Diagram / Chart

Goal: Create a sophisticated, high-density chronological atlas infographic visualizing the history of Artificial Intelligence from 1943 to 2025. Canvas: Vertical layout with a clean, academic aesthetic. Background is off-white/light gray. Primary colors are muted earth tones (terracotta, beige, dark brown) and black text. Layout: The design is divided into three main sections: a header, a central radial visualization, and a footer with statistical breakdowns. Header Section: - Top Left: Large Chinese title "人工智能发展史" (History of AI), subtitle "信息可视化" (Information Visualization). English subtext: "A HISTORY OF ARTIFICIAL INTELLIGENCE — INFORMATION VISUALIZATION". - Top Right: A boxed section titled "从逻辑模型到生成与推理" (From Logic Generation & Reasoning) with the date range "1943—2025" in large serif font. - Legend: Small dots indicating categories like Theory, Model, Application, Infrastructure. Central Radial Visualization (The Core): - Structure: A complex concentric circular chart (radial timeline). - Center: Text "1943—2025" and "55 SELECTED MILESTONES". - Rings: Multiple concentric rings representing decades (1940s to 2020s moving outward/inward depending on specific layer logic, but generally chronological flow). - Segments: The circle is divided into 6 colored arcs corresponding to historical phases. Labels for these phases appear on the left side as a vertical list: 1. 理论奠基 (Foundations) 1943-1956 2. 符号探索 (Symbolic Exploration) 1957-1973 3. 知识与学习 (Knowledge & Learning) 1974-1999 4. 数据与深度学习 (Data & Deep Learning) 2000-2011 5. 深度学习突破 (Deep Learning Breakthrough) 2012-2019 6. 生成与推理 (Generation & Reasoning) 2020-2025 - Data Points: Numerous small labels radiating outwards or placed along the rings, citing specific milestones. Examples visible include: "McCulloch-Pitts", "Turing Machine", "Perceptron", "ELIZA", "Expert Systems", "Backpropagation", "AlexNet", "AlphaGo", "Transformer", "GPT-3", "ChatGPT", "Sora". Footer Section: - Bottom Left: Bar chart titled "01 / 选录节点的年代分布" (Selected Milestones by Decade). Shows counts per decade (e.g., 8 in 1950s, 13 in 2010s). - Bottom Right: Bubble/Donut chart titled "02 / 节点主题构成" (Milestones by Editorial Category). Four circles sized by count: Theory (9), Model (29), Application (14), Infrastructure (3). Visual Style: Swiss International Design style. High contrast typography. Use thin lines for connectors. Clean sans-serif fonts for data, serif for titles. Professional, editorial look.

Goal: Create an educational infographic explaining Point Nemo, the most remote place on Earth located in the ocean. Canvas: Vertical portrait layout with a deep navy blue background and a subtle starry night sky texture at the top. The style is clean, modern, and informative, using gold and white text for high contrast. Layout: 1. **Header:** Large serif title "THE MOST REMOTE PLACE ON EARTH IS IN THE OCEAN" (with "IN THE OCEAN" highlighted in light blue). Below it, a small introductory paragraph defining Point Nemo as the location farthest from land, mentioning the distance of 2,688 km (1,671 miles). 2. **Central Map:** A stylized world map centered on the South Pacific Ocean. Continents are rendered in muted earth tones (greens, browns) against dark blue oceans. Labels include NORTH AMERICA, SOUTH AMERICA, EUROPE, ASIA, AFRICA, AUSTRALIA, and ANTARCTICA. 3. **Data Visualization:** A bright yellow dot marks "POINT NEMO" in the ocean south of Easter Island. Three dashed yellow arrows radiate from this point to the nearest landmasses, labeled with distances: "2,688 km (1,671 miles)" to Antarctica, "2,754 km (1,711 miles)" to South America, and "2,966 km (1,843 miles)" to Australia. 4. **Info Box (Left):** A rectangular box with a compass icon containing the coordinates "48°52.6'S 123°23.6'W" and the nickname "oceanic pole of inaccessibility." 5. **Bottom Section:** A section titled "WHY IS IT INTERESTING?" with three columns featuring icons and text: - Icon: Satellite dish. Text: "It's the farthest point from any land, making it the most isolated place on the planet." - Icon: Space station/satellite. Text: "Spacecraft and the International Space Station use it as the safest place to reenter or drop objects." - Icon: Ship. Text: "It's so remote that the closest humans are usually astronauts — not sailors." 6. **Footer:** A concluding statement next to a globe icon: "Point Nemo shows us that even in our well-explored planet, there are places more remote than anywhere on land." Visual Style: Professional infographic design. Use clear sans-serif fonts for body text and serif fonts for headings. Ensure the map projection clearly highlights the isolation of the central point.

