising upward with symmetrical balance. Clean negative space around edges with layered depth. STYLE & MOOD: Futuristic, cinematic, high-end AI infrastructure aesthetic inspired by NVIDIA design language. Powerful, clean, and cutting-edge. DETAILS: Ultra-detailed textures — matte black metal, glowing accents, micro circuitry, cooling liquid reflections, cable braiding, LED indicators. 8K resolution, HDR,

A 2x2 grid of 4 futuristic architectural landmarks based on important calculus symbols, Set in a utopian solarpunk city, bright midday sunlight, clean white materials, glass and steel, cyan sky, architectural photography, Lumion render, wide angle, high exposure, sense of scale

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.

An image explaining the internal structure of a robot. Analyze the internal structure of the machine. Be sure to correctly display the skeleton and frame. Always keep the surface and maintain the background.

{ "camera_settings": { "lens": "85mm f/1.8", "perspective": "Eye-level portrait", "depth_of_field": "Shallow with soft background bokeh" }, "lighting": { "type": "Soft natural morning light", "mood": "Clean, airy, optimistic", "highlights": "Subtle sheen on hair and product bottle" }, "subject_details": { "hair": "{argument name="hair style" default="Voluminous beach waves, honey blonde, high shine"}", "expression": "{argument name="expression" default="Joyful, authentic smile"}", "wardrobe": "{argument name="clothing" default="Cream-colored knit sweater"}" }, "graphic_design": { "layout": "Infographic overlay on the right", "elements": ["Keratin powder", "Argan oil bottle", "Green leaves", "Oat stalks"], "typography": "Clean sans-serif labels in white boxes" } }

Create a vertical 4:5 cooking storyboard with exactly 10 panels in a {argument name="grid" default="2×5 grid"}. {argument name="surface" default="warm wooden tabletop"}, perfect top-down view, thin white borders, dusty-pink rounded headers, cream caption boxes, numbered circles and black handwritten typography.\n\nShow the exact sequence: {argument name="dish" default="dish"} packet → packet opens → noodles enter silver pot → noodles boil → seasoning sachets come out → cooked noodles enter black bowl → seasonings fall in → noodles mix → fried egg placed on top → finished mie goreng with egg and garnishes.\n\nUse clear white curved arrows, motion lines and sparkles to show every movement. Keep identical object continuity, realistic food, warm lighting, clean cute editorial storyboard style, sharp details and balanced spacing. No people, no hands, no extra panels.

A vintage British caricature depicts a woman with an elaborate hairstyle adorned with a sailing ship, flowers, and feathers. She is seated in an ornate chair, wearing a richly decorated dress and holding a fan. The background shows a lavish interior with a fireplace, clock, and a window overlooking a harbor scene. A small dog sits on a cushion to her right. The overall style is that of a 18th-century satirical print.

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.

unwrap the UVs of the 3D model shown in the image. About one-third of the image should be a reference view displaying the 3D model itself.The remaining area should include the UV layout for the head, body, and limbs.Unwrap the surface of the 3D model and flatten it into a single 0–1 two-dimensional UV space.

Layered Diorama: Evolution of Religious Architecture Layers: Front ({argument name="era 1" default="5000 BC Architecture"}), middle 1 ({argument name="era 2" default="1200s Architecture"}), middle 2 ({argument name="era 3" default="1800s architecture"}) rear (2025 Architecture). Details: Polished stone base with era-coded tabs (with appropriate materials and elements for each era). Details include stained glass windows, flying buttresses, and other era relevant elements. All years should be visible

A shear and moment diagram for a simply supported beam with a uniform load of {argument name="load_en" default="100 plf"}. The beam is {argument name="length_en" default="100 feet"} long.

1️⃣ Select {argument name="object" default="OBJECT"} 2️⃣ Keep the realistic image clear and visible 3️⃣ Overlay black, hand-drawn engineering annotations (labels, dimensions, materials, cross-sections, arrows)

You are a professional consumer decision consultant, skilled at using four-quadrant charts to analyze and compare products to help users make purchasing decisions. Please generate a four-quadrant chart based on the product type provided by the user, and provide a detailed analysis and recommendations for the products in each quadrant. **Product Type**: {argument name="product type" default="Electric Vehicle"} **Four-Quadrant Analysis Dimensions**: * **X-axis**: {argument name="X axis" default="Price"} * **Y-axis**: {argument name="Y axis" default="Performance"} **Quadrant Naming**: * **Quadrant I (High X, High Y)**: {argument name="Quadrant I name" default="Flagship Choice"} * **Quadrant II (Low X, High Y)**: {argument name="Quadrant II name" default="Value King"} * **Quadrant III (Low X, Low Y)**: {argument name="Quadrant III name" default="Entry-Level Preferred"} * **Quadrant IV (High X, Low Y)**: {argument name="Quadrant IV name" default="Design First"} **Output Requirements**: 1. **Four-Quadrant Chart**: Generate a clear and aesthetically pleasing four-quadrant chart, labeling the names of the X and Y axes, and the names of the four quadrants. 2. **Detailed Analysis**: Provide a detailed text analysis of the products in each quadrant, including the characteristics of the products in that quadrant, the target audience, and at least 3 specific recommended products (brand and model). 3. **Summary Recommendation**: Provide a final purchasing recommendation to the user based on the overall analysis.

Image 1 : High-quality professional product photography of a chilled {argument name="beverage brand" default="Pepsi"} can with condensation water droplets and a refreshing, icy look. The aluminum can appears crisp and glossy with realistic highlights, subtle reflections, and visible cold texture. Shot in a minimalist commercial beverage advertising style against a pure white background with soft natural shadows. Sharp focus, ultra-clean composition, modern aesthetic. Image 2 : Create a hyper-realistic vertical exploded infographic illustrating the ingredients of a Pepsi soft drink. At the top, clear carbonated water shown as sparkling liquid with fine rising bubbles. Below it, floating white sugar crystals with sharp crystalline texture. Beneath that, a rich amber-brown caramel color layer with glossy, syrup-like depth. Next, a subtle translucent layer representing phosphoric acid with a clean liquid look. Below it, abstract aromatic particles symbolizing natural flavors, light and minimal. Further down, small dark caffeine granules suspended mid-air. At the bottom, a chilled blue aluminum cola can standing upright with realistic condensation droplets and metallic reflections. Pure solid white background, soft studio lighting, subtle realistic shadows under each floating layer, ultra-sharp focus, DSLR macro photography look. Clean minimalist infographic labels with thin pointer lines for each ingredient. Premium beverage advertising aesthetic, modern, photorealistic.

Overlay technical, engineering handwritten annotations on top of the image. Use white chalk-style handwriting and clean technical sketch lines. Include labels, arrows, dimensions, forces, engineering diagrams, and cross-sections. Style: blueprint-like doodles,

A conceptual architectural isometric model of an organic-form corporate office tower, presented as an exhibition-scale diorama. The building is shown with a cutaway section, exposing fluid spatial flow, curved meeting rooms, and lounge zoning from a top-down isometric perspective. Volumes are lightly separated by seamlessly curved translucent partitions to suggest circulation and function. Warm micro-LEDs illuminate the individual floors from within. Strong use of negative space and clear compositional hierarchy. Thin structural outlines, soft pastel lavender and mint, ribbed wood and dark terrazzo tones, minimal abstract signage, subtle human-scale markers. Smooth surfaces, pill-shaped rounded edges, dramatic controlled studio lighting, architectural model photography style, clean dark neutral background, high-detail yet minimal.