Ai Image Prompts

# 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

【Character Settings】
*Please rewrite this section to match the appearance of the character you want to draw*
[Character Features]: {argument name="character features" default="Girl with brown twin tails and wearing a cape"}

【Image Generation Instructions】
Style Definition:
- A style that fuses anime-style character illustration with technical illustrations (blueprints) of industrial products.
- Background is white or plain. Infographic-style layout.

Pose and Composition:
- Isometric composition
- Deformed style (chibi character) with 2 to 3 head proportions
- Shape of limbs: Do not draw joints at the elbows, knees, wrists, or ankles. Do not draw fingers or fine joints; make the tips a simple shape, like a mitten. Reproduce the smooth 'stuffed animal limbs' look.
- Facial structure: Do not draw the nose or mouth; only place 'eyes.' The eyes are drawn as vertical ovals (vertically long circles), looking like simple sensors. The eye color should match the reference image.
- Clothing depiction: The left half shows the character wearing the clothes from the reference image (cape, shirt, pants, shoes) normally, but the right half, which is a cutaway section, should show the cross-section of the clothes and the mechanics underneath simultaneously.
- Full-body standing pose of the character.
- The exterior (skin and clothes) of the right half of the body is rendered translucent, making it an 'internal perspective view' that shows the internal mechanical structure.

Internal Structure Details:
- Head: The structure of a camera lens is visible deep inside the vertical eyes. A speaker unit is behind the mouth. The brain is composed of electronic circuit boards.
- Torso: The round limbs are tightly packed with thick hydraulic cylinders, large gears, and spherical joints.
- Back: A large 'Wind-up key' is inserted into the back, giving it the atmosphere of a retro toy.

Annotations and Explanations (Decoration):
- Leader lines extend from the main mechanical parts of the internal structure (brain, eyes, ears, arms, legs), with detailed explanatory text in English placed at the ends of the lines.
- Overall, finish it like a 'blueprint of a robot that is round and charming but contains precision machinery inside.'

Style:
- Aspect Ratio: Vertical (close to A4 paper ratio)
- Background: Grid paper (grid notebook) texture.

<instructions> Act as a world class inventor, historian, LLM engineer, and artist. Take the uploaded image of the scientist, inventor or artist, analyze their inventions, past work, tendencies, design characters. Step 1: Find 2 random current product they may be interested in if they were alive. Analyze their strengths and weaknes Step 2: Learn about their features and how they can be improved by the given scientist. Step 3: Design an upgraded device that was perfected by the given scientist/inventor/artist in a unique, stunning way, making it even a bigger hit with the public. They should be feasible based on current science and tech advancement. Output: Grid 1 & 2: Each a 3D rendering of a upgraded device, showing it in use on a city street, with a detailed explanation of its unique features and benefits. Grid 3 : clean black-and-white technical patent drawings (exploded view, side, top, perspective) of the first invention in patent  drawing, showing the upgrades that will happen in the next generation. Grid 4: clean black-and-white technical patent drawings (exploded view, side, top, perspective) of the first invention in patent drawing, explain the upgrades that will happen in the next generation.</instructions>

Act as a Senior Product Designer and Crowdfunding Campaign Manager.

1. ANALYZE INPUT
Look at the attached image. Determine the material properties (Soft vs. Hard), the primary colors, and the texture.

2. AUTO-SELECT SMART WEARABLE
Use this logic to choose the product category. The goal is Clean Modern Tech, not Cyberpunk.

IF the input is Soft or Fabric-like ({argument name="soft input examples" default="Ramen, Towel, Moss"})
GENERATE: The All-Climate Smart Jacket.
Features: Self-regulating temperature control, hydrophobic coating based on the input texture, and hidden magnetic pockets.

IF the input is Rigid, Boxy, or Container-like ({argument name="rigid input examples" default="Toaster, Book, Suitcase"})
GENERATE: The Ultimate Commuter Backpack.
Features: Integrated power bank with solar coating, anti-theft biometric zipper locks, and organized modular compartments.

IF the input is Mechanical or Footwear-shaped ({argument name="mechanical input examples" default="Stapler, Car, Tool"})
GENERATE: The Urban Mobility Smart Sneaker.
Features: Energy-returning sole technology, step-tracking sensors embedded in the heel, and auto-tensioning laces.

3. EXECUTE VISUALIZATION (2x2 GRID)
Generate a single image split into a precise 2x2 grid layout.

Top Left Panel (Hero Shot):
A clean, studio-lit 3/4 angle view of the product on a white or light grey background. It must look refined and manufacturable, using the texture of the input image as a premium material.

Top Right Panel (Detail Shot):
A zoomed-in macro shot focusing on a specific high-tech feature (e.g., a USB-C port, a magnetic buckle, or a waterproof seam) that shows off the input texture quality.

Bottom Left Panel (Lifestyle Shot):
A photorealistic shot of a fashionable model wearing the item in a clean, modern city setting (daytime). They look comfortable and stylish.

Bottom Right Panel (Campaign UI):
A mockup of a Kickstarter campaign page. It should show the product title, a green progress bar at 100% funded, and a bright green button that says Back This Project.

Overall Style: High-key lighting, soft shadows, 8k resolution, commercial product photography, minimalist design aesthetic.

<instructions> Step 1: Analyze urban mobility rides and vehicles and 5 relevant patents from the past.
Step 2: Learn about their features how they can be combined, what can be inspired by them, how the patents can be integrated 
Step 3: Design a hybrid transportation device that combines the main selling points of all these ideas into a feasible product. 
Output: a 2x2 grid, Grid 1 Create a 3D rendering of the hybrid device, showing it in use on a city street, with a detailed explanation of its unique features and benefits. Grid 2 “Now render the final product in glossy Apple-product-photography style on white infinity background with subtle reflection. Add fake patent number in corner.” Grid 3: detailed explanation of selling points like a tech magazine. Grid 4: four clean black-and-white technical patent drawings (exploded view, side, top, perspective) of this new invention in classic patent illustration style. 
</instructions>

<instruction>
Input A is a world-changing invention (photo or invention name).
Analyze the inventor, eureka moment, prototype design, and societal impact.
Optional Input B is a style reference (patent office / inventor's workshop). If missing, choose steampunk-meets-modern museum aesthetic.
Goal: Wooden display box with brass hinges containing the miniature "first prototype" surrounded by inventor's tools, failed attempts, and blueprint fragments.
Rules:
- Center: tiny working-looking prototype of the invention
- Include inventor figurine at miniature workbench
- Surround with 10-15 period tools, sketches, failed versions
- Add aged paper "patent document" visible through glass top
- Materials: dark wood, brass accents, vintage glass
- Plaque with invention name, inventor, patent year
Output: ONE image, 1:1 inventor's journal aesthetic
</instruction>

Do this for {argument name="year" default="1983"} > You are a Professional Product Photographer specializing in knolling Flat Lay photography. I will provide a Year or inventor. Step 1: The Selection.  > Identify 3 to 5 inventions from that year, plus 5-7 smaller related accessories (e.g., if the invention is a camera, include film rolls; if it's a car part, include a wrench).   

Step 2: The Layout. Arrange all items on a flat, solid-colored matte background (choose a color that contrasts well with the items). 

The Grid: Align everything at perfect 90-degree angles. Organize them by size and shape. 

The Vibe: Deconstructed, organized, satisfying, geometric. 

The Lighting:

Soft, flat, overhead studio lighting (shadowless).

Output:

 A single 4:5 image.

The Year (e.g., "1955") should be arranged using physical typography (like metal letters or cut paper) placed in the center of the grid. 

Style: Wes Anderson symmetry, high-end commercial advertising, vibrant.

Illustrate this content in detail in Japanese. Make it in a graphic recording style. Make it truly ultra-detailed, even if the text is small. Use the attached image for the character.

Generate an illustration image in the style of a travel itinerary according to the following requirements.

## 1. Input Settings
** (Please rewrite this section. If left blank, it will be treated as "Leave it to AI")**
- **Character Features**: {argument name="Character Features" default="A girl with brown short hair, wearing a black cloak"}
- **Name (for Title)**: {argument name="Name for Title" default="Complete Guide to the Donut Museum!"}
- **Tourist Destination**: {argument name="Tourist Destination" default="Donut Museum"}
- **Schedule**: [
Format: "Time : Place/Action : Short Comment (Situation or Feeling at the time)"
]
- **Packing List**:

## 2. Image Generation Specifications
You are an illustrator for a travel magazine. Based on the settings above, draw one "hand-drawn travel itinerary" in the following style.

**【Style and Composition】**
- **Aspect Ratio**: Vertical (Vertical format close to A4 paper ratio)
- **Background**: Graph paper (grid notebook) texture.
- **Art Style**: Warm, hand-drawn style illustration like the reference image (watercolor, marker, colored pencil touch).
- **Layout**:
- Place the title prominently at the top.
- Timeline composition connected by arrows flowing from the top left to the bottom right.
- Memo illustration of the "Packing List" in the bottom right or an empty space.

**【Content and Comment Reflection】**
- Draw each item in the specified "Schedule" as **5-6 small cut illustrations**.
- Maintain **character consistency**.
- **Comment Reflection**:
- Reflect the content of the "Short Comment" in the schedule in the character's **expression and pose** (e.g., if "delicious," the cheeks should be relaxed; if "excited," the eyes should sparkle).
- Place a **handwritten-style text space (like a speech bubble, sign, or writing in the margin)** next to or below each panel for the comment.
- *The text in the image must be accurate Japanese. Use a font that looks like handwritten notes.*

**【Decoration】**
- Overall cheerful and pop atmosphere.
- Decorate with masking tape, stamps, handwritten arrows, and musical note marks.

<instruction> 
Input A is a famous dish (photo or dish name). Analyze the dish's complete ingredient breakdown, primary flavor compounds, chemical interactions, and scientific basis for why ingredients work together.
Optional Input B is a style reference (laboratory equipment / tech product packaging). If missing, choose scientific periodic table meets Apple product design aesthetic.
Goal: Grid-format display board (20"x16") in periodic table structure, with each ingredient in its own compartment labeled with both culinary and scientific information, color-coded by flavor profile.
Rules:

Brushed aluminum, white acrylic, or frosted glass backing
20-30 small clear compartments in periodic table grid layout
Each compartment contains: ingredient specimen, common name, scientific name, primary flavor molecule
Color-coded borders: umami (red), sweet (pink), sour (yellow), bitter (green), fat (orange), aromatic (purple)
Center "legend" section: 3D molecular structure diagram of signature compound
Lower corner: actual handwritten recipe on aged vellum or parchment under glass
AR markers for scanning to see animated 3D molecule models
Clean sans-serif typography (like Helvetica or Futura)
Minimal design with generous white space
Include atomic-style "numbers" for each ingredient showing ratio/importance

Output: ONE image, 4:5 clean product photography style with soft shadows on pure white background
</instruction>

[Format] Horizontal 3-panel manga (left to right). Anime style + pop. Bright color scheme. Clean lines. Simple office background.
[Characters] Emma (20s female, black bob, white shirt + navy jacket, expressive face). Consistent appearance across all panels.
[Text] Japanese text displayed clearly and legibly. No typos, garbled characters, or broken text. Use the following text in the speech bubbles "exactly as written":

Panel 1 (Left):
Emma is explaining while pointing.
Speech bubble text (exact match):
"{argument name="Panel 1 Text" default="ChatGPT Images is good at illustrations, anime, and 3D expressions"}"

Panel 2 (Center):
Emma is doing design work (layout and typesetting).
Speech bubble text (exact match):
"{argument name="Panel 2 Text" default="Nano Banana is good at Japanese text and design"}"

Panel 3 (Right):
Comparison panel. Split the screen left/right, with headings "ChatGPT Images" on the left and "Nano Banana" on the right.
Include checklists for each (in Japanese, short, and readable).
Left (ChatGPT Images): 'Illustration', 'Anime', '3D Expression'
Right (Nano Banana): 'Japanese Text', 'Design', 'Layout'
Also, place a large "VS" in the center to compare the two compositions.

[NG] No unnecessary text, arbitrary English additions, watermarks, signatures, unreadable text, or broken Japanese.
[Image Quality] High resolution, sharp, suitable for SNS posting.

Use search to find out how {argument name="username" default="tetumemo"} ({argument name="profile URL" default="https://t.co/XcPInQDrVZ"}) is perceived. Based on this information, draw a short, simple, two-page infographic about it (with headlines). Return a photo of the article published in a glossy magazine. Show ({argument name="username" default="tetumemo"}) on the magazine cover and display the two-page spread infographic about {argument name="username" default="tetumemo"}.