A realistic thermal imaging photograph of a person standing in an indoor environment, captured with a FLIR camera. The subject is wearing a long-sleeved shirt and pants, rendered in the classic rainbow color palette where hot areas (face, hands, feet) appear white/yellow/red and cooler areas (clothing, background) appear blue/purple. In the top left corner, there is digital overlay text reading '2026-10-10 14:23:51' and 'CAM 01 THERMAL'. In the top right corner, the white 'FLIR' logo is visible. On the far right edge, a vertical temperature scale bar ranges from 20.0°C at the bottom to 40.0°C at the top. The background shows a dimly lit room with a plant on the left and a door frame on the right.

Create a high-density, professional infographic titled "A History of Artificial Intelligence — Information Visualization" (人工智能发展史). The design should be a chronological radial atlas covering the years 1943–2025. Layout and Structure: - Top Header: Large title text in Chinese and English. Subtitle: "From Logic to Generation & Reasoning 1943—2025". - Left Sidebar: A vertical list of six editorial phases (01 Foundations, 02 Symbolic Exploration, 03 Knowledge & Learning, 04 Data & Deep Learning, 05 Deep Learning Breakthroughs, 06 Generation & Reasoning), each with a small circular icon and year range. - Central Visual: A complex concentric ring chart (radial timeline) representing decades from the 1940s to the 2020s. - Radial Labels: Numerous AI milestones arranged along the rings, connected by lines to their specific years. Examples include: McCulloch-Pitts Neuron, Turing Test, Perceptron, Expert Systems, Backpropagation, AlexNet, GANs, Transformers, AlphaGo, BERT, GPT series, Stable Diffusion, ChatGPT, Sora, and Llama. - Color Coding: Use a palette of muted earth tones (terracotta, beige, dark brown, grey) to differentiate between categories like Theory, Models, Applications, and Infrastructure. - Bottom Section: Two data visualization panels. Left panel shows a bar chart of milestone distribution by decade. Right panel uses nested circles to show the composition of nodes by category (Theory, Model, Application, Infrastructure). Style: Minimalist, academic, clean typography, high information density but legible. White background.

Create a vertical infographic poster titled Sunflower that explores the mathematical beauty of nature. The design should be minimalist, scientific, and elegant, featuring a warm beige background with black text and yellow accents. Layout Structure: 1. Top Left: Large title "向日葵 Sunflower" followed by subtitle "The Mathematics of Nature" and a short introductory paragraph about Fibonacci sequences and golden ratios. 2. Center: A large, realistic illustration of a sunflower head overlaid with a white logarithmic spiral line and a square grid to demonstrate geometric proportions. 3. Right Column (Top): - Section "Golden Ratio": Show the formula φ = (1+√5)/2 ≈ 1.618033... alongside a diagram of the Golden Rectangle divided into squares labeled 21, 34, 13, 5. - Section "Fibonacci Sequence": List numbers 0, 1, 1, 2, 3, 5, 8, 13, 21, 34, 55... with explanatory text. - Section "Double Spiral Arrangement": A circular close-up of seeds showing blue and orange spiral lines labeled "34" and "55". 4. Middle Left: Section "Logarithmic Spiral" with the formula r = ae^(bθ) and a simple line drawing of a spiral. 5. Bottom Row (Left to Right): - Section "Mathematics in Growth": A timeline of 5 small sunflowers growing from bud to full bloom, illustrating seed count increase. - Section "Optimal Packing": A cluster of brown spheres demonstrating hexagonal close packing next to a geometric circle diagram. - Section "Phyllotaxis and Divergence Angle": A green stem diagram showing leaves arranged at a 137.5° angle. - Section "Petal Geometry": Line drawings of petals showing symmetry and length/width ratio L/W ≈ φ. - Section "The Beauty of Mathematics": A final wireframe sketch of a sunflower face. 6. Footer: Logo "DeepBlue" in bottom left corner. Visual Style: Clean typography, precise vector-style diagrams mixed with realistic botanical illustrations, educational tone.

