Please generate a high-design character relationship map poster based on {argument name="theme" default="Demon Slayer"}. This image should not be a simple illustration, but a character relationship map that combines information visualization, narrative structure, poster design sense, and stylistic fidelity. Please automatically complete the following: - Identify the work and core settings corresponding to the theme - Extract the most representative 6–12 key characters, not exceeding 15 if necessary - Identify and display key character relationships, including blood ties, romance, friendship, alliances, hostility, master-disciple, etc. - Automatically choose a composition method based on the work's characteristics, such as protagonist-centered, dual-core confrontation, faction-based, family tree, or chronological evolution - Automatically refine the work's style DNA, including color, worldview symbols, textures, mood, typography, and representative elements - Transform these stylistic elements into an overall visual design for the relationship map, rather than simply copying an official poster - Use different colors, line types, and arrows to distinguish different relationships, ensuring clear lines and layers without clutter - Make core characters most prominent, followed by important characters, and subordinate characters weakened to form a clear visual hierarchy - Ensure every character name is legible, with identity or faction labels if necessary The final product should satisfy: - Immediate understanding of character hierarchy and key relationships - Obvious alignment with the original work's temperament and setting - Combines the clarity of an infographic with the premium design of a poster - Unified, exquisite, complete, and suitable for social media sharing or poster display - Avoids a cheap flowchart feel, messy piling, and information overload.
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Please generate a high-design character relationship map poster based on {argument name="theme" default="Demon Slayer"}. This image should not be a simple illustration, but a character relationship map that combines information visualization, narrative structure, poster design sense, and stylistic fidelity. Please automatically complete the following: - Identify the work and core settings corresponding to the theme - Extract the most representative 6–12 key characters, not exceeding 15 if necessary - Identify and display key character relationships, including blood ties, romance, friendship, alliances, hostility, master-disciple, etc. - Automatically choose a composition method based on the work's characteristics, such as protagonist-centered, dual-core confrontation, faction-based, family tree, or chronological evolution - Automatically refine the work's style DNA, including color, worldview symbols, textures, mood, typography, and representative elements - Transform these stylistic elements into an overall visual design for the relationship map, rather than simply copying an official poster - Use different colors, line types, and arrows to distinguish different relationships, ensuring clear lines and layers without clutter - Make core characters most prominent, followed by important characters, and subordinate characters weakened to form a clear visual hierarchy - Ensure every character name is legible, with identity or faction labels if necessary The final product should satisfy: - Immediate understanding of character hierarchy and key relationships - Obvious alignment with the original work's temperament and setting - Combines the clarity of an infographic with the premium design of a poster - Unified, exquisite, complete, and suitable for social media sharing or poster display - Avoids a cheap flowchart feel, messy piling, and information overload.
Please generate a high-design character relationship map poster based on {argument name="theme" default="Demon Slayer"}. This image should not be a simple illustration, but a character relationship map that combines information visualization, narrative structure, poster design sense, and stylistic fidelity. Please automatically complete the following: - Identify the work and core settings corresponding to the theme - Extract the most representative 6–12 key characters, not exceeding 15 if necessary - Identify and display key character relationships, including blood ties, romance, friendship, alliances, hostility, master-disciple, etc. - Automatically choose a composition method based on the work's characteristics, such as protagonist-centered, dual-core confrontation, faction-based, family tree, or chronological evolution - Automatically refine the work's style DNA, including color, worldview symbols, textures, mood, typography, and representative elements - Transform these stylistic elements into an overall visual design for the relationship map, rather than simply copying an official poster - Use different colors, line types, and arrows to distinguish different relationships, ensuring clear lines and layers without clutter - Make core characters most prominent, followed by important characters, and subordinate characters weakened to form a clear visual hierarchy - Ensure every character name is legible, with identity or faction labels if necessary The final product should satisfy: - Immediate understanding of character hierarchy and key relationships - Obvious alignment with the original work's temperament and setting - Combines the clarity of an infographic with the premium design of a poster - Unified, exquisite, complete, and suitable for social media sharing or poster display - Avoids a cheap flowchart feel, messy piling, and information overload.
{ "type": "sports match infographic poster", "theme": "UEFA Champions League", "background": "dark blue and purple cosmic sky, glowing blue hexagonal lines, illuminated stadium reflecting on water at bottom", "header": { "logo": "UEFA Champions League", "title": "{argument name=\"stage\" default=\"HALBFINALE\"}", "subtitle": "DAS ZIEL: {argument name=\"location\" default=\"BUDAPEST 2026\"}", "venue": "PUSKÁS ARÉNA" }, "matchup": { "player_left": "{argument name=\"team 1 player\" default=\"Harry Kane\"} in red FC Bayern kit", "player_right": "{argument name=\"team 2 player\" default=\"Ousmane Dembélé\"} in blue PSG kit", "center_logos": "FC Bayern München and Paris Saint-Germain with VS", "date_box": "calendar icon, MITTWOCH, {argument name=\"date\" default=\"06.05.2026\"}" }, "facts_section": { "title": "FACTS", "count": 5, "items": [ "Trophy icon: DIE KÖNIGSKLASSE 2025/26", "Bar chart icon: KANE IN TOPFORM", "Lightning bolt icon: DEMBÉLÉ ÜBERFLIEGER", "Two people icon: BISHER 14 DUELLE", "Stadium icon: BUDAPEST RUFT" ] }, "footer": { "trophy": "Champions League trophy on right", "stadium_image": "Puskás Aréna at night", "tagline": "EIN TRAUM. EIN ZIEL. EIN TITEL.", "bottom_text": "ROAD TO BUDAPEST 2026" } }
