AI Prompt Library

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

"Convert messy notes into a structured, photorealistic whiteboard"

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.

Create a vibrant 3D illustrated travel infographic map of *{argument name="country" default="Italy"}* titled “{argument name="title" default="ITALY: Land of History and Passion."}”Show the Italian peninsula, Sicily, and Sardinia in a bright Mediterranean Sea with sailboats, lush landscapes, Alps, vineyards, and volcanoes. Include miniature landmarks like St. Peter’s Basilica, the Colosseum, Venice canals, Florence Cathedral, Amalfi Coast villages, and Tuscan hills. Label major cities with elegant typography: Milan, Venice, Turin, Bologna, Florence, Rome, Naples, Bari, Lecce, Calabria, Sicily, Sardinia, and Ancona, each with short tourism-style taglines. Add a stylish infographic sidebar with: Population 59M, Language Italian, Currency Euro, Highest Peak Gran Paradiso, National Flower Stella di Betlemme. At the bottom, include cinematic travel scenes: Colosseum sunset, Vespa scooter, Italian pasta, Tuscan countryside, Amalfi Coast, opera house, and glowing city nightlife. Decorate with lemons, olive branches, and red poppies. Style: ultra-detailed, cinematic lighting, luxury travel poster, fantasy cartography, colorful editorial illustration, miniature-map aesthetic, premium 8k quality.

"semi-transparent 3D wireframe grid overlay in {argument name="grid color 1" default="blue"} horizontal lines and {argument name="grid color 2" default="red"} vertical lines to show volume, like a digital modeling sketch." + "photo faded to 50% opacity for emphasis on the grid" + "show only the grid, white bg"

"Could this object be built? Make an image showing how to answer this problem."

Vintage 1920s laboratory blueprint illustration of a giant {argument name="subject" default="strawberry shortcake"} styled as technical scientific diagram on {argument name="paper type" default="aged tea-stained parchment"}. Central dessert with precise callouts: “Aerated Dairy Matrix”, “Granulated Sucrose Dusting”, “Moisture Absorbency Graph”, “Flavor Profile Hexagon”, “Texture Hardness Scale”. Ornate Victorian borders, technical sketches of beakers and thermometers, “Registered No. 1923” stamp. Retro-futurism Da Vinci meets old-school soda shop menu aesthetic, high detail on layers and textures.

Generate an infographic for the following content in the style of {argument name="style" default="Ukiyo-e"} + {argument name="character" default="Teacup Head"}

Pop Art style plush beverage can product photography, highlighting Nano Banana Pro's commercial-grade rendering techniques for texture and color saturation Origami style portrait sculpture, Nano Banana Pro achieves precise color matching and hyper-realistic rendering of actual paper texture Country name food-filled layout illustration, Nano Banana Pro highlights the texture of traditional ingredients and artistic editing style applications Renaissance style anatomical study diagram, Nano Banana Pro generates detailed layering and Latin labels for educational illustration techniques Architectural heritage survey board design, Nano Banana Pro integrates technical drawings and photos for mixed-style display applications Lego landmark diorama, Nano Banana Pro prompt achieves cute 3D rendering and diverse architectural styles Cinematic portrait framing and dramatic lighting, Nano Banana Pro creates atmospheric depth and film grain effects High-end brand souvenir prompt details, Nano Banana Pro's creative technique for reconstructing everyday objects into luxury art pieces Cosmetic spray product photography, Nano Banana Pro emphasizes realistic materials and botanical elements for e-commerce style applications Celebrity plush toy design, Nano Banana Pro achieves friendly cartoon textures and fun scene arrangement applications Multi-module style illustration fusion, Nano Banana Pro's transformation technique and vibrant expression from cartoon to anime Chocolate coffee exploded infographic, Nano Banana Pro highlights layered textures and high-end lifestyle style AI makeup replication guide, Nano Banana Pro analyzes and applies fine makeup details for instructional prompt techniques Pop art theme rendering, Nano Banana Pro uses a limited color palette to create dynamic and eye-catching composition styles Tsundere expression reality editing, Nano Banana Pro uses narrative anchors to achieve emotional intensity and identity locking applications Cartoon and reality split portrait, Nano Banana Pro's mixed-style technique for seamless transition of texture and detail Color illustration style matrix, Nano Banana Pro's modular library for generating multiple animated variations from photos Coffee ingredient dynamic exploded view, Nano Banana Pro combines motion prompts to achieve smooth separation and realistic texture High-end brand souvenir reconstruction, Nano Banana Pro's surprising design style with diverse categories and luxurious materials Celestial dream theme portrait, Nano Banana Pro's surreal technique with glowing edges and a dreamy color palette