[Ancient] Women's undergarments × Layering steps × Structural unfolding × Materials and cuts × Costume restoration × Vertical 9:16

A masterpiece. Top quality. High-quality dungeon blueprints. Format: Arrange the title, dungeon floor plan, and summary in that order from top to bottom. Text must be written in Japanese. Prioritize readability and avoid making the font size too small. Character Name: "Name". Character: Depict the character’s appearance based on the reference image. Change the character’s attire to something befitting a Dungeon Master, while matching the atmosphere of the reference image. Ensure the depiction is anatomically accurate. Dungeon Name: Choose a dungeon name that the character would likely give it, in keeping with the atmosphere of the reference image. Title: “Character Name’s Dungeon Name.” Background: The background should match the atmosphere of the reference image. Dungeon Floor Plan: Determine the dungeon’s structure based on the reference image and the character’s atmosphere and characteristics. If there are two or more floors, draw a floor plan for each level, and be sure to include means of moving between levels, such as stairs or teleportation devices. Scatter sticker-style mini-illustrations around the floor plan, depicting the dungeon’s highlights and the types of adventurers who might come to explore it. Summary: Describe examples of monsters that appear, the dungeon’s difficulty level, and the treasure. For monster examples, include mini-illustrations along with their names and brief characteristics. Create original monsters whenever possible. Describe the most valuable treasure. Ensure the treasure is something the character would find valuable.

Create a premium, photorealistic 4K technology infographic showcasing the iPhone 18 Pro as the hero product. Design a sleek, high-end editorial infographic with a minimalist Apple-inspired aesthetic, dark graphite/black background, subtle metallic gradients, soft studio reflections, and precise technical callouts. Place a large iPhone 18 Pro vertically in the center, shown at a slight three-quarter angle with the front display and titanium-style frame clearly visible. Add a second smaller rear-angle view beside it to showcase the camera system. Around the phone, create clean infographic callouts connected with thin elegant lines and small technical markers. Highlight key features such as: • Pro-grade camera system • Advanced main camera sensor • Ultra-wide camera • Telephoto zoom • Next-generation A-series Pro chip • ProMotion high-refresh-rate display • Titanium-style premium frame • USB-C connectivity • Advanced computational photography • All-day battery performance • AI-powered photography and on-device intelligence Use clear, modern typography, strong visual hierarchy, restrained text, and realistic technical diagrams. Include subtle exploded-view details of the camera module and internal components without making the design look cluttered. Add a refined title at the top: “iPHONE 18 PRO” Subtitle: “THE NEXT GENERATION OF PRO” At the bottom, include a compact specification strip with categories such as: DISPLAY • CHIP • CAMERA • BATTERY • CONNECTIVITY Visual style: luxury technology advertising, premium product launch presentation, futuristic but believable, extremely clean composition, realistic materials, sharp details, controlled reflections, cinematic studio lighting, sophisticated black and silver palette, professional product photography, magazine-quality graphic design. Aspect ratio: 4:5 vertical Ultra-sharp, high-resolution, photorealistic, no unnecessary decorative elements, no messy geometry, no distorted phone geometry, no messy typography.