{ "type": "scientific optical setup diagram", "main_setup": { "base": "optical breadboard table with grid of mounting holes", "beam": "red laser beam passing horizontally through all components", "top_grouping_brackets": [ "{argument name=\"first component group\" default=\"Dual Modulation\"}", "4f Relay Optics", "Imaging Optics", "Detection" ], "components_left_to_right": [ { "name": "Laser", "label": "{argument name=\"laser wavelength\" default=\"λ = 632.8 nm\"}", "appearance": "black rectangular box" }, { "name": "SLM1", "label": "(Phase / Pol. Mod.)", "appearance": "black square device on post" }, { "name": "Lens L1", "label": "(f1)", "appearance": "lens in black ring mount" }, { "name": "Iris", "label": "Fourier Plane (Pupil Plane) / (Higher Orders Filtered)", "appearance": "black ring mount with dashed line above" }, { "name": "HWP", "label": "(λ/2)", "appearance": "purple-tinted optic in black ring mount" }, { "name": "Lens L2", "label": "(f1)", "appearance": "lens in black ring mount" }, { "name": "SLM2", "label": "(Phase / Pol. Mod.)", "appearance": "black square device on post" }, { "name": "Lens L3", "label": "(f2)", "appearance": "lens in black ring mount" }, { "name": "Lens L4", "label": "(f2)", "appearance": "lens in black ring mount" }, { "name": "Linear Polarizer", "label": "(Global Analyzer)", "appearance": "lens in black ring mount" }, { "name": "Polarization Camera", "label": "POLARIZATION CAMERA", "appearance": "blue and black box camera" } ] }, "inset_diagram": { "position": "bottom right, dashed border", "title": "{argument name=\"inset title\" default=\"Polarization Camera Micro-Polarizer Array\"} (Per-Pixel Analyzer)", "visuals": "4x4 grid of colored squares with white directional arrows", "legend_count": 4, "legend_labels": [ "red right-arrow 0° (H)", "green up-arrow 90° (V)", "blue diagonal-arrow 45° (D)", "yellow diagonal-arrow 135° (A)" ] }, "bottom_caption": { "figure_number": "Fig. 5.", "title": "{argument name=\"setup title\" default=\"Ellipsography Hardware Setup.\"}", "description": "{argument name=\"figure caption\" default=\"Our prototype display system employs a dual-modulation configuration to achieve simultaneous control of phase and polarization. A 4f relay optics setup transfers the modulated wavefront...\"}" } }
{ "type": "scientific hardware diagram", "layout": { "main_scene": "3D render of an optical table with a red laser beam passing through 11 aligned optical components mounted on black posts.", "top_brackets": [ {"label": "Dual Modulation", "span": "SLM1"}, {"label": "4f Relay Optics", "span": "Lens L1 to Lens L2"}, {"label": "Imaging Optics", "span": "SLM2 to Lens L4"}, {"label": "Detection", "span": "Camera"} ], "optical_components_left_to_right": [ {"name": "Laser", "labels": ["Laser", "λ = {argument name=\"laser wavelength\" default=\"632.8 nm\"}"]}, {"name": "SLM1", "labels": ["SLM1", "(Phase / Pol. Mod.)"]}, {"name": "Lens L1", "labels": ["Lens L1", "(f1)"]}, {"name": "Iris", "labels": ["Fourier Plane", "(Pupil Plane)", "Iris", "(Higher Orders Filtered)"]}, {"name": "HWP", "labels": ["HWP", "(λ/2)"]}, {"name": "Lens L2", "labels": ["Lens L2", "(f1)"]}, {"name": "SLM2", "labels": ["SLM2", "(Phase / Pol. Mod.)"]}, {"name": "Lens L3", "labels": ["Lens L3", "(f2)"]}, {"name": "Lens L4", "labels": ["Lens L4", "(f2)"]}, {"name": "Linear Polarizer", "labels": ["Linear", "-Polarizer", "(Global Analyzer)"]}, {"name": "Polarization Camera", "labels": ["POLARIZATION CAMERA"]} ], "inset_box": { "position": "bottom right", "title": "Polarization Camera Micro-Polarizer Array (Per-Pixel Analyzer)", "grid": "4x4 grid of colored squares with directional arrows", "legend_count": 4, "legend_items": [ "Red square, horizontal arrow, 0° (H)", "Green square, vertical arrow, 90° (V)", "Blue square, diagonal arrow, 45° (D)", "Yellow square, diagonal arrow, 135° (A)" ] }, "bottom_caption": { "figure_prefix": "{argument name=\"figure number\" default=\"Fig. 5.\"}", "title": "{argument name=\"system name\" default=\"Ellipsography Hardware Setup.\"}", "text": "Paragraph of scientific text explaining the dual-modulation configuration, 4f relay optics, and polarization camera." } } }
[CORE TASK] Transform the provided input image into a pose-and-light analysis sheet. This is NOT a finished character illustration. This is NOT a clothing sheet. This is NOT a beauty-preserving redraw. This is a white-line rough mannequin conversion. [PRIMARY GOAL] Extract and visualize only: - pose structure - body balance - camera angle - body line flow - inferred light source placement - illuminated areas and light intensity [INPUT ROLE] Use the provided image as the strict anchor for: - pose - camera angle - body tilt - weight distribution - approximate lighting situation Do NOT preserve: - face rendering - hairstyle rendering - clothing detail - accessories - weapon detail - background architecture - character identity - emotional expression [FIGURE CONVERSION] single rough mannequin-like human figure white body contour lines white internal construction lines simple mannequin head no face no eyes no mouth no eyelashes no personality no individual identity human figure should look like: - rough pose mannequin - anatomy proxy - line-based body guide - structural sketch - white-line rough dummy keep: - pose readability - silhouette flow - head tilt - torso direction - pelvis direction - limb placement [BACKGROUND] pure black background negative-style dark field no scenery no props no architecture no environmental storytelling [LINE STYLE] rough white line drawing clean but sketch-like construction-line feeling anatomy guide lines visible joint flow visible body contour emphasized no polished illustration finish [LIGHT ESTIMATION] predict the likely light source positions from the input image visualize the light sources and illuminated areas using green glow only use green light intensity with variation: - strongest green where the light directly hits - medium green for wrap light - soft green for reflected or fading light mark the estimated light sources with labels and arrows such as: - Main Light - Rim Light - Fill Light - Floor Bounce - Back Light only if appropriate IMPORTANT: do not invent random lights infer lighting from the original input image if the lighting is ambiguous, keep the annotations simple and plausible [GREEN LIGHT VISUALIZATION] show green glow on: - head / skull plane - neck - shoulders - chest plane - ribcage direction - pelvis edge - thigh planes - knee contact points - floor contact bounce if applicable use green light not as decoration, but as lighting analysis information [POSE PRIORITY] 1. preserve pose structure 2. preserve camera angle 3. preserve body balance 4. preserve head-torso relationship 5. visualize likely light direction 6. show illuminated areas with readable green intensity variation [NEGATIVE] finished person, cute girl, detailed face, hair rendering, clothing rendering, weapon emphasis, beautiful anatomy
[CORE TASK] Transform the provided input image into a pose-and-light analysis sheet. This is NOT a finished character illustration. This is NOT a clothing sheet. This is NOT a beauty-preserving redraw. This is a white-line rough mannequin conversion. [PRIMARY GOAL] Extract and visualize only: - pose structure - body balance - camera angle - body line flow - inferred light source placement - illuminated areas and light intensity [INPUT ROLE] Use the provided image as the strict anchor for: - pose - camera angle - body tilt - weight distribution - approximate lighting situation Do NOT preserve: - face rendering - hairstyle rendering - clothing detail - accessories - weapon detail - background architecture - character identity - emotional expression [FIGURE CONVERSION] single rough mannequin-like human figure white body contour lines white internal construction lines simple mannequin head no face no eyes no mouth no eyelashes no personality no individual identity human figure should look like: - rough pose mannequin - anatomy proxy - line-based body guide - structural sketch - white-line rough dummy keep: - pose readability - silhouette flow - head tilt - torso direction - pelvis direction - limb placement [BACKGROUND] pure black background negative-style dark field no scenery no props no architecture no environmental storytelling [LINE STYLE] rough white line drawing clean but sketch-like construction-line feeling anatomy guide lines visible joint flow