# Instructions Refer to the attached image and create an illustration of a "Character Relationship Chart" based on the following requirements. # Production Style - A warm, hand-drawn BD anime illustration style, similar to the image. - White background. - Characters should be drawn and placed inside circular icons. # Character Settings *List the order and characteristics corresponding to the uploaded images. [Character A] - Name: {argument name="Character A Name" default="Tsuno-chan"} - Role: {argument name="Character A Role" default="Half-vampire"} [Character B] - Name: {argument name="Character B Name" default="Shiori-chan"} - Role: {argument name="Character B Role" default="Loves new things"} [Character C] - Name: {argument name="Character C Name" default="Kumao-kun"} - Role: {argument name="Character C Role" default="Always sleepy"} [Character D] - Name: {argument name="Character D Name" default="Donut"} - Role: {argument name="Character D Role" default="Donut"} (*Add more characters here if necessary) # Specific Relationship List from [A] to [B] : {argument name="Relationship A to B" default="Snack provider"} from [A] to [C] : {argument name="Relationship A to C" default="Minion No. 1"} from [A] to [D] : {argument name="Relationship A to D" default="Supreme item"} from [B] to [A] : {argument name="Relationship B to A" default="Love!"} from [B] to [D] : {argument name="Relationship B to D" default="Rival?"} from [C] to [A] : {argument name="Relationship C to A" default="Don't want to get involved"} from [C] to [B] : {argument name="Relationship C to B" default="Pitiful"} from [C] to [D] : {argument name="Relationship C to D" default="It's a donut..."} (*Add more relationships here if necessary) # Relationship and Arrow Rules (Important) Connect characters with arrows and strictly adhere to the following color-coding rules: - Positive relationships (like, admiration, cooperation, etc.) - Color: Red - Atmosphere: Warm colors, may include hearts or sparkles. - Negative relationships (dislike, hostility, nuisance, etc.) - Color: Blue - Atmosphere: Cold colors, may include jagged lines or cold sweat. # Output Notes - Arrange the layout in a balanced circular or hierarchical manner, even if the number of characters increases. - Write the name and role below each character icon. - Place the relationship description text near the arrow. - If a relationship is not set, the arrow and text are unnecessary. - Aspect ratio: 16:9

a detailed layout of {argument name="subject" default="various beetles and insects"} created in a {argument name="style" default="soft pastel chalk art style"}, with subtle chalk dust and textured paper grain visible. Harmonious, gently blended colors on a {argument name="background" default="lime-green background"}, arranged in a precise knolling style grid of hand-drawn beetles and insects, with one large, intricately rendered beetle in the center acting as the focal point, high-resolution illustration, clean negative space, top-down view.

A 2x2 grid of 4 monumental mathematical symbols carved as colossal terrain typography in an arid landscape [Top Left: “∫” as a canyon-cut arch in sandstone, a thin aqueduct stream following the curve, tiny caravans casting long shadows] [Top Right: “Σ” as a stepped fortress carved into a mesa, sharp terraces, windblown sand pooling in corners, micro equations chiseled in] [Bottom Left: “π” as massive stone pylons connected by a lintel bridge, ruined blocks scattered like proof fragments] [Bottom Right: Penrose Triangle as impossible ruins half-buried, forced perspective illusion, harsh sunlight slicing edges] Aerial oblique shot, golden hour desert light, crisp dramatic shadows, photoreal erosion detail, minimal haze, swiss 2x2 grid composition.

Ultra-realistic cinematic food photography of a traditional Indonesian dish, presented as a floating ingredients infographic. The finished dish sits at the bottom in a ceramic bowl on a wooden surface. Above it, key ingredients float in mid-air in a clean vertical layout, each clearly separated and visually balanced. Thin minimalist pointer lines connect ingredients to elegant readable labels. Natural textures, hyper-detailed food surfaces, glossy sauces, steam rising gently, high-speed splash effects frozen in motion. Soft studio lighting mixed with natural daylight, shallow depth of field, premium editorial food poster style, commercial advertising quality, ultra-sharp focus, 8K resolution, realistic shadows, clean background.

An {argument name="type_en" default="infographic"} showing the evolution of programming languages.

{ "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"

"Abstract microscopic view of living coffee crema, delicate glowing tendrils and fractal networks spreading naturally across the dark espresso base, subtle bioluminescent effects in emerald and magenta hues, organic flowing forms with intricate details, surreal biological fantasy, ultra sharp macro photography style, dramatic volumetric lighting, no horror elements, artistic and wondrous atmosphere, 8k quality"

( Deconstructed_Ingredients_{argument name="dish name" default="[DISH_NAME]"} * 1.5 ) + ( Miniature_Plastic_Toy_Chef * 1.2 ) + ( Floating_Frosted_Glass_AR_UI_Panels * 1.5 ) + ( Flavor_Profile_Radar_Charts * 1.0 ) + ( Slate_Serving_Board * 1.0 ) + ( Blurred_Cookbook_Background_{argument name="dish name 2" default="[DISH_NAME]"} * 0.8 ) + ( Pure_White_Studio_Void * 1.0 ) - ( Human_Sized_Chef / 2.0 ) - ( Messy_Plating / 2.0 )

