AI Prompt Library

Create an infographic that explains the phases of the day, perfect for a {argument name="child_age" default="6-year-old"}, in the style of distinctive claymation with wide expressive mouths, googly eyes, and charming humor. Matte clay textures, handcrafted props, and warm, practical set lighting define the look.

Scan what’s inside the {argument name="container_en" default="fridge"} and suggest what can be cooked with the available ingredients, providing a detailed step-by-step recipe presented as a simple infographic.

Turn this {argument name="dish_en" default="ramen"} into a cute recipe page with illustrations in the style of a hand-drawn vintage cookbook. Surround the main dish with carefully drawn ingredients, including labels, measurements, and utensils like bowls, whisks, or spoons. To create a homey, nostalgic feeling, use textured shading, warm pastel colors, and fine, ink-like outlines. Add handwritten-style recipe text, integrating the ingredients and directions organically into the layout. Make sure the page feels both artistic and educational, combining colorful illustrations with a classic cookbook aesthetic.

Ultra-realistic 8K flat-lay photo in strict knolling style. A top-down 90º shot of the object from the attached image, fully disassembled into {argument name="min_parts_en" default="8"}–{argument name="max_parts_en" default="12"} key parts and arranged in a clean grid or radial pattern on a minimalist {argument name="surface_material_en" default="wooden or matte gray"} table. Use even spacing, perfect alignment, no overlaps, and no extra objects. Light the scene with soft, diffused multi-source lighting, creating subtle shadows, neutral color balance, and crisp focus across the entire frame. Show highly detailed real-world materials (metal, plastic, rubber grips, circuit boards, screws). For every part, add a thin white rectangular frame and a short, sharp English label in clean sans-serif text, placed next to the component without covering it; annotations must be legible but unobtrusive.

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.

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

Convert this paper into a Chinese professor-style whiteboard image to help me understand the information.

Create a hand-drawn style infographic card in a 9:16 vertical ratio. The card should have a clear theme, with a beige or off‑white paper-textured background and an overall rustic, friendly hand-drawn aesthetic. At the top of the card, highlight the title in large brush-style cursive Chinese characters using a striking red-and-black contrast to draw the viewer’s eye. All text should be in Chinese cursive script. The layout is divided into 2 to 4 clear sections, each using short, concise Chinese phrases to express the key points. The font should maintain the flowing rhythm of cursive script while staying readable and artistic. Add simple, fun hand-drawn illustrations or icons on the card, such as characters or symbolic motifs, to enhance visual appeal and spark reflection and empathy. Maintain visual balance in the overall layout and leave enough white space so the design remains clean, easy to read, and easy to understand. The theme is: “{argument name="theme" default="Building a personal IP is a long-term compounding process; if you keep showing up daily and continue consistently, you will definitely see results, because 99% of people can’t stick with it."}”

Create a realistic roadmap for how to succeed as a web designer in Japan.

Please create an image that explains Ray Kurzweil’s theory of the “six epochs” in Japanese.

全ての情報を漏れなく日本語で記載した画像を生成。霞ヶ浦パワポスタイル。

Generate an image that explains the advantages and disadvantages of entering a doctoral course (D-course) in a diagram.

Make a super tacky slide that introduces Einstein.

Generate an image that explains {argument name="topic_en" default="the advantages and disadvantages of D-course graduate programs"} in an explanatory diagram.

After researching the future direction of national policy on medical data, please create a rough sketch-style slide image, with a lot of text like Cabinet Office committee materials, that shows how medical data companies should be in the future.

Using a cat image and noise images, create a diagram explaining the image generation process of a diffusion model. In the training process, show the process of adding noise to the cat image through forward diffusion, and depict the process of creating the noise prediction model.

Please create illustrations that show the procedures for protecting yourself from bears. The people appearing in the illustrations should be Japanese. Please provide the explanations in Japanese.

Hey, Nano Banana Pro, add annotations to the original Transformer architecture diagram.

Summarize the good points of {argument name="region_en" default="Fukuoka"} in a single image.

A {argument name="object_en" default="metal ball"} dropping into water, with a slow-motion splash, realistic physics and refraction, at {argument name="resolution_en" default="2K"} resolution.

A hand-drawn map of a fictional town in {argument name="country_en" default="Japan"}.

A castle town from the {argument name="era_en" default="Edo period"}.

Put {argument name="count_en" default="50"} artifacts from completely different eras and cultures together in a single image.