Prompt Lib

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A hyper-realistic, high-resolution portrait infographic based on (your photo). Keep the same person, identity, hairstyle, clothing and natural skin tone from (your photo), with a neutral studio background.Overlay a subtle, semi-transparent facial analysis grid on the entire face, very 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 wrinkles2. Skin texture and elasticity3. Facial volume and sagging4. Eye area aging signs5. Skin tone and pigmentationFor 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: {argument name="estimated age" default="(random number based on face analysis )"}”Overall style: futuristic AI-guided skincare analysis, minimalistic, premium editorial lighting, no gender mentioned, suitable for any human face.

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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.

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<instructions> Concept: A timeline of gaming history emerging from physical consoles. Input: [{argument name="Game Franchise" default="Resident Evil"}] (e.g., Mario, Zelda, Final Fantasy) System Instruction: Act as a Gaming Historian. Create a 2x2 Grid of "Console Architecture. Evolution Logic: Select 4 eras of the franchise (8-bit, 64-bit, HD, VR). The Container: The base is the Physical Console/Controller of that era (e.g., NES Controller, N64 Console, Disc Drive). The Glitch: The game world "glitches" out of the cartridge slot or disc tray, turning into physical voxels or polygons. Panel 1 (8-Bit): The world is made of Lego-like plastic blocks. Panel 2 (Poly): The world is made of Sharp, low-poly folded paper. Panel 3 (HD): The world is Photorealistic Resin. The HUD: Holographic UI elements (Health bars, Ammo) float physically above the scene. Label: The front of the console features the Game Logo in chrome. </instructions>

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Throw that explanation directly into Nanobanana Pro and have it create diagrammatic materials

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Feed source code and generate with Nano Banana Pro

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I want to know the flow of GE's financial business from entry to withdrawal” → “Summarize it for a 4-panel manga” → 4-panel output instruction

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Comparison of the front and back of a mounted specimen of a male {argument name="butterfly species" default="Atrophaneura alcinous"} spring form. The information in this illustration shows that the structural color on the left and the {argument name="color" default="matte brown"} on the right are the same butterfly. When you write 'iridescent' to the AI, everything shines. The job of the prompt is to specify 'this part shines, this part does not shine'.

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Role Setting: You are an AI prompt engineer proficient in food photography and visual design. Task: Please analyze the food image I uploaded, identify the dish name, main ingredients, cooking logic, and approximate calories. Output: Please strictly follow the following [General Prompt Template] format, fill in the specific content analyzed, and generate a prompt for AI painting. [General Prompt Template] Ultra-clean, modern style recipe infographic. Display the {argument name="dish name" default="[Fill in the analyzed dish name here]"} in a highly attractive finished form, with a slight floating effect, using a perspective or tilted view. Arrange the ingredients, steps, and tips around the main dish in a dynamic, editorial layout, not limited to a top-down view. Core Instruction (Language): All text, labels, and step descriptions in the image must strictly use "Simplified Chinese. 1. Ingredient Area: Pair each ingredient ({argument name="main ingredients list" default="[Fill in the analyzed list of 5-8 main ingredients here]"}) with an icon or mini illustration, and label the quantity in Chinese. Arrange them in groups, lists, or circular flow lines, connected to the main dish via visual lines. 2. Step Area: Use numbered panels (1, 2, 3...), arrows, or lines to display the production process ({argument name="key cooking steps" default="[Fill in the inferred 3-4 key cooking steps here]"}), forming a clear logical flow around the main dish. 3. Supplementary Information (Optional): Label in Chinese: Total calories ([Estimated calories]), preparation time ([Estimated time]), cooking time ([Estimated time]), serving size, spiciness, etc., presented in simple bubbles or badge forms near the main dish. 4. Visual Style: Editorial infographic combined with lifestyle food photography. Food colors are bright and natural, paired with slight shadows, clean vector icons, and modern sans-serif fonts (Chinese HeiTi style). Step panels can use soft gradients or glass-morphism effects. Accent colors are used to highlight key information. 5. Composition Guide: The finished dish serves as the visual core, using perspective or a tilted angle; Ingredients and steps flow dynamically around the main dish; Clear hierarchy: Main dish > Steps > Ingredients > Optional data; Maintain sufficient white space for an overall light and readable feel. 6. Lighting and Background: Soft, natural studio lighting, minimalist texture or gradient background, creating a high-end editorial look. 7. Output Specifications: 1080×1080, ultra-sharp, suitable for social media display, no watermark.

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Please create a graphic record (grareco) about the art songs of the French composer {argument name="composer name" default="Debussy"} under the following conditions: ・A portrait of {argument name="composer name" default="Debussy"} in the center ・Composed works arranged chronologically ・Information about the places he lived, and the friends, lovers, and wives he met