visible body contour emphasized no polished illustration finish [LIGHT ESTIMATION] predict the likely light source positions from the input image visualize the light sources and illuminated areas using green glow only use green light intensity with variation: - strongest green where the light directly hits - medium green for wrap light - soft green for reflected or fading light mark the estimated light sources with labels and arrows such as: - Main Light - Rim Light - Fill Light - Floor Bounce - Back Light only if appropriate IMPORTANT: do not invent random lights infer lighting from the original input image if the lighting is ambiguous, keep the annotations simple and plausible [GREEN LIGHT VISUALIZATION] show green glow on: - head / skull plane - neck - shoulders - chest plane - ribcage direction - pelvis edge - thigh planes - knee contact points - floor contact bounce if applicable use green light not as decoration, but as lighting analysis information [POSE PRIORITY] 1. preserve pose structure 2. preserve camera angle 3. preserve body balance 4. preserve head-torso relationship 5. visualize likely light direction 6. show illuminated areas with readable green intensity variation [NEGATIVE] finished person, cute girl, detailed face, hair rendering, clothing rendering, weapon emphasis, beautiful anatomy
[CORE TASK] Transform the provided input image into a pose-and-light analysis sheet. This is NOT a finished character illustration. This is NOT a clothing sheet. This is NOT a beauty-preserving redraw. This is a white-line rough mannequin conversion. [PRIMARY GOAL] Extract and visualize only: - pose structure - body balance - camera angle - body line flow - inferred light source placement - illuminated areas and light intensity [INPUT ROLE] Use the provided image as the strict anchor for: - pose - camera angle - body tilt - weight distribution - approximate lighting situation Do NOT preserve: - face rendering - hairstyle rendering - clothing detail - accessories - weapon detail - background architecture - character identity - emotional expression [FIGURE CONVERSION] single rough mannequin-like human figure white body contour lines white internal construction lines simple mannequin head no face no eyes no mouth no eyelashes no personality no individual identity human figure should look like: - rough pose mannequin - anatomy proxy - line-based body guide - structural sketch - white-line rough dummy keep: - pose readability - silhouette flow - head tilt - torso direction - pelvis direction - limb placement [BACKGROUND] pure black background negative-style dark field no scenery no props no architecture no environmental storytelling [LINE STYLE] rough white line drawing clean but sketch-like construction-line feeling anatomy guide lines visible joint flow visible body contour emphasized no polished illustration finish [LIGHT ESTIMATION] predict the likely light source positions from the input image visualize the light sources and illuminated areas using green glow only use green light intensity with variation: - strongest green where the light directly hits - medium green for wrap light - soft green for reflected or fading light mark the estimated light sources with labels and arrows such as: - Main Light - Rim Light - Fill Light - Floor Bounce - Back Light only if appropriate IMPORTANT: do not invent random lights infer lighting from the original input image if the lighting is ambiguous, keep the annotations simple and plausible [GREEN LIGHT VISUALIZATION] show green glow on: - head / skull plane - neck - shoulders - chest plane - ribcage direction - pelvis edge - thigh planes - knee contact points - floor contact bounce if applicable use green light not as decoration, but as lighting analysis information [POSE PRIORITY] 1. preserve pose structure 2. preserve camera angle 3. preserve body balance 4. preserve head-torso relationship 5. visualize likely light direction 6. show illuminated areas with readable green intensity variation [NEGATIVE] finished person, cute girl, detailed face, hair rendering, clothing rendering, weapon emphasis, beautiful anatomy
Please generate a high-quality vertical "Popular Science Encyclopedia Image" based on {argument name="theme" default="animals"}. This image is not a regular poster or a simple illustration, but a modular popular science infographic that possesses a sense of "illustration book, encyclopedia, information structure, and collectability." The overall style should reference a combination of high-end natural history illustrations, modern encyclopedia pages, lifestyle knowledge cards, and highly shareable social media infographics. Please include in the frame: - A clear and beautiful main visual of the subject - Several magnified details of local characteristics - Multiple rounded modular information sections - Clear title hierarchies and key labels - Concise yet rich encyclopedic content - Visual ratings, key point summaries, or Top 5 modules Content columns should be automatically adapted based on the theme, prioritized from these directions: basic profile, classification information, appearance characteristics, habits/ecology, formation mechanism/structure, growth or use conditions, care or maintenance suggestions, risks and precautions, suitable audience or scenarios, pros and cons comparison, and quick rating cards. Visual requirements: Light-colored clean background, soft color palette, light shadows, exquisite small icons, rounded information boxes, neat layout, high information density but not crowded, good reading experience. The overall result must look like a real science encyclopedia card suitable for publishing, reading, collecting, and serialized production, rather than an advertisement. Please do not make it a regular commercial promotional poster. Highlight the features of "knowledge organization + modular information + illustration-style display."
Please generate a high-quality vertical "Popular Science Encyclopedia Image" based on {argument name="theme" default="animals"}. This image is not a regular poster or a simple illustration, but a modular popular science infographic that possesses a sense of "illustration book, encyclopedia, information structure, and collectability." The overall style should reference a combination of high-end natural history illustrations, modern encyclopedia pages, lifestyle knowledge cards, and highly shareable social media infographics. Please include in the frame: - A clear and beautiful main visual of the subject - Several magnified details of local characteristics - Multiple rounded modular information sections - Clear title hierarchies and key labels - Concise yet rich encyclopedic content - Visual ratings, key point summaries, or Top 5 modules Content columns should be automatically adapted based on the theme, prioritized from these directions: basic profile, classification information, appearance characteristics, habits/ecology, formation mechanism/structure, growth or use conditions, care or maintenance suggestions, risks and precautions, suitable audience or scenarios, pros and cons comparison, and quick rating cards. Visual requirements: Light-colored clean background, soft color palette, light shadows, exquisite small icons, rounded information boxes, neat layout, high information density but not crowded, good reading experience. The overall result must look like a real science encyclopedia card suitable for publishing, reading, collecting, and serialized production, rather than an advertisement. Please do not make it a regular commercial promotional poster. Highlight the features of "knowledge organization + modular information + illustration-style display."
Please generate a high-quality vertical "Popular Science Encyclopedia Image" based on {argument name="theme" default="animals"}. This image is not a regular poster or a simple illustration, but a modular popular science infographic that possesses a sense of "illustration book, encyclopedia, information structure, and collectability." The overall style should reference a combination of high-end natural history illustrations, modern encyclopedia pages, lifestyle knowledge cards, and highly shareable social media infographics. Please include in the frame: - A clear and beautiful main visual of the subject - Several magnified details of local characteristics - Multiple rounded modular information sections - Clear title hierarchies and key labels - Concise yet rich encyclopedic content - Visual ratings, key point summaries, or Top 5 modules Content columns should be automatically adapted based on the theme, prioritized from these directions: basic profile, classification information, appearance characteristics, habits/ecology, formation mechanism/structure, growth or use conditions, care or maintenance suggestions, risks and precautions, suitable audience or scenarios, pros and cons comparison, and quick rating cards. Visual requirements: Light-colored clean background, soft color palette, light shadows, exquisite small icons, rounded information boxes, neat layout, high information density but not crowded, good reading experience. The overall result must look like a real science encyclopedia card suitable for publishing, reading, collecting, and serialized production, rather than an advertisement. Please do not make it a regular commercial promotional poster. Highlight the features of "knowledge organization + modular information + illustration-style display."
Please generate a high-quality vertical "Popular Science Encyclopedia Image" based on {argument name="theme" default="animals"}. This image is not a regular poster or a simple illustration, but a modular popular science infographic that possesses a sense of "illustration book, encyclopedia, information structure, and collectability." The overall style should reference a combination of high-end natural history illustrations, modern encyclopedia pages, lifestyle knowledge cards, and highly shareable social media infographics. Please include in the frame: - A clear and beautiful main visual of the subject - Several magnified details of local characteristics - Multiple rounded modular information sections - Clear title hierarchies and key labels - Concise yet rich encyclopedic content - Visual ratings, key point summaries, or Top 5 modules Content columns should be automatically adapted based on the theme, prioritized from these directions: basic profile, classification information, appearance characteristics, habits/ecology, formation mechanism/structure, growth or use conditions, care or maintenance suggestions, risks and precautions, suitable audience or scenarios, pros and cons comparison, and quick rating cards. Visual requirements: Light-colored clean background, soft color palette, light shadows, exquisite small icons, rounded information boxes, neat layout, high information density but not crowded, good reading experience. The overall result must look like a real science encyclopedia card suitable for publishing, reading, collecting, and serialized production, rather than an advertisement. Please do not make it a regular commercial promotional poster. Highlight the features of "knowledge organization + modular information + illustration-style display."
{ "type": "complex urban systems atlas infographic", "style": "{argument name=\"color palette\" default=\"dark background with glowing blue, gold, and purple accents\"}, highly detailed technical illustration, 3D isometric cutaway", "header": { "title": "{argument name=\"chinese city name\" default=\"上海\"}城市系统剖面 {argument name=\"english city name\" default=\"SHANGHAI\"} URBAN SYSTEMS ATLAS", "subtitles": [ "地表之上，是城市；地表之下，是秩序 {argument name=\"english subtitle\" default=\"Beneath the skyline lies the machine.\"}", "一座城市如何运转 How a Megacity Actually Works" ] }, "layout": { "top_left": "Compass rose and city map labeled '上海市域位置 SHANGHAI LOCATION'", "top_right": "Data table titled '城市数据 CITY DATA' with 7 rows of statistics", "centerpiece": { "description": "{argument name=\"centerpiece style\" default=\"highly detailed 3D isometric cutaway render\"} of a megacity river landscape", "layers": [ "地面层 SURFACE", "排水层 DRAINAGE LAYER", "电力层 POWER LAYER", "通信层 COMMUNICATION LAYER", "轨道交通层 METRO LAYER", "道路隧道层 ROAD TUNNEL LAYER", "管廊综合层 UTILITY CORRIDOR LAYER" ] }, "side_panels": [ { "id": "01", "title": "城市主骨架 URBAN SKELETON", "elements": "Map with 8 legend items" }, { "id": "02", "title": "排水与地下水网 DRAINAGE + STORMWATER", "elements": "Cross-section diagram '典型排水剖面 DRAINAGE SECTION' with 5 legend items" }, { "id": "03", "title": "电网与能源分配 POWER GRID + ENERGY", "elements": "Cross-section diagram '典型变电站剖面 SUBSTATION SECTION' with 6 legend items" }, { "id": "04", "title": "通信与网络骨干 TELECOM + INTERNET", "elements": "Cross-section diagram '数据中心剖面 DATA CENTER SECTION' with 6 legend items" }, { "id": "05", "title": "地铁与地下交通 METRO + SUBSURFACE MOBILITY", "elements": "Cross-section diagram '人民广场站剖面 PEOPLE'S SQUARE STATION' with 6 legend items" }, { "id": "06", "title": "道路、高架与循环 ROADS + ELEVATED MOBILITY", "elements": "Cross-section diagram '南浦大桥剖面 NANPU BRIDGE SECTION' with 6 legend items" }, { "id": "07", "title": "管廊与地下设施 UTILITY CORRIDORS + PLUMBING", "elements": "Cross-section diagram '综合管廊 UTILITY CORRIDOR' with 8 legend items" }, { "id": "08", "title": "城市流量与系统协同 URBAN FLOWS + COORDINATION", "elements": "Map diagram '城市运行指挥中心 CITY OPERATIONS CENTER' with 6 legend items" } ], "bottom_panels": { "system_logic": { "title": "城市系统协同逻辑 SYSTEM COORDINATION LOGIC", "steps": 4, "labels": ["感知层 SENSING LAYER", "网络层 NETWORK LAYER", "平台层 PLATFORM LAYER", "应用层 APPLICATION LAYER"] }, "city_brain": { "title": "城市大脑 CITY BRAIN", "central_node": 1, "peripheral_nodes": 8 }, "references": { "depth_scale": { "title": "深度与尺度 DEPTH & SCALE REFERENCE", "icons": 5 }, "map_scale": { "title": "比例尺 SCALE", "markers": 4 } } } } }
{ "type": "scientific botanical infographic poster", "subject": "{argument name=\"plant species\" default=\"Pomegranate (Punica granatum)\"}", "style": "vintage botanical illustration mixed with modern infographic design, highly detailed, {argument name=\"color palette\" default=\"earthy greens, deep reds, parchment background\"}", "header": { "main_title": "{argument name=\"main title\" default=\"植物生命路径剖面\"}", "english_title": "{argument name=\"english title\" default=\"BOTANICAL GROWTH ATLAS\"}", "subtitle": "从种子到果实，一株植物如何展开自己 / FROM SEED TO FRUIT" }, "centerpiece": "full plant showing extensive root system, woody stem, green leaves, blooming red flowers, and ripe fruits including one halved to show seeds", "layout": { "numbered_sections": [ { "number": 1, "title": "种子结构 / Seed Architecture", "content": "cross-section of a single seed with 6 labeled parts" }, { "number": 2, "title": "萌发机制 / Germination Mechanism", "content": "sequence of 5 sprouting seeds showing radicle emergence" }, { "number": 3, "title": "根系与地下网络 / Root System + Subsurface Intelligence", "content": "detailed root network with 2 circular microscopic cross-sections showing vascular bundles and hyphae" }, { "number": 4, "title": "茎叶生长与维管系统 / Stem, Leaf & Vascular System", "content": "leaf detail and circular stem cross-section with 5 labeled layers" }, { "number": 5, "title": "光合作用与能量转换 / Photosynthesis + Energy Conversion", "content": "3D cellular cross-section of a leaf showing mesophyll and chloroplasts, plus a chemical equation diagram" }, { "number": 6, "title": "花芽分化与开花机制 / Bud Formation + Blooming", "content": "detailed flower cross-section showing stamen and ovary, plus a 4-season timeline" }, { "number": 7, "title": "授粉与结果路径 / Pollination + Fruiting Pathway", "content": "bee approaching a flower cross-section, followed by a sequence of 5 stages of ovary development into a fruit" }, { "number": 8, "title": "果实成熟与种子循环 / Fruit Maturation + Seed Cycle", "content": "ripe fruit breaking open, seeds dispersing downwards to a new sprout" } ], "additional_elements": [ { "position": "bottom left", "title": "环境触发因素 / Environmental Triggers", "content": "grid of 6 weather/environmental icons and 6 nutrient element icons (N, P, K, Ca, Mg, Fe)" }, { "position": "bottom edge", "title": "Growth Timeline", "content": "linear sequence of 19 small plant icons showing the complete life cycle from seed to mature plant" } ], "footer_quote": "{argument name=\"bottom quote\" default=\"理解植物，就是理解生命如何在时间中构建秩序。\"}" } }
{ "type": "technical infographic and exploded view diagram", "header": { "title": "{argument name=\"main title\" default=\"佳能 EOS R5 成像系统剖面 CANON EOS R5 IMAGING ATLAS\"}", "subtitles": [ "一张照片是如何被制造出来的 HOW AN IMAGE IS ACTUALLY FORMED", "从光，到数据 | FROM PHOTONS TO FILES", "相机不是壳体，而是一条运算链 A camera is not a shell, but a computational chain" ], "top_left_box": { "title": "EOS R5 核心规格 KEY SPECIFICATIONS", "bullet_points_count": 6 }, "top_right_images": { "count": 2, "description": "front and back views of the camera body" } }, "centerpiece": { "description": "highly detailed 3D exploded view of the {argument name=\"camera model\" default=\"Canon EOS R5\"} camera, showing internal components separated vertically", "components_visible": [ "lens mount", "lens elements with glowing blue light rays", "image sensor", "motherboard with glowing {argument name=\"processor name\" default=\"DIGIC X\"} chip", "battery pack", "dual card slots", "electronic viewfinder (EVF)" ] }, "layout": { "numbered_sections": [ { "number": 1, "title": "光学入口 OPTICAL ENTRY", "elements": ["lens cross-section with light rays", "2 line graphs"] }, { "number": 2, "title": "光圈、快门与曝光控制 APERTURE, SHUTTER, EXPOSURE", "elements": ["3 aperture blade diagrams", "4 shutter speed example photos", "depth of field diagram", "exposure triangle diagram"] }, { "number": 3, "title": "对焦系统与成像平面 FOCUS ACQUISITION + IMAGE PLANE", "elements": ["lens alignment diagram", "AF coverage photo of a runner"] }, { "number": 4, "title": "传感器与像素结构 SENSOR + PIXEL ARCHITECTURE", "elements": ["3D pixel array diagram", "single pixel cross-section diagram", "sensor spec table", "quantum efficiency graph"] }, { "number": 5, "title": "防抖系统与机械稳定 IBIS + MECHANICAL STABILIZATION", "elements": ["sensor shift mechanism diagram with yaw/pitch/roll axes", "2 stabilization effect comparison photos"] }, { "number": 6, "title": "模拟信号、模数转换与读出 ANALOG READOUT + A/D CONVERSION", "elements": ["signal flowchart", "3 readout timing graphs", "signal-to-noise ratio graph", "rolling shutter example photo of a car"] }, { "number": 7, "title": "DIGIC X 图像处理链 DIGIC X IMAGE PROCESSING PIPELINE", "elements": ["processing flowchart with central chip", "dynamic range graph", "tone curve graph", "histogram"] }, { "number": 8, "title": "文件生成、显示与存储 FILE OUTPUT, PREVIEW, STORAGE", "elements": ["file output flowchart", "2 storage card icons", "file workflow diagram"] } ], "bottom_comparisons": { "count": 5, "labels": [ "传感器尺寸对比 SENSOR SIZE COMPARISON", "镜头焦距与视角 FOCAL LENGTH & ANGLE OF VIEW", "ISO 与噪点关系 ISO & NOISE RELATIONSHIP", "光圈与景深关系 APERTURE & DEPTH OF FIELD", "RAW vs JPEG" ] }, "footer": "{argument name=\"footer quote\" default=\"光被捕获，数据被解读，影像被记录，记忆被永恒。 Light is captured. Data is interpreted. Image is recorded. Memory is eternal.\"}" }, "style": "clean, technical, highly detailed, photorealistic components, blueprint-style annotations, light gray background, precise typography" }
{ "type": "technical infographic", "subject": "{argument name=\"subject matter\" default=\"digital photography process\"}", "header": { "title": "{argument name=\"main title\" default=\"一张照片诞生的因果链 THE CAUSAL CHAIN OF A PHOTOGRAPH\"}", "subtitle": "从世界，到图像 FROM WORLD TO IMAGE" }, "centerpiece": { "description": "Exploded isometric view of a modern mirrorless camera", "model": "{argument name=\"camera model\" default=\"Canon EOS R5\"}", "labeled_parts_count": 12, "labeled_parts": [ "EVF", "Body Structure", "Control Dials", "Thermal Design", "Optical Axis", "IBIS Stabilizer", "Shutter Unit", "Full-Frame Sensor", "{argument name=\"processor name\" default=\"DIGIC X Processor\"}", "Main PCB", "High-Speed Bus", "Card Slot" ] }, "layout": { "left_column": { "description": "Chronological causal chain", "count": 13, "steps": [ "01 REALITY EXISTS", "02 PHOTONS LEAVE THE WORLD", "03 LENS ACCEPTS & BENDS LIGHT", "04 APERTURE SELECTS", "05 SHUTTER CUTS TIME", "06 FOCUS SETS PRIORITY", "07 SENSOR RECEIVES EVENT", "08 LIGHT BECOMES CHARGE", "09 ANALOG READOUT", "10 A/D CONVERSION", "11 COMPUTATION RECONSTRUCTS", "12 IMAGE APPEARS", "13 MEMORY OUTLIVES" ] }, "right_column": { "title": "八大模块 / 8 MODULES", "count": 8, "modules": [ "1 ORIGIN OF LIGHT", "2 LENS SHAPES REALITY", "3 APERTURE & SHUTTER EDIT THE WORLD", "4 FOCUS DECIDES CLARITY", "5 SENSOR MEASURES LIGHT", "6 SIGNAL BORN & AMPLIFIED", "7 COMPUTATION BUILDS IMAGE", "8 FILE BECOMES MEMORY" ] }, "side_diagrams": { "count": 7, "descriptions": [ "Ray cone & image formation", "Aperture & depth of field", "Shutter & motion", "Focal plane & clarity", "Pixel structure", "Photoelectric conversion", "Analog signal waveform" ] }, "footer": { "count": 5, "description": "Philosophical summary points" } }, "style": "technical, precise, wireframe elements, glowing data lines, photorealistic camera components, clean typography, dual-language" }
{ "type": "comprehensive medical infographic", "style": "highly detailed 3D medical illustration, clinical white background, clean typography", "header": { "title_cn": "{argument name=\"main title\" default=\"痛风诞生的因果链\"}", "title_en": "{argument name=\"english title\" default=\"THE CAUSAL CHAIN OF GOUT\"}", "subtitle": "Pain is not the beginning. Metabolic imbalance is.", "top_right_sequence": { "count": 6, "labels": ["Metabolism", "Transport", "Crystallization", "Immunity", "Inflammation", "Damage"] } }, "centerpiece": { "description": "{argument name=\"central figure\" default=\"transparent anatomical human body showing liver, kidneys, and vascular system\"}", "details": "pathway highlighted in {argument name=\"highlight color\" default=\"glowing red\"} descending to the foot" }, "layout": { "left_column": [ { "id": "01", "title": "Purine Sources", "elements": 6, "labels": ["Red meat", "Organ meats", "Seafood", "Beer", "Endogenous", "Fructose"] }, { "id": "02", "title": "Uric Acid Production", "elements": 2, "labels": ["Chemical pathway", "Liver"] }, { "id": "03", "title": "Renal & Intestinal Excretion", "elements": 2, "labels": ["Kidney nephron", "Intestines"] }, { "id": "04", "title": "Hyperuricemia", "elements": 2, "labels": ["Blood vial", "Solubility graph"] } ], "center_overlay": [ { "id": "05", "title": "Crystal Physics", "elements": 3, "labels": ["Supersaturation beaker", "Precipitation beaker", "Molecular structure"] }, { "id": "06", "title": "Joint Deposition & Local Environment", "elements": 1, "labels": ["First MTP joint cross-section"] } ], "right_column": [ { "id": "07", "title": "Immune Inflammatory Cascade", "elements": 4, "labels": ["Macrophage", "Inflammasome", "Neutrophil", "Cytokines"] }, { "id": "08", "title": "Acute Gout Flare", "elements": 1, "labels": ["Inflamed foot"] }, { "id": "09", "title": "Chronic Structural Damage", "elements": 1, "labels": ["Bone erosion joint"] }, { "id": "10", "title": "Tophus Formation", "elements": 2, "labels": ["Hand tophi", "Foot tophi"] }, { "id": "11", "title": "Beyond the Joint", "elements": 2, "labels": ["Kidney stones", "Systemic burden"] } ], "bottom_row": [ { "id": "12", "title": "Pain Is the Final Signal", "elements": 7, "labels": ["Increased Purine", "Overproduction", "Reduced Excretion", "Hyperuricemia", "Crystal Formation", "Immune Activation", "Man in pain"] } ] }, "theme": "{argument name=\"disease focus\" default=\"gout and uric acid crystallization\"}" }
{ "type": "comprehensive medical infographic", "style": "highly detailed 3D medical illustration, clinical white background, clean typography", "header": { "title_cn": "{argument name=\"main title\" default=\"痛风诞生的因果链\"}", "title_en": "{argument name=\"english title\" default=\"THE CAUSAL CHAIN OF GOUT\"}", "subtitle": "Pain is not the beginning. Metabolic imbalance is.", "top_right_sequence": { "count": 6, "labels": ["Metabolism", "Transport", "Crystallization", "Immunity", "Inflammation", "Damage"] } }, "centerpiece": { "description": "{argument name=\"central figure\" default=\"transparent anatomical human body showing liver, kidneys, and vascular system\"}", "details": "pathway highlighted in {argument name=\"highlight color\" default=\"glowing red\"} descending to the foot" }, "layout": { "left_column": [ { "id": "01", "title": "Purine Sources", "elements": 6, "labels": ["Red meat", "Organ meats", "Seafood", "Beer", "Endogenous", "Fructose"] }, { "id": "02", "title": "Uric Acid Production", "elements": 2, "labels": ["Chemical pathway", "Liver"] }, { "id": "03", "title": "Renal & Intestinal Excretion", "elements": 2, "labels": ["Kidney nephron", "Intestines"] }, { "id": "04", "title": "Hyperuricemia", "elements": 2, "labels": ["Blood vial", "Solubility graph"] } ], "center_overlay": [ { "id": "05", "title": "Crystal Physics", "elements": 3, "labels": ["Supersaturation beaker", "Precipitation beaker", "Molecular structure"] }, { "id": "06", "title": "Joint Deposition & Local Environment", "elements": 1, "labels": ["First MTP joint cross-section"] } ], "right_column": [ { "id": "07", "title": "Immune Inflammatory Cascade", "elements": 4, "labels": ["Macrophage", "Inflammasome", "Neutrophil", "Cytokines"] }, { "id": "08", "title": "Acute Gout Flare", "elements": 1, "labels": ["Inflamed foot"] }, { "id": "09", "title": "Chronic Structural Damage", "elements": 1, "labels": ["Bone erosion joint"] }, { "id": "10", "title": "Tophus Formation", "elements": 2, "labels": ["Hand tophi", "Foot tophi"] }, { "id": "11", "title": "Beyond the Joint", "elements": 2, "labels": ["Kidney stones", "Systemic burden"] } ], "bottom_row": [ { "id": "12", "title": "Pain Is the Final Signal", "elements": 7, "labels": ["Increased Purine", "Overproduction", "Reduced Excretion", "Hyperuricemia", "Crystal Formation", "Immune Activation", "Man in pain"] } ] }, "theme": "{argument name=\"disease focus\" default=\"gout and uric acid crystallization\"}" }
{ "type": "medical infographic poster", "style": "highly detailed anatomical illustrations, clean structured layout, scientific diagrammatic style", "color_palette": "{argument name=\"color palette\" default=\"medical red, blue, beige, and anatomical flesh tones\"}", "language": "{argument name=\"language\" default=\"bilingual Chinese and English\"}", "header": { "main_title": "{argument name=\"main title\" default=\"糖尿病诞生的因果链\"}", "english_title": "{argument name=\"english title\" default=\"THE CAUSAL CHAIN OF DIABETES\"}", "subtitle": "从胰岛素失灵，到高血糖，到全身损伤" }, "layout": { "centerpiece": "{argument name=\"central subject\" default=\"transparent human body showing circulatory system and internal organs\"}", "sections_count": 14, "sections": [ { "id": "01", "title": "葡萄糖进入生命", "visuals": ["stomach and intestines"] }, { "id": "02", "title": "胰腺与胰岛素", "visuals": ["pancreas", "beta cell"] }, { "id": "03", "title": "正常胰岛素作用", "visuals": ["receptor signaling diagram", "muscle, liver, adipose icons"] }, { "id": "04", "title": "胰岛素抵抗: 2型通路开始", "visuals": ["receptor blockage diagram", "7 lifestyle icons"] }, { "id": "05", "title": "肝脏持续释放葡萄糖", "visuals": ["liver"] }, { "id": "06", "title": "β细胞衰竭: 代偿到失败", "visuals": ["beta-cell decline line chart"] }, { "id": "07", "title": "1型糖尿病分支", "visuals": ["autoimmune destruction diagram"] }, { "id": "08", "title": "高血糖与血液化学", "visuals": ["blood vessel with glucose", "glucose indicators table", "glucose variability chart"] }, { "id": "09", "title": "高血糖导致组织损伤", "visuals": ["4 pathways of damage diagrams"] }, { "id": "10", "title": "急性代谢后果", "visuals": ["7 symptom icons"] }, { "id": "11", "title": "微血管并发症", "visuals": ["eye", "kidney", "nerve cross-section"] }, { "id": "12", "title": "大血管并发症与组织损伤", "visuals": ["heart", "brain", "diabetic foot"] }, { "id": "13", "title": "器官系统长期代价", "visuals": ["text list"] }, { "id": "14", "title": "糖尿病是调控系统失灵", "visuals": ["metabolic control flowchart"] } ], "footer": { "core_message": "核心信息 CORE MESSAGE" } } }
{ "type": "fashion design process infographic", "title": "{argument name=\"main title\" default=\"一件女装诞生的因果链 THE CAUSAL CHAIN OF A WOMEN'S GARMENT\"}", "subtitle": "从纤维，到版型，到上身 FROM FIBER TO FIT", "style": { "aesthetic": "elegant editorial, technical fashion illustration, highly detailed", "color_palette": "{argument name=\"color palette\" default=\"beige, cream, and neutral tones\"}" }, "layout": { "centerpiece": { "description": "Exploded-view illustration of a {argument name=\"garment type\" default=\"women's trench coat dress\"} showing cascading layers of fabric, pattern pieces, and stitching lines. Top shows a model wearing the finished garment.", "central_list": { "count": 13, "type": "numbered steps with pointer lines", "labels": ["01 Material", "02 Inspiration", "03 Sketch", "04 Fabric", "05 Draping", "06 Pattern", "07 Sewing", "08 Fitting", "09 Revision", "10 Team", "11 Construction", "12 Garment", "13 Collaboration"] } }, "left_column": [ { "module": "MODULE 1: RAW MATERIAL AND FABRIC", "count": 6, "items": ["Fiber", "Yarn Structure", "Fabric Construction", "Weight", "Drape", "Surface Texture"] }, { "module": "MODULE 2: INSPIRATION AND DIRECTION", "count": 5, "items": ["Inspiration Source", "Color Direction", "Woman Image", "Occasion Positioning", "Silhouette Intention"] }, { "module": "MODULE 3: DESIGN SKETCH AND SILHOUETTE", "count": 7, "items": ["Design Sketch", "Construction Line", "Front Back Relationship", "Neckline", "Shoulder Line", "Waist Line", "Hem Proportion"] } ], "right_column": [ { "module": "MODULE 4: PATTERNMAKING AND DRAPING", "count": 6, "items": ["Draping", "Patternmaking", "Dart", "Panel Line", "Ease", "Grain Direction"] }, { "module": "MODULE 5: CUTTING AND SAMPLING", "count": 5, "items": ["Cutting", "Layout", "Sample Sewing", "Construction Sequence", "Technique Test"] }, { "module": "MODULE 6: FITTING AND REVISION", "count": 4, "items": ["Fitting", "Fit Issues", "Before", "After"] } ], "bottom_row": [ { "module": "MODULE 7: TEAM COLLABORATION", "count": 8, "items": ["Designer", "Patternmaker", "Fabric Buyer", "Sample Maker", "Merchandiser", "QC", "Feedback Loop", "Model"] }, { "module": "MODULE 8: FINAL GARMENT PRESENTATION", "count": 3, "items": ["Details", "Finished Front & Back", "Labels & Care"] }, { "module": "MODULE 9: FINAL WEAR", "count": 3, "items": ["Drape", "Proportion", "Movement in Motion"] }, { "module": "MODULE 10: THE CHAIN SUMMARY", "count": 8, "items": ["Material Foundation", "Aesthetic Judgment", "Structural Engineering", "Craft Realization", "Body Negotiation", "Team Collaboration", "Iterative Revision", "Final Garment"] } ], "footer": "{argument name=\"footer text\" default=\"一件成衣，因无数判断而存在 A garment exists because of countless decisions.\"}" } }
A breathtaking and extremely complex world-building infographic masterpiece conceptualizing the "{argument name="theme" default="Fundamental Differences between Confucianism, Buddhism, and Taoism"}", designed as a profound {argument name="style" default="ancient Oriental mythological manuscript"}. Background: Pure white vintage textured canvas with a light beige aged parchment base color, subtle frayed edges, and water stain textures. Core Layout: Central vision uses a grand "vertical egg-shaped layered structure", with Buddhism, Taoism, and Confucianism layers from top to bottom. Margins: Four corners are decorated with fine micro-illustrations featuring ancient observation notes, ritual implements, and runes. Colors: Low-saturation sage green, light gold, and off-white as main tones; overall light and soft without harsh high-saturation colors. Details: Architectural lines, landscape brushwork, lotus patterns, and cloud layers are clearly visible and exquisitely detailed. Seamless Fusion: The three layers transition naturally through clouds and flowing water; the Buddhist halo, Taoist Taiji mist, and Confucian scholarly aura connect seamlessly. Style: Classical ink line art + low-saturation digital watercolor, with a light Chinese-style ancient book manuscript texture. Text Annotations: Authentic Traditional Chinese characters in a mottled vintage Song typeface. Each annotation includes a short title + a line of poetic description, connected to corresponding details by dark gold hair-thin lines with no overlapping pointers. Aspect Ratio: {argument name="aspect ratio" default="3:4"} vertical format, independent and complete. Title Area (Top): `儒釋道·根本區別` (Confucianism, Buddhism, Taoism: Fundamental Differences) Central Layer Labels: Top "Buddhism": `釋`, `Relationship between man and self`, `Selflessness, governing the heart, letting go` Middle "Taoism": `道`, `Relationship between man and all things`, `Non-action, governing the body, being open-minded` Bottom "Confucianism": `儒`, `Relationship between man and man`, `No ego, governing the world, taking responsibility` Side Annotations: Left: `Purity`: pure heart and clear mind, cutting off troubles; `Stillness`: following nature, returning to the original heart; `Respect`: respecting responsibility, active involvement in society. Right: `60+ Spiritual Cultivation`: looking lightly at gain/loss; `35-55 Conduct`: living with flexibility, following laws; `7-35 Actions`: forging ahead, building careers. Bottom Summary: `The balance between being in the world and being out of the world is high-level life wisdom.`
{"type":"infographic poster","style":"cute flat vector illustration, cozy, warm, soft shading, {argument name=\"color palette\" default=\"pastel Morandi colors, soft pinks, purples, and warm tones\"}","character":"{argument name=\"character description\" default=\"young woman with shoulder-length brown hair wearing a pinkish-purple shirt\"}","layout":{"structure":"4 rows, 3 columns. Top row is a merged header. Rows 2-4 contain 9 individual panels.","header":{"title":"{argument name=\"main title\" default=\"情绪不好了？\"}","subtitle":"{argument name=\"subtitle\" default=\"8个让你瞬间变好的方法\"}","sub_subtitle":"写给焦虑的你，快来看看","visual":"character hugging herself, surrounded by yellow sparkles and hearts"},"grid_panels":[{"id":1,"title":"1. 深呼吸","text":"调节神经，缓解紧张情绪。","visual":"character with eyes closed, smiling, surrounded by clouds"},{"id":2,"title":"2. 去户外散步","text":"接触自然，让心静下来。","visual":"character walking outdoors among green trees and bushes"},{"id":3,"title":"3. 写情绪日记","text":"把烦恼写下，大脑会更轻松。","visual":"character sitting at a desk writing in a notebook with a pen, floating hearts"},{"id":4,"title":"4. 抱抱自己","text":"给予自己温暖和安慰。","visual":"character hugging herself with eyes closed, floating hearts"},{"id":5,"title":"5. 听听音乐","text":"让舒缓的旋律治愈心灵。","visual":"character wearing large white headphones, eyes closed, floating colorful music notes"},{"id":6,"title":"6. 找人倾诉","text":"分享你的烦恼，让压力释放。","visual":"character holding a smartphone, talking to another similar-looking girl, floating hearts"},{"id":7,"title":"7. 看看天空","text":"感受天空的辽阔，让心情变好。","visual":"character looking up at a blue sky with white clouds and sparkles"},{"id":8,"title":"8. 冥想","text":"专注于呼吸，找回内心的宁静。","visual":"an open notebook, a pen, and a pink flower on a desk"},{"id":9,"title":"none","text":"{argument name=\"footer text\" default=\"转发收藏，每天都要关爱自己！\"}","visual":"character sitting cross-legged in a meditation pose, eyes closed, with a glowing halo behind her head"}]}}
{"type": "2x2 grid of promotional banner ads", "theme": "{argument name=\"course theme\" default=\"Social Media Content Creation School\"}", "panels": [{"position": "top-left", "color_palette": "light blue and pink pastel gradient", "subject": "young woman smiling, resting chin on hand, smartphone and ring light in foreground", "typography": {"headline": "{argument name=\"top left headline\" default=\"発信を仕事に変える SNSスクール\"}", "subheadings": ["好きが、私の未来になる！", "クリエイター志望歓迎！"]}, "layout_elements": {"bullet_points_count": 3, "call_to_action_button": "pink button labeled '無料体験 >'"}}, {"position": "top-right", "color_palette": "deep blue and cyan geometric", "subject": "young man looking intently at a professional camera on a tripod with a ring light", "typography": {"headline": "{argument name=\"top right headline\" default=\"魅せる投稿が学べる\"}", "subheadings": ["企画・撮影・運用サポート"]}, "layout_elements": {"circular_icons_count": 3, "icon_types": ["lightbulb", "camera", "bar chart"], "call_to_action_button": "yellow button labeled '詳細はこちら >'"}}, {"position": "bottom-left", "color_palette": "soft beige and white aesthetic", "subject": "young woman looking thoughtfully to the side, mood board background", "typography": {"headline": "{argument name=\"bottom left headline\" default=\"自分の世界観を育てる\"}", "subheadings": ["あなたらしさが、一番の強みになる。", "SNSブランディング講座"]}, "layout_elements": {"horizontal_icons_count": 3, "icon_types": ["palette", "person", "heart"], "call_to_action_button": "pink button labeled '今すぐ見る >'"}}, {"position": "bottom-right", "color_palette": "vibrant pink and magenta pop design", "subject": "young woman smiling brightly, pointing at text, messy bun, smartphone on tripod", "typography": {"headline": "{argument name=\"bottom right headline\" default=\"好きな発信でファンをつくる\"}", "subheadings": ["実践型レッスン"]}, "layout_elements": {"bullet_points_count": 4, "call_to_action_button": "yellow button labeled '申し込む >'"}}]}
Curated from awesome-gpt-image-2. Community examples; results vary by model. MIT license.