AI 提示词库

Create an image showing the steps for basic old-fashioned donuts being performed by the character in the reference photo, and turn it into an infographic. The character should be a cooking beginner, struggling through the process. No dialogue is needed. Display detailed explanations for each step. Aspect ratio 2:1 Three-part structure: Title, Ingredients, Steps Title: How to Make Basic Old-Fashioned Donuts Display ingredients and quantities with illustrations Manga-style process flow Prompt (Expert Cook Version): The character should be an expert cook, easily progressing through the steps.

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.

Create a hyper-realistic 3D diorama-style model of [{argument name="city" default="Ahmedabad"}]. The model should appear as a miniature, set on a raised cross-section of earth that reveals soil and rock layers beneath a lush grassy surface. The structure must be highly detailed and proportionally accurate, surrounded by tiny realistic elements like region-appropriate street lamps, native trees, shrubs, water features like small fountains, and historically or culturally fitting pathways. The scene should evoke the unique character of [{argument name="city" default="Ahmedabad"}]’s surrounding landscape. The environment must include a soft white background to draw full attention to the model. Include the text “[{argument name="city" default="Ahmedabad"}]” in large, bold, elegant lettering prominently displayed on a big sign or billboard at the front of the diorama, easily readable and eye-catching, along with a large national flag on a tall, prominent flagpole positioned beside [{argument name="city" default="Ahmedabad"}], clearly visible and waving. 1080x1080 dimension

Critically analyse the information in this answer then overlay with red scribble remarks

- {argument name="use case 1" default="LinkedIn Infographic"} - {argument name="use case 2" default="Technical Architecture Diagram"} - {argument name="use case 3" default="Product UI Comparison Model"} - {argument name="use case 4" default="Data Visualization"} - {argument name="use case 5" default="Code Visualization Explanation"}

Please display the effect for {argument name="time point 1" default="5 minutes ago"}/{argument name="time point 2" default="30 minutes later"}/{argument name="time point 3" default="1 hour later"}/{argument name="time point 4" default="2 hours later"} respectively

OOTD (Outfit of the Day) Fashion Diagram

Create a set of presentation slides, adopting a whiteboard and doodle style, focusing on step-by-step explanations, featuring a consistent colored thick pencil hand-drawn style, rich information, including Chinese text, using the nano_banana tool to generate images, and extracting core information.

A person is facing the camera, sitting at a desk, with both hands positioned on either side of the frame. Important: the hand on the right side of the frame is holding a pen.

Imagine a pencil tip seen through a microscope. Imagine how the pencil tip would look and create an image.

"Conditions to include in the diagram: ・Top 3 reasons why designers fail ① Always studying ② Lacking confidence to apply for projects ③ Spending too much money hopping between schools Create an image for an X post based on these conditions"

1. Overall Visual Style Style Keywords: Flat UI, Vector, Modern Minimalist, Card-style design. Lines and Shapes: Rounded Corners Priority: All borders, background blocks, buttons, and process nodes must be rounded rectangles (Rounded Rectangles, with a large corner radius, approximately 10-15px). Elbow Lines: Process connections use right-angle polylines (no curves), lines are simple and strong. Color Logic (Key): “Candy Color” Scheme: Use light backgrounds with high brightness and low saturation (such as light blue, light green, light purple), paired with darker borders of the same color family. Border Emphasis: All graphics must have clear 2px~3px solid borders. 2. Vertical Layout Structure Regardless of the topic, please follow the following top-down layout order, which must be contained within a large border container: Layer 1: Main Title (Header) Position: Centered at the top of the container. Style: Bold black font, largest font size, darkest color. Layer 2: Core Flowchart Area Position: Occupies 50% of the core area of the layout. Content: Rectangular nodes + arrow connections. If it is a loop step, please use a dashed line pointing back. Layer 3: Feature List Position: Below the flowchart, centered or left-aligned. Style: Short and concise bullet points, slightly smaller font, with some white space. Layer 4: Full-width Summary Box (Footer Box) Position: At the very bottom of the container, filling the width horizontally. Color Scheme: Use a contrasting color (such as purple in the example), distinct from the main color scheme above. Function: Used to place 'Summary', 'Analogy', or 'Core Conclusion'. Landscape size (horizontal/scenic mode) is chosen because: Content Adaptation: Horizontal content like timelines is better displayed in a horizontal canvas to show the evolution process. Presentation Friendly: The 3:2 horizontal ratio is very suitable for insertion into PPTs and documents, and displays well on projectors or screens. Information Capacity: Horizontal layout can accommodate more text and icons, avoiding clutter.

Based on the following topic [{argument name="topic" default="Map of Specialty Coffee Origins and Flavors"}], create a professional knowledge infographic. Requirements: 1) Extract 3-5 core knowledge points; 2) Use elements such as icons, flowcharts, and data visualization; 3) Information hierarchy must be clear, and visual guidance must be smooth; 4) Must include accurate Chinese title and explanatory text; 5) Color scheme must be professional and coordinated, suitable for business presentations. Layout should adopt a modern flat design style, 4K resolution, suitable for printing and sharing.