A National Park trail map unfolded on a picnic table, with the wilderness rising into explorable miniature ecosystem. {TRAILHEAD} emerges with {VISITOR_ELEMENT}, the marked paths wind upward through {TERRAIN_1} featuring {WILDLIFE_1}, past {VIEWPOINT_1} with {SCENIC_ELEMENT}, toward {SUMMIT/DESTINATION} with {PAYOFF_VIEW}. {WATER_FEATURE} flows actual water down the topography. {FOREST_TYPE} trees stand at proper scale, {BIRD_SPECIES} perch in branches. Trail markers and signs are legible. Elevation changes create dramatic miniature mountains. {WEATHER_ELEMENT} affects one region while another stays clear. Camping symbols mark actual tiny tent sites with smoke rising. Day hikers frozen mid-stride, wildlife pausing mid-graze. Golden hour backcountry light, wilderness diorama perfection, 8K, the park as you imagined it from the map.

One prompt to explode any product into labeled ingredients in seconds

2x2 grid, 16:9, do this for 4 under rated breakfasts of Southern hemisphere: INPUT = [{argument name="category" default="TOPIC_CATEGORY"} / {argument name="region" default="REGION_SET"} / {argument name="criteria" default="SELECTION_CRITERIA"} / {argument name="mood" default="MOOD"}] MODE = no_hardcoding / inference_only Run REGIONAL_CULTURAL_ATLAS_EXTRACTION: CATEGORY_DNA := infer what type of thing is being compared, how it is used, why it matters, and what makes it visually recognizable REGION_DNA[each] := infer local environment, visual culture, palette, typography attitude, textures, symbols, landscapes, tools, rituals, and social context ITEM_SELECTION[each] := infer one overlooked or representative item that fits TOPIC_CATEGORY + REGION + SELECTION_CRITERIA HERO_VISUAL[each] := infer the best visual treatment: plated food, product close-up, ritual scene, tool layout, garment portrait, object still life, landscape-backed artifact, map-backed diagram, or symbolic vignette COPY_SYSTEM[each] := generate: - large item title - short emotional tagline - origin/location label - 2–4 tiny descriptors - stamp or badge phrase - small contextual note GRAPHIC_SYSTEM := infer torn paper, printed grid, muted color blocks, topographic lines, stamps, borders, halftone, atlas marks, and editorial spacing Render: A premium regional comparison poster where each panel feels locally specific but belongs to one unified cultural theme. Forbidden: hard-coded Southern Hemisphere, fixed breakfasts, fixed foods, fixed countries, fixed beige/red/green palette, fake local facts, random travel-poster clichés.

class Culinary_PopUp_Book: def __init__(self, dish="Köttbullar (Traditional Swedish Meatballs)"): self.base = "Ancient leather-bound cookbook, open on a rustic wooden table" self.scale = "1:87 (HO Scale) Miniature Diorama" def generate_spread(self): # 1. Left Page: The Origin (Nature) origin_biome = "Dense Swedish pine forest with wild lingonberry bushes and misty green pastures for cattle" harvesters = "Miniature foragers picking bright red lingonberries in the woods and traditional farmers tending to dairy cows" # 2. Center Gutter: The Transformation (Cooking) machinery = "Classic Swedish wood stove (vedspis) with a massive, sizzling cast-iron skillet" physics = "Rich buttery steam and savory smoke rising from the glowing embers in the gutter" # 3. Right Page: The Result (Feast) plating = f"A massive, delicious pile of finished {dish} swimming in rich brown cream sauce (gräddsås), alongside buttery mashed potatoes" garnish = "Miniature chefs carefully placing sprigs of fresh dill and dolloping bright lingonberry jam" return [origin_biome, machinery, plating, harvesters, garnish] # EXECUTE RENDER: 8k resolution, tilt-shift photography, warm rustic lighting, cozy Scandinavian aesthetic (Hygge).

{ "objective": "Create a side-by-side comparison image featuring a technical sketch and real photograph of the Great Wall of China", "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 Great Wall of China", "features": [ "Detailed architectural lines showing wall segments, watchtowers, and defensive structures", "Numerical measurements for wall height, width, and tower spacing", "Elevation labels for wall sections and towers", "Side elevation and top-down layout illustrating wall curvature along terrain" ], "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 Great Wall of China", "features": [ "Wide panoramic view of the wall stretching across mountains", "Natural daylight with clear or lightly clouded sky", "Realistic colors with visible stone texture and surrounding landscape" ], "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", "Historical visualization", "Tourism visual aid" ], "high_resolution": true } }

young beautiful woman scientist, 22-25 years old, curly long brown hair, freckles, striking blue eyes, wearing white lab coat over black top, delicate silver necklace, standing in the most advanced futuristic AI laboratory, high-tech glowing servers, holographic displays, blue and neon lights, quantum computers, glass walls, robotic arms, waiting patiently with calm confident expression, ultra-realistic, cinematic lighting, highly detailed, 8k

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.