A vertical, highly detailed manga-style infographic page with a parchment-like background. The layout is divided into three main sections: a top illustration area, a middle diagrammatic breakdown, and a bottom text-heavy conclusion. Top Section: - A large, ethereal illustration of a woman with long white hair and fox ears (a kitsune) standing on a mountain peak at sunset. She wears flowing white robes. - Below her, an elderly man with long black hair tied back, wearing dark blue traditional Chinese robes, sits cross-legged holding a calligraphy brush, looking up thoughtfully. - To his right, a younger man in grey robes kneels, sketching the kitsune onto paper. - Surrounding this scene are blocks of Japanese text explaining the concept of 'Prompt' (プロンプト). - On the left side, there are four small square character portraits labeled with descriptions like 'Beautiful Woman', 'Dancer', etc., showing variations of female characters. - Large vertical Japanese text on the right reads 'Introduction to Prompts'. Middle Section: - A horizontal flow diagram titled 'Verbalizing features to compose a picture'. - It shows a sequence of six small square images connected by plus signs (+), leading to an equals sign (=) and a final result image. - The sequence includes: 1. Long silver hair, 2. Blue eyes, 3. White clothes, 4. Mountain sunset, 5. Looking back pose, 6. Soft backlighting. - The final result is the complete image of the kitsune from the top section. Bottom Section: - A large, bold Japanese headline in red and black ink style: "Listing hundreds of words loses one stroke" (百語を並べて一画を失う). - Surrounding the headline are torn pieces of paper with handwritten notes listing negative effects of over-prompting, such as '8K resolution', 'ultra-high quality', 'complex composition', 'unnatural lighting', 'film-like lighting', 'large scale', 'highest quality'. - At the very bottom, a concluding sentence in a box states that words are tools, but too many obscure the essence of the single stroke.

Create a reference sheet for this room. Include a bird's-eye view diagram and views from all directions in the document. Assign numbers to each viewpoint. Landscape 16:9 aspect ratio.

Generate a map of a fictional country. Based on the national settings below, generate a map that fits the setting and enclose it in a border. Do not include any explanatory text; list only place names. With regard to place names, describe only those that are below; do not describe the names of places not mentioned in the text. Depict the terrain in a way that makes it easily recognizable. Map colors should be chosen to match the terrain, and areas should not be distinguished by color. [Country Name]:[Summary and geographical description of the country]

[Source Object] → Cross-domain Engineering Design Reconstruction → [Target Object] —————————— Image 1: Lotus Flower → Cross-domain Engineering Design Reconstruction → High Heels Image 2: Cell Wall → Cross-domain Engineering Design Reconstruction → Transport Hub Image 3: Conch Shell → Cross-domain Engineering Design Reconstruction → Earphones Image 4: Bacteriophage → Cross-domain Engineering Design Reconstruction → Vehicle

Goal: Create a Japanese educational infographic slide explaining OpenClaw architecture. Canvas: Vertical 4:5 slide with a clean blue-and-white corporate tech style. Layout: Top headline area, central flow diagram, three capability cards, and a bottom summary section. Text content: Preserve key Japanese labels such as 「ゲートウェイ」 and 「交通整理役」 where they appear in the design. Constraints: Use exactly the visible section count, keep icons simple, avoid extra text, no watermark.

A 3:4 vertical mechanical keyboard encyclopedia information poster, blending Bauhaus functionalism, industrial design archives, and modern digital lab visuals. The top displays a compact mechanical keyboard in a diagonal composition, alongside exploded views of keycaps, switches, plate, PCB, and stabilizers, with studio hard-soft lighting creating clear micro-shadows; the title "Mechanical Keyboard" is arranged along the left grid, with the English subtitle "Mechanical Keyboard", accompanied by circular category tags "Input Device / Mechanical Switch", structural explosion diagrams, and keyboard size scales. The middle section uses restrained accent colors of red, yellow, and blue with modular geometric cards, fully presenting nine types of information: common layouts (60%, 65%, 75%, 80%, 96%, 100%); tactile curves for linear, tactile, and clicky switches; pre-travel and total travel; actuation force; common keycap materials and profiles; connection methods (wired, 2.4GHz, Bluetooth); differences between hot-swap and soldered PCBs; internal structures like plates, sandwich, and gasket mounts; latency, polling rate, N-key rollover, and usage scenarios. Each module retains only one main graphic to avoid visual clutter. Uses a 12-column grid, 48pt margins, 8pt baseline, and uniform 2pt linear icons. Background is near-white light gray, text is dark gray, data uses monospaced fonts. The bottom includes glossary and parameter source bars, stating "differences exist across brands and models", prohibiting fabrication of specific model performance or non-existent technical standards.

A 2:3 vertical minimalist art style snow leopard encyclopedia info card, museum exhibit level visual quality, adopting Swiss International Style and premium natural history atlas language. Top ~30%: Adult snow leopard cutout studio-style full-body side close-up on pure white background, realistically retaining grey-white fur, black ring patterns, thick long tail, wide paws and facial details, not anthropomorphic; paired with super-large thin-line title "Snow Leopard", small italic "Panthera uncia", capsule tags "Mammalia/Felidae/Panthera", Asia distribution mini-map and altitude activity range axis. Middle ~60%: Based on 12-column and 8pt grid, clearly arranging nine major modules - basic parameters of body length, weight, tail length and lifespan; body structure and high-altitude adaptation features; food composition and typical prey; diurnal/nocturnal activity patterns; breeding cycle and cub growth; habitat types and altitude distribution; comparison with other large felids; population threat factors; conservation status, actions and ecological value. Charts use outline proportion diagrams, footprint size charts, altitude distribution maps, prey network graphs and concise timelines. Bottom ~10% marks conservation status, data year, source and update time. Main colors glacier grey, snow white, rock brown and graphite black, with minor cold blue accents; Source Han Sans Light, DIN and Roboto Mono, 2pt linear icons, 0.5pt light dividers, large whitespace. All biological data must be accurate and verifiable, no fabricated population numbers, no exaggerated descriptions, Chinese clearly readable, no garbled text.

Create a costume reference sheet based on the attached image. This is a document specialized for costumes, serving as a reference sheet to reproduce the same outfit down to the smallest accessories.

Create a collectible vintage automotive engineering poster featuring four legendary classic supercars: Ferrari F40 (1989), Lamborghini Countach 5000 QV (1985), Porsche 959 (1986), and McLaren F1 (1994). Use an aged cream paper background with subtle fibers, faded ink, pencil-and-ink technical illustrations and authentic 1980s–90s factory-document aesthetics. Give each car a prominent realistic 3/4 hero view, surrounded by front, side, rear and top technical drawings with dimensions. Include concise specification panels explaining each car’s engine, horsepower, torque, drivetrain, suspension, brakes, aerodynamics, weight, acceleration and top speed. Add detailed mechanical illustrations of the engines, chassis and drivetrain, plus small studies of headlights, wheels, brakes, intakes, spoilers and interiors. Use numbered callouts, arrows, measurement lines, engineering annotations and period-style typography. Make the information feel like an authentic factory engineering sheet rather than a modern infographic. Highly detailed, realistic automotive rendering blended with hand-drawn technical artwork, sophisticated archival print texture, 16:9 landscape, ultra-high resolution.

2x2 grid, 16:9, AI infers viral topics: Create a haunting, minimalist 3D visualization that represents what is missing, lost, avoided, delayed, or erased because of [TOPIC]. The AI should choose a statistic involving loss: missing sleep, lost time, extinct species, unbuilt homes, unpaid wages, wasted food, lost attention, preventable deaths, disappearing land, delayed care, or unrealized potential. Instead of showing the object directly, represent it as negative space: empty chairs, ghost outlines, hollow cubes, missing city blocks, erased silhouettes, transparent containers, absent books, unfilled beds, or a carved-out void in a solid mass. The missing quantity should feel physically present through absence. Style: museum-grade isometric 3D render, matte clay and translucent materials, soft directional lighting, quiet shadows, neutral grey backdrop. Use one oversized numeral as a solemn anchor. Caption: what is missing, time period, metric, and source year. Add a tiny human silhouette for emotional scale. The spirit: make absence feel heavier than presence.