Imagine a {argument name="subject" default="[subject]"} through a microscope; picture it and create an ultra-realistic sharp image. No microscope parts, only subject.

Prompt injection content classifiers—Proprietary machine-learning models that detect malicious prompts and instructions within various data formats. Security thought reinforcement—Targeted security instructions that are added around the prompt content. These instructions remind the LLM (large language model) to perform the user-directed task and ignore adversarial instructions. Markdown sanitization and suspicious URL redaction—Identifying and redacting external image URLs and suspicious links using Google Safe Browsing to prevent URL-based attacks and data exfiltration. User confirmation framework—A contextual system that requires explicit user confirmation for potentially risky operations, such as deleting calendar events. End-user security mitigation notifications—Contextual information provided to users when security issues are detected and mitigated. These notifications encourage users to learn more via dedicated help center articles. Model resilience—The adversarial robustness of Gemini models, which protects them from explicit malicious manipulation.

"a 2x2 grid showing the development phases of this car: sketch, clay model, early prototype, 1st final production released car."

A game that automatically analyzes and corrects images.

Please help me understand this paper. Mark important content (figures or formulas) with a circle and add annotations so that I can understand it accurately (in a hand-drawn style).

Search the internet for information about {argument name="company name" default="Mizukoshi Co., Ltd."} and create an anime-style graphic recording (grareco) where a {argument name="character" default="cat"} cheerfully explains the findings.

"Explain {argument name="task" default="XX"} in {argument name="number of steps" default="3"} steps for beginners"

"Explain with {argument name="number" default="3"} concrete examples"

{ "promptDetails": { "description": "An archaeological dig scene where the subject is viewing a 3D timeline and data overlay projected onto a recently uncovered artifact.", "styleTags": [ "Archeology", "Earthy Textures", "Academic/Documentary", "Dry and Dusty" ] }, "scene": { "background": { "setting": "An active archaeological trench in a dusty, sun-baked desert environment", "details": "Brushes and small tools visible, measuring tapes and grid markers in the soil, exposed layers of earth, a recently uncovered ceramic shard/pot." }, "subject": { "description": "The person defined by `[UPLOADED IMAGE]`, wearing field clothes and perhaps a brimmed hat, looking excited and careful.", "pose": "Crouching down in the trench, holding a small brush near the artifact, looking intently at the projection.", "focus": "The artifact and the projection are the key points of visual interest." } }, "overlayObject": { "type": "3D Timeline and Data Projection", "relationshipToEnvironment": "A semi-transparent, three-dimensional graphic emanating directly from the surface of the ceramic pot, showing its timeline.", "transform": "A series of floating text labels and lines showing dates and cultural periods, seemingly anchored to the artifact.", "surfaceInteraction": "Faint, slightly flickering orange/white text and lines that look 'hot' or energized, contrasting with the dry earth.", "components": { "artifactID": "{argument name=\"artifact ID\" default=\"Vessel Shard K-203\"}", "dating": "{argument name=\"dating\" default=\"Estimated C. 500 B.C. (Early Iron Age)\"}", "position": "Emanating from and hovering around the pot." } }, "technicalStyle": { "aspectRatio": "5:4 (Portrait)", "photographyStyle": "Documentary, High Contrast", "camera": { "shotType": "Close-Up", "angle": "Low to the ground, capturing the detail of the soil and the artifact.", "depthOfField": "Shallow, focusing tightly on the subject's hands, the artifact, and the projection." }, "lighting": { "type": "Harsh, Overhead Daylight", "description": "Strong, high-angle sun casting short, dark shadows, emphasizing the dry, dusty nature of the scene." }, "color": { "palette": "Monochromatic earth tones (browns, tans, desaturated oranges), contrasted by the bright white/orange of the projection." } } }

hand-drawn urban planning map

Hyper-realistic digital illustration of humanity's transportation evolution as a seamless panoramic landscape along a river (e.g., {argument name="river name" default="Pearl River or Huangpu River"}), flowing chronologically from left to right: ancient era on the left with wooden canoes and rafts propelled by oars, animal-drawn carts on muddy banks, and early wheelbarrows; transitioning to industrial age with steamships chugging smoke, horse-drawn carriages evolving to steam locomotives on tracks, and hot air balloons; then modern era with massive cargo ships and oil tankers, automobiles and bicycles on bridges, airplanes overhead, and high-speed trains; ending on the right with futuristic unmanned electric vessels, hyperloop pods, flying cargo drones, anti-gravity ships, and space elevators. Elements blend organically: oars become propellers then solar sails, dirt paths morph into highways then aerial lanes, ancient riverside trees as timeless anchors with roots adapting to evolving infrastructure. Ultra-sharp 8K details on textures like wooden plank grains, steam engine rivets, ship hull barnacles, drone LED glows, holographic controls. Cinematic hybrid lighting with misty dawn fading to golden-hour warmth and neon-night futuristic glows, volumetric rays through smoke and exhaust for immersive timeless feel. --ar 4:3 --v 6.1 --stylize 500 --q 2 4K