AI Image Prompts · 绘画提示词库

Create line art for a coloring page. The target age is {argument name="target age" default="9"} years old, and the coloring subject is {argument name="coloring subject" default="a sports car"}. Draw everything with black lines and keep the background completely white (#ffffff). Make it in a format suitable for printing, and do not draw any extra elements outside the canvas.

Present a clear, side miniature 3D cartoon view of the tallest buildings in {argument name="city in English" default="YOUR CITY"}. Use minimal textures with realistic materials and soft, lifelike lighting and shadows. Use a clean, minimalistic composition showing exactly the three tallest buildings in {argument name="reference city in English" default="Sopot"}, arranged from left to right in strict descending height order. The tallest must appear visibly tallest, the second must be clearly shorter than the first, and the third must be clearly shorter than the second.
All buildings must follow accurate relative proportions: if a building is taller in real life, it must be taller in the image by the same approximate ratio. No building may be visually stretched or compressed.
Each building should stand separately on a thin, simple ceramic base. Below each base, centered text should display:
Height in meters — semibold sans-serif, medium size
Year built — lighter-weight sans-serif, smaller size, directly beneath the height text
Provide consistent padding, spacing, leading, and kerning. Write “{argument name="city name title" default="YOUR CITY NAME"}” centered above the buildings, using a medium-sized sans-serif font.
No building top should overlap or touch the text above. Use accurate architectural proportions based on real-world references. Maintain a consistent camera angle and identical scale for each building model.
No forced perspective. Use straight-on orthographic-style rendering. Do not exaggerate or stylize size differences beyond proportional accuracy.

Use a square 1080×1080 composition. Use a clean, neutral background. Ensure no extra objects are present.

{
  "prompt": "A hyper-realistic, cinematic close-up of a Victorian steampunk botanist's workbench. In the center, a heavy, oxidized brass-rimmed bell jar contains a levitating, bioluminescent orchid that glows with a pulsating electric blue light. The light from the flower illuminates dust motes dancing in the air. Next to the jar is a weathered leather field journal open to a page of complex anatomical sketches. A magnifying glass with a bone handle rests on the mahogany desk. In the background, shelves are filled with amber-colored apothecary bottles. The scene captures the texture of condensation on the glass, the grain of the wood, and the subsurface scattering of the flower petals. Shot on an 85mm macro lens, f/1.8 aperture, low-key lighting with high contrast.",
  "parameters": {
    "aspect_ratio": "21:9",
    "output_resolution": "4K",
    "guidance_scale": 8.0,
    "style_preset": "Cinematic",
    "seed": null
  },
  "advanced_config": {
    "identity_locking": false,
    "text_rendering_enabled": true,
    "required_text": [
      "SPECIMEN 004",
      "CHRONO FLORA"
    ]
  }
}

Transform this aerial map view into an illustrated aerial photograph captured from above. Create a vibrant, animated aesthetic with brilliant colors and scatter miniature figures throughout the scene for a whimsical, magazine-quality illustrated result.

Brand color: [{argument name="brand color" default="#06c7b0"}]
A simple and clean flat design.
Place people and icons drawn with uniform black outline lines, and partially use pastel accent colors (such as sky blue and coral pink).
Emphasize rounded shapes and a soft overall impression.
Use a diagram-centered layout (for example: Venn diagrams, bar graphs, speech bubbles), with a friendly tone suitable for materials and social media content aimed at students and younger audiences.
Leave plenty of white space to prioritize legibility and balanced composition.

Make a character design expression style guide of image

Based on the following article, create a professional Chinese PPT for me.
First write a PPT outline and plan the content of each slide.
Then feed the content of each slide to Nano Banana Pro to generate the corresponding PPT page, ensuring a consistent style.

The specific PPT style should be an “Anthropic/Claude-style” warm academic humanistic design.
Background: use warm beige/cream (#F3F0E9) as a solid base color, with a slightly premium paper texture.
Fonts: use an elegant serif font for titles and a modern sans-serif font for body text.
Color palette: the main colors are terracotta red (#D67052) and mustard yellow (#F0B857), accented with deep navy blue. Avoid neon colors or pure black.
Visual elements: use a grid layout that emphasizes typography. Illustration style should be abstract, organic black hand-drawn line art placed on solid terracotta red blocks. You must use illustrations and decorative elements very sparingly, and they should serve the content.
Charts: flat and minimal charts that emphasize data comparison, removing unnecessary borders.

Both text and images are generated by Nano Banana Pro. Also, do not turn the PPT into one single large image; it should be one image per slide.

The article content is:

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.

A page from a history textbook used by Japanese middle school students. It is a page where a student has doodled with a pencil over the portrait photo in a great person’s profile to turn it into a funny face. Edit and correct the textbook text so that it is written in proper Japanese and ensure the content is based on historical facts.

Create a hand-drawn isometric schematic diagram of {argument name="landmark_en" default="[LANDMARK]"} in {argument name="dimension_en" default="1080x1080"} dimensions.

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.

Create a technical exploded view diagram of a {argument name="subject_en" default="[SUBJECT]"} in {argument name="dimension_en" default="1080x1080"} dimensions. The device should be deconstructed, showing all individual components floating in space, separated to reveal the internal parts. Each major component is labeled.