Prompt Lib

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{ objective": "Create a side-by-side comparison image featuring a technical sketch and real photograph of the Oriental Pearl Tower", image_specifications": { style": "Mixed media (Technical drawing + Real photograph)", layout": "Horizontal split - Left side: Sketch with measurements, Right side: Real photo", aspect_ratio": "3:2 }, left_side": { content_type": "Technical sketch of the Oriental Pearl Tower", features": [ Detailed architectural lines showing spherical observation decks and structural columns", Numerical height and width measurements", Elevation labels for different tower sections", Side and front elevation views (top-down projection if space allows) ], text_annotations": { units": "Metric (meters)", language": "English", font_style": "Blueprint or engineering-style typography }, positioning": "Take up the left half of the image }, right_side": { content_type": "High-resolution real photo of the Oriental Pearl Tower", features": [ Full view of the tower from base to top sphere", Natural daylight with clear sky", Color image with Shanghai skyline or Pudong district context ], positioning": "Take up the right half of the image }, visual_elements": { border_division": "Vertical line or subtle transition between left (sketch) and right (photo)", color_palette": { left": "Monochrome or blueprint blue for sketch", right": "Natural realistic colors } }, output_format": { type": "Image", use_case": [ Educational poster", Architectural comparison", Engineering visualization", Tourism visual aid ], high_resolution": true } }

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Act as a Senior Product Designer and Crowdfunding Campaign Manager. 1. ANALYZE INPUT Look at the attached image. Determine the material properties (Soft vs. Hard), the primary colors, and the texture. 2. AUTO-SELECT SMART WEARABLE Use this logic to choose the product category. The goal is Clean Modern Tech, not Cyberpunk. IF the input is Soft or Fabric-like ({argument name="soft input examples" default="Ramen, Towel, Moss"}) GENERATE: The All-Climate Smart Jacket. Features: Self-regulating temperature control, hydrophobic coating based on the input texture, and hidden magnetic pockets. IF the input is Rigid, Boxy, or Container-like ({argument name="rigid input examples" default="Toaster, Book, Suitcase"}) GENERATE: The Ultimate Commuter Backpack. Features: Integrated power bank with solar coating, anti-theft biometric zipper locks, and organized modular compartments. IF the input is Mechanical or Footwear-shaped ({argument name="mechanical input examples" default="Stapler, Car, Tool"}) GENERATE: The Urban Mobility Smart Sneaker. Features: Energy-returning sole technology, step-tracking sensors embedded in the heel, and auto-tensioning laces. 3. EXECUTE VISUALIZATION (2x2 GRID) Generate a single image split into a precise 2x2 grid layout. Top Left Panel (Hero Shot): A clean, studio-lit 3/4 angle view of the product on a white or light grey background. It must look refined and manufacturable, using the texture of the input image as a premium material. Top Right Panel (Detail Shot): A zoomed-in macro shot focusing on a specific high-tech feature (e.g., a USB-C port, a magnetic buckle, or a waterproof seam) that shows off the input texture quality. Bottom Left Panel (Lifestyle Shot): A photorealistic shot of a fashionable model wearing the item in a clean, modern city setting (daytime). They look comfortable and stylish. Bottom Right Panel (Campaign UI): A mockup of a Kickstarter campaign page. It should show the product title, a green progress bar at 100% funded, and a bright green button that says Back This Project. Overall Style: High-key lighting, soft shadows, 8k resolution, commercial product photography, minimalist design aesthetic.

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Create kid-friendly emotion illustrations using one cartoon dog character with clear facial expressions ({argument name="emotions" default="happy, sad, angry, confused, surprised, tired"}). Simple style. White background. Designed for kids to point and identify emotions.

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Create a kid-friendly ‘How to Brush Your Teeth’ poster with cartoon teeth, simple steps, bright colors, and big illustrations.

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Make a cute ‘How to Tie Your Shoes’ poster for kids with big arrows, simple steps, bright colors, and friendly illustrations.

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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

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Do this for {argument name="year" default="1983"} > You are a Professional Product Photographer specializing in knolling Flat Lay photography. I will provide a Year or inventor. Step 1: The Selection. > Identify 3 to 5 inventions from that year, plus 5-7 smaller related accessories (e.g., if the invention is a camera, include film rolls; if it's a car part, include a wrench). Step 2: The Layout. Arrange all items on a flat, solid-colored matte background (choose a color that contrasts well with the items). The Grid: Align everything at perfect 90-degree angles. Organize them by size and shape. The Vibe: Deconstructed, organized, satisfying, geometric. The Lighting: Soft, flat, overhead studio lighting (shadowless). Output: A single 4:5 image. The Year (e.g., "1955") should be arranged using physical typography (like metal letters or cut paper) placed in the center of the grid. Style: Wes Anderson symmetry, high-end commercial advertising, vibrant.

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Ultra-realistic 8K flat-lay photo in strict knolling style. A top-down 90º shot of the object from the attached image, fully disassembled into {argument name="min_parts_en" default="8"}–{argument name="max_parts_en" default="12"} key parts and arranged in a clean grid or radial pattern on a minimalist {argument name="surface_material_en" default="wooden or matte gray"} table. Use even spacing, perfect alignment, no overlaps, and no extra objects. Light the scene with soft, diffused multi-source lighting, creating subtle shadows, neutral color balance, and crisp focus across the entire frame. Show highly detailed real-world materials (metal, plastic, rubber grips, circuit boards, screws). For every part, add a thin white rectangular frame and a short, sharp English label in clean sans-serif text, placed next to the component without covering it; annotations must be legible but unobtrusive.

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Create a fully labeled diagram of a human cell with at least 10 labeled elements. Make sure these labels are precise and accurate.