분해도

Split composition image, left and right halves clearly divided in 16:9 widescreen format. Left Half: Highly detailed architectural floor plan and cross-section illustration of [LANDMARK] in a modern minimalist style. Top-down view showing main structural layout, internal divisions, circulation paths, key chambers or spaces with labels. Material callouts, structural support systems, and architectural details clearly marked. Neutral beige and warm gray color palette, clean linework, soft shadows, subtle textures. Professional architectural-presentation style. Include detailed cross-sectional diagram showing vertical layers and internal structure. Blueprint aesthetic with technical accuracy and labeled sections. Right Half: Ultra-realistic aerial exterior photograph of [LANDMARK] captured from above and to the side (elevated isometric perspective, not straight overhead). Shows the complete structure with authentic weathered textures, aged materials, surrounding landscape, dramatic golden-hour sunlight creating sharp shadows, atmospheric haze suggesting historical significance. The perspective reveals both external grandeur and internal scale simultaneously. Warm golden-light lighting, realistic patina and wear patterns, authentic architectural proportions. Feels like an aerial photograph capturing the monument’s true majesty and scale. Both halves align visually, clearly showing architectural engineering blueprint vs. the actual monumental structure in its archaeological or historical reality. Style & Mood: •Architectural blueprint visualization meets historical aerial photography •Engineering precision and historical significance •Educational, museum-exhibit presentation •Engineering schematic-to-reality comparison •Grandeur emphasizing scale and architectural sophistication Lighting & Color: •Left: Flat, even lighting, neutral blueprint tones, technical aesthetic •Right: Golden-hour natural light, dramatic shadows, warm tones, atmospheric depth •Consistent warm palette between both halves Camera & Technical Details: •Left: Top-down orthographic + detailed cross-sectional architectural view with labeled sections •Right: Elevated aerial perspective (45-degree isometric angle), capturing full structure from above-and-to-the-side •High resolution, sharp architectural details on left; photorealistic weathered textures on right Negative Prompt: Cartoon style, low detail, cluttered composition, modern elements, unrealistic proportions, harsh lighting, exaggerated colors, text overlays, watermarks, CGI look, sterile rendering, straight-down overhead view, no atmospheric quality, overly pristine condition.1a:["$","$9",null,{"fall

Place the primary chassis or structural platform perfectly centered as the core spine, and position the main body shell separately (left or top), aligned parallel as a reference form while preserving accurate proportions, stance, and geometry of the real vehicle. Design a multi-layered exploded system with components separated across depth (Z-axis) as well as planar spacing, using clear hierarchy: micro hardware (bolts, screws, washers) tightly grouped, functional assemblies moderately spaced, and major systems widely separated. Organize parts into realistic subsystems depending on the vehicle type, including front assembly (suspension, steering, brakes), rear assembly (suspension, drivetrain, differential), chassis/structure (frame, monocoque, subframes), powertrain (engine or motor with slight internal exposure, transmission, intake, exhaust, cooling), electronics (battery, ECU, wiring harness with clean routing), and wheel systems (4 wheels symmetrically placed with tire, rim, and hub separation). Ensure engineering realism by preserving mechanical relationships, aligning shafts and rotational axes, maintaining symmetry across left/right systems, and grouping micro components logically near their assembly points in precise micro-grid arrangements. Avoid random placement. Use a refined, high-end aesthetic: soft neutral gradient background (white to light grey or warm beige), studio-grade product lighting with soft top illumination, subtle directional shadows, and controlled reflections. Apply realistic materials such as brushed metal, carbon fiber, rubber, and glass with slight wear—avoid toy-like finishes. Maintain strong horizontal symmetry with controlled depth asymmetry for visual complexity, and ensure balanced negative space to avoid overcrowding. Render in ultra-realistic quality with razor-sharp edges, macro-level detail, subtle ambient occlusion, and ray-traced shadows. Output in 2K or 4K resolution, 4:5 aspect ratio. No text, no labels, no arrows, no branding overlays, no stylization, no perspective distortion. Style keywords: F1 engineering exploded diagram, luxury automotive technical poster, industrial design breakdown, Apple-style product visualization, ultra-precision mechanical layout, museum-grade presentation.

[PRODUCT], high-end product advertising, white seamless background, exploded view with inner mechanics revealed, outer shell hovering above core, micro screws and components suspended, perfect alignment guides implied, crisp soft shadow, ultra realistic, macro product photography, 100mm lens look, f/8, 8k

Create an infographic image of [washing machine], combining a realistic photograph or photoreal render of the object with technical annotation overlays placed directly on top. Use black ink–style line drawings and text (technical pen / architectural sketch look) on a pure white studio background, including: •Key component labels •Internal cutaway or exploded-view outlines •Measurements, dimensions, and scale markers •Material callouts and quantities •Arrows indicating function, force, or flow (air, sound, power, pressure) •Simple schematic or sectional diagrams where relevant Place the title [PRODUCT] inside a hand-drawn technical annotation box in one corner. Style & layout rules: •The real object remains clearly visible beneath the annotations •Annotations feel sketched, technical, and architectural •Clean composition with balanced negative space •Educational, museum-exhibit / engineering-manual vibe Visual style: Minimal technical illustration aesthetic, black linework over realistic imagery, precise but slightly hand-drawn feel. Color palette: White background, black annotation lines and text only. No colors. Output: 1080×1080, ultra-crisp, social-feed optimized, no watermark.

{"promptDetails":{"description":"A garage/workshop environment with the subject assembling a complex mechanical device, viewing a 3D exploded assembly diagram floating in space.","styleTags":["Industrial","High Detail","Technical","Action Shot"]},"scene":{"background":{"setting":"A cluttered but organized home workshop/garage bench","details":"Pegboard tool wall in the background, organized small parts containers, a soldering iron station, wood grain of the workbench, metal shavings (subtly)."},"subject":{"description":"The person defined by `[UPLOADED IMAGE]`, wearing safety glasses or a work glove, deeply concentrated.","pose":"Leaning over the bench, holding a small component (e.g., a rotor or circuit board) with tweezers or a small screwdriver.","focus":"Hands, component, and the diagram are the sharpest elements."}},"overlayObject":{"type":"3D Exploded View Assembly Hologram","relationshipToEnvironment":"Hovering directly above the disassembled drone parts on the workbench.","transform":"A fully rendered, rotating 3D model of the device, clearly showing where the held component fits.","surfaceInteraction":"Bright, high-contrast yellow/orange vector lines with directional arrows and part numbering. It must look spatially correct.","components":{"partID":"Rotor Mount (P/N: M24B)","instruction":"Attach to Main Hub (Torque to 1.5 Nm)","position":"Floating central to the workspace."}},"technicalStyle":{"aspectRatio":"16:9","photