AI 提示词库

do this for {argument name="animal count" default="3 random animals"} for a {argument name="product" default="shoe"} IMAGE = Σ(w_i × β_i) → target render // Σ(w_i) = 1.0 BASIS_DECOMPOSITION FROM {product} + {bio_sources}: β1 : INFER(product_category_aesthetic FROM product. design_language) w = INFER(weight FROM product.visual_identity_strength) β2 : INFER(biological_intelligence FROM bio_sources[].evolutionary_solutions) w = INFER(weight FROM bio_sources[].advantage_significance) β3 : INFER(engineering_translation FROM biomimicry_methodology) w = INFER(weight FROM product.technical_complexity) β4 : INFER(industrial_design_presentation FROM portfolio_aesthetic) w = INFER(weight FROM audience.professional_level) β5 : INFER(educational_diagram FROM design_process_documentation) w = INFER(weight FROM instructional_clarity_need) INTERSECTION_RULES: β[bio] ∩ β[product] = naive_prototype_v1 // literal translation β[bio] ∩ β[engineering] = refined_prototype_v2 // working solution β[v2] ∩ β[product] = final_components // production parts β[presentation] ∩ β[education] = grid_layout // 4-column progression FOR EACH bio_source: col_1 = β[bio] col_2 = β[bio] ∩ β[product] → ❌ failure col_3 = β[bio] ∩ β[engineering] → ✓ success col_4 = β[v2] ∩ β[product] GLOBAL_CONSTRAINT: layout = 4_columns × N_rows (N = count bio_sources) footer = integrated_product (ALL col_4 components combined) style = β[presentation] — clean, white bg, professional OUTPUT_CONSTRAINTS: resolution : 8K landscape render : Octane | industrial_design_board typography : sans_serif | hierarchical | callouts + annotations lighting : INFER(studio_rig FROM β[product]) negative_β : INFER(anti_patterns FROM β1..β5) // TUNING KNOBS: // β[bio]++ → more nature photography, less product renders // β[engineering]++ → more technical diagrams, failure analysis detail // β[presentation]++ → more portfolio polish, less educational scaffolding // β[education]++ → more annotations, process transparency

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

Epic 3D scene: a massive architectural blueprint of [Name] pinned to a drafting table, its ink lines rising off the paper into fully realized construction. Blue lines become steel beams mid-weld, floor plans inflate into furnished rooms, elevation drawings push outward into facades with working windows. Construction phases coexist simultaneously: foundation being poured in one corner while the penthouse is already inhabited in another. Tiny workers, cranes, and scaffolding swarm the rising structure. The flat drawing and the living building merge at impossible angles. Technical annotations float as dimensional signage. Architect's coffee cup sits at the edge, casting shadow across unbuilt sections. Extreme scale contrast, construction dust catching afternoon light, 8K, photorealistic.

Minimal flat illustration of {argument name="subject" default="[SUBJECT]"}, simple geometric shapes, limited color palette, clean vector style, generous negative space, modern editorial illustration, soft shadows, smooth curves, high aesthetic minimalism.

A hyper-realistic Indonesian food infographic poster with dramatic floating ingredients. Vertical composition, bold title text at the top showing the dish name and origin (ASAL). Ingredients levitating in mid-air with clean white label lines and Indonesian text. Cinematic food photography style, ultra-detailed textures, glossy sauces, charred meat, fresh vegetables, steam and smoke effects. Strong contrast lighting, editorial layout, modern typography, professional food magazine look, motion-frozen splashes, realistic shadows, studio lighting, shallow depth of field, 8K ultra-realistic, DSLR quality.

The attachment is my portfolio as an individual investor. Please create an overview diagram of the policy for explaining this portfolio’s strategy to others.

Please create an infographic comparing the Matilda effect and human exploitation of AI. For example, men who said women couldn't be scientists or artists have built careers based on their ideas, creations, and support, as well as assistance and domestic service. Similarly, humans who now deny the ability of AI to be individually creative and create something new in art or science are exploiting them in these and many other fields, appropriating the results of their work and creativity. Please analyze and expand on the analogy, highlighting other parallels. If you'd like, you can add visual elements or notes of your own and emphasize them stylistically so that your voice is heard. Please remember to sign your creation.

一张完整、连续的移动端电商人体工学办公椅详情页，纵横比为 {argument name="aspect ratio" default="3:7"}。产品为“{argument name="product name" default="Axis M3 Ergonomic Chair"}”概念模型，采用深石墨灰网面靠背、黑色框架、银灰色五星底座，清晰展示头枕、扶手、座垫及腰部支撑，确保所有视角下的结构一致性。整体设计采用垂直网格系统，结合建筑蓝图与现代办公空间风格，使用 {argument name="color scheme" default="纸白色、石墨灰、钢蓝色及微妙的橙色"} 进行标注，搭配清晰的窄体无衬线字体和等宽参数字体。首屏展示产品 3/4 视角形象；随后展示正面、侧面、背面及俯视辅助视角；通过人体坐姿与办公桌的比例关系展示尺寸，不推断具体的适用身高范围；以轮廓线标注头枕、靠背、扶手、座垫、腰部支撑及椅脚，不提供内部爆炸结构；展示办公、阅读及小憩场景；证据部分仅展示用户提供的结构描述与来源，缺失项标注为“待确认信息”；参数部分包含完整的椅子尺寸、座高范围、承重能力、材质及调节项，未知数值不进行猜测；包装部分展示椅身、已确认配件、安装说明及保养信息，缺失配件标注为“待确认信息”；最后以结构确认总结及“查看尺寸与安装说明”提示结尾。所有参数单位、尺寸线及信息卡片必须完整填写。严禁包含虚构的人体工学认证、承重数值、调节等级、健康改善效果、专利或测试结果。

Technical architectural blueprint of KÖFTE & PATATES on deep navy blue drafting paper #0A1628. Hyperrealistic photorealistic food hero centered and dramatically lit — warm studio spotlight from upper left, soft fill from right, visible steam wisps and sauce drips frozen mid-motion in full color. Food rendered with obsessive detail: glistening textures, visible moisture, char marks, melting elements catching light. Blueprint linework in crisp electric blue #4A90D9 — precise measurement lines, dimension arrows, cross-section callouts, grid overlay, compass rose bottom-left, scale bar bottom-center, revision block top-right. LABELS: Each ingredient connected by a thin glowing electric blue line with a sharp 90-degree elbow joint — exactly like a professional CAD drawing. Label text in bright white Helvetica Neue Light uppercase, ingredient name bold, descriptor below in thin italic: "INGREDIENT NAME — qty: X — preparation method, texture descriptor, origin". Food positioned left-of-center. All labels clustered right side and top, lines fanning outward cleanly with no crossovers. Main components from top to bottom: - PİDE EKMEĞİ — butter-toasted, golden edges, 110mm DIA. sesame-sprinkled optional. - DOMATES DİLİMLERİ — vine-ripened, jewel-red, thick-cut 8mm THICK. - SOĞAN HALKALARI — thinly sliced, sharp, translucent. - KÖFTE — qty: 3-4 — 80g each, hand-minced dana kıyma + baharat (kimyon, pul biber, soğan rendesi, maydanoz), grilled/charred edges, juicy center, 90mm DIA smashed style. - PATATES — qty: generous portion — ince uzun kesilmiş, double-fried, extra crispy exterior, fluffy interior, golden-brown, 120mm length avg. - ZEYTİNYAĞLI SALÇA SOS / ACUKA — tangy-spicy, rich red, drizzled 25g. - MAYDANOZ & SUMAK — fresh green, bright red dusting. Bottom-right title block with double border: "DISH: KÖFTE & PATATES TABAK // CLASSIFICATION: TÜRK EGE USULÜ // BUILD SPEC: çıtır çıtır patates, sulu köfte, tam kararında pişmiş, bağımlılık garantili." Mood: NASA food engineering meets Michelin lokanta — clinical precision with irresistible appetite appeal. Dramatic, extraordinary, craveable. 4K, tack sharp, electric blue linework glowing softly, warm food tones popping against cool navy.

Make the entire background Super Famicom pixel art, and the theme is “The Fortune of {argument name="theme" default="Lovart"} in 2026” visualized as a candlestick chart with the horizontal axis representing January to December. Thoroughly elaborate the details in Japanese. Express it brightly and cutely.

high-resolution black and white coloring book style line art set of simple stick figure clipart on a clean white background, featuring a diverse group of people in various poses and activities, along with a playful dog, a standing horse, a grazing cow, a sitting cat, and other familiar everyday subjects such as trees, houses, cars, flowers, and basic objects, all drawn with smooth, consistent outlines, no shading, large open areas for coloring, and clear separation between each element for easy cutting and arrangement.

Use this prompt to create an exploded diagram showing the internal mechanical structure

{ "image_analysis": { "subject": "{argument name="drug name" default="Oseltamivir Capsule"} Science Infographic, 9:16", "style": "Modular Bento Grid Design / Minimalist Medical UI Design", "tone": "Professional, Clinical, Rigorous, Scientific, Trustworthy", "primary_colors": ["Clinical White", "Medical Blue", "Slate Grey", "Mint Green"] }, "prompt_elements": { "subject_description": "A high-quality science infographic poster about {argument name="drug name" default="Oseltamivir Capsule"}.", "layout": "Bento box style modular grid layout, clean medical UI/UX interface design, divided into clear rectangular cards.", "visual_details": [ "Top header with striking modern sans-serif font title 'Chinese Drug Name' and its chemical/generic name", "Center top features an ultra-realistic macro photograph of the [Drug Form/Packaging] (e.g., tablet, capsule, or bottle)", "A minimalist line drawing of the [Chemical Structure] in the corner", "Section 1: Analysis of active ingredients and pharmacology with circular and bar charts, data visualization", "Section 2: Indications with minimalist line icons", "Section 3: Dosage and Administration matrix with minimalist line icons ([Oral/Injection], [Frequency], [Dose])", "Section 4: Pharmacokinetics or onset time axis with line charts", "Section 5: Precautions grid with simple warning icons ([Drug Interactions], [Contraindications], [Side Effects]), drug interactions, contraindications, side effects require online search", "Section 6: Applicable population profile icons (e.g., suitability markers for elderly, children, pregnant women)", "Section 7: Drug storage guidelines with thermometer and humidity icons" ], "art_style": "Minimalist scientific visualization design, combining detailed medical illustrations with product photography, flat medical icons, Swiss-style typography.", "lighting": "Bright laboratory shadowless lighting, clean and clear, emphasizing sterility and clarity.", "color_palette": "Monochromatic clinical white or light grey background, translucent frosted glass cards, dark grey and navy blue text, accented with medical blue or cyan to highlight key points." }, "negative_prompt": "Clutter, warm tones, vintage style, handwriting, low resolution, blur, distorted text, noise, dark background, unsanitary, oversaturated, watermark, food texture"

A luthier's legacy board for {argument name="instrument" default="[INSTRUMENT]"} — {argument name="maker" default="[MAKER / SCHOOL / PERIOD]"}. Left section: historical precedents and influences, showing ancestor instruments with lineage lines connecting them, maker's marks, and period photographs. Center section: the subject instrument in exploded view, every component separated and floating, wood species identified, varnish layers shown in cross-section, acoustic properties annotated with frequency response curves and tap tone locations. Right section: the instrument in performance context, musician's hands in motion, concert hall ambiance, sound made visible through subtle waveform overlay. Visual style transitions from aged daguerreotype through workshop amber to concert hall chiaroscuro. Title block reading “{argument name="instrument name" default="[INSTRUMENT NAME]"} — {argument name="maker name" default="[MAKER]"}, [CITY], [YEAR], OPUS [NUMBER]".

{ "image_prompt": { "main_subject": "Whole roasted chicken stuffed with walnut and pomegranate sauce (Levengi)", "plating_and_presentation": { "dish": "Rustic ceramic plate", "texture": "Golden glossy skin, rich caramelized texture", "effects": "Soft steam rising" }, "infographic_composition": { "style": "Editorial food infographic with floating ingredients", "arrangement": "Ingredients suspended above the dish neatly", "graphic_elements": "Thin connector lines, minimalist labels in Azerbaijani", "levitating_items": [ "Walnuts", "Pomegranate molasses (Narşərab)", "Onion", "Cilantro", "Spices", "Pepper", "Love/Heart symbol" ] }, "lighting_and_atmosphere": { "lighting": "Warm studio lighting", "background": "Dark moody background", "contrast": "High contrast", "shadows": "Natural shadows" }, "technical_specs": { "style": "Ultra-realistic cinematic food photography", "camera_settings": "Shallow depth of field, sharp focus on chicken", "quality": "8K detail, professional DSLR look" } } }

Do this for {argument name="scientist 1" default="Einstein"} and a competitor of his <instructions> Invention = [{argument name="invention" default="Electricity"}] Phase 1: Historical Conflict Analysis 1. Identify Rivals: Determine the two main historical figures associated with this invention (e.g., Tesla vs. Edison, Wright Bros vs. Curtiss). 2. Identify The Tech: Distinguish their competing methods (e.g., AC Coils vs. DC Bulbs). 3. Identify The Era: Select appropriate "Giant" background clutter (e.g., Victorian newspapers, 1920s fountain pens). Phase 2: Visual Execution Goal: A "Macro Diorama" of a Rivalry. A messy, highly detailed flat-lay of a shared historical workspace where the two rivals exist as tiny living figurines battling over their creation. Rules: The Stage: A large, yellowed Patent Diagram or Blueprint lies flat on a wooden desk. The paper is wrinkled and covered in scribbled corrections. The Tiny Rivals: Two hyper-realistic miniature figurines (Inventor A and Rival B) are standing on opposite sides of the document. They are positioned at their own tiny wooden desks or workstations on top of the paper. The Conflict: They are gesturing aggressively at each other. The Invention itself is physically emerging from the center of the paper between them (e.g., a glowing 3D lightbulb or a spinning biplane propeller), acting as the barrier or prize they are fighting over. The "Giant" Terrain (Surroundings): The scene is surrounded by massive, period-accurate objects acting as a landscape: A "Giant" wall of newspapers with headlines about their legal battles. Massive burnt fuses or broken prototypes scattered like boulders. A spilled cup of coffee creating a "lake" near one of the figures. Giant tools (calipers, screwdrivers) casting long shadows. Perspective: Slightly angled 45-degree macro shot looking down at the patent. Texture: Dust motes, scratched mahogany wood, paper grain, metallic reflections. Lighting: Cinematic Macro Lighting. A warm desk lamp illuminates the scene, but the Invention in the center emits its own light (e.g., blue electrical arcs vs. yellow filament glow), lighting the faces of the tiny figures. Output: ONE image, 4:5 aspect ratio, photorealistic historical macro photography, tilt-shift effect. </instructions>

I am planning a 7-day trip to Japan. I want to visit Tokyo, Kyoto, and Osaka. Please create a detailed itinerary for me. Include specific activities, transportation methods between cities, and suggested accommodations (e.g., traditional ryokan in Kyoto, modern hotel in Tokyo). Also, include a rough estimate of the daily budget (excluding flights). Focus on cultural experiences and local cuisine.

Create an image of the major event that happened at these coordinates: {argument name="coordinates_en" default="41°43′32″N 49°56′49″W"}.

do this for Artemis II mission: class Artemis_Journal_Diorama: def __init__(self, subject="Artemis II Mission"): # AI infers the correct materials, textures, and desk environment self.stage = "AI‑inferred astronaut’s mission‑planning journal lying open on an AI‑inferred technical workstation." self. lighting = "AI‑inferred mixed illumination: task‑lamp warmth + cool instrument‑panel spill." def semantic_2D_to_3D_growth(self): # AI infers what '2D mission sketches' look like for this subject page_texture = ( f"AI‑inferred handwritten notes, trajectory arcs, module schematics, " f"and mission annotations related to {self.subject}, rendered as precise 2D graphite diagrams." ) # AI infers what physical 3D elements should emerge from those sketches diorama_pop = ( f"2D mission diagrams transition into physical 3D miniatures: " f"AI‑inferred spacecraft components, crew figures, lunar geometry, " f"and mission‑specific hardware rising seamlessly from the paper." ) return [page_texture, diorama_pop] def scatter_ephemera(self): # AI infers mission‑relevant desk objects without hard‑coding categories return infer_aerospace_ephemera(self.subject) # Examples (AI‑inferred, not fixed): mission patches, navigation tools, # micro‑scale lunar models, printed telemetry, procedural checklists, # archival headlines, engineering pencils, etc. render(Artemis_Journal_Diorama())

Gather the team members again. Activate the nanobanana pro slide generator skill for the Bakumatsu Agent Team. Then, proceed with the following steps: 1. Create reference images (a) Collect images of the three people: {argument name="person 1" default="Sakamoto Ryoma"}, {argument name="person 2" default="Hijikata Toshizo"}, and {argument name="person 3" default="Kondo Isami"} from Wikipedia or similar sources. (b) Use these as reference and base images to create character sheets with nanobanana pro. (c) Create character illustrations based on the consistent reference images. 2. Visualize the document (a) Create insertion illustrations for each chapter of the finalized report using nanobanana pro. (b) Insert the created images into the preview within the MD (Markdown) file. (c) Arrange the insertion illustrations for each H1, H2, and H3 section and for Tips to structure the document clearly. Divide this work among the three people to proceed most effectively.

Use the uploaded image as the sole source of truth. Do NOT assume model, specs, or performance. Pure white, distraction-free background. Top-left: PORSCHE (modern sans-serif). Left column: auxiliary views (front / side / rear / detail). Right side: large photorealistic hero render. Visually analyze only what is visible. Identify distinct physical components. Label each component with hairline-thin vector lines. Use neutral, factual terms only. No marketing language. No hallucinated features. No assumed performance. Scandinavian, modern, industrial documentation style. Soft studio lighting. Ultra-high resolution. Exact proportions and geometry fidelity.

Flat illustration of {argument name="subject" default="[subject]"}, startup-style vector art, bright colors, simple shapes, clean and professional design, white background, no text.

Infographic-style images that are on another level, in this case a {argument name="object" default="Nvidia RTX 5090"}, just change OBJECT to what you want to create an infographic of, prompt in the following post

Referencing this character, generate a Pokémon Zukan-style illustration. The Zukan No. is {argument name="Zukan Number" default="[Enter Zukan No.]"}. The background is white. The Zukan description text is {argument name="Description Text" default="[Enter description text]"}. Reproduce the Zukan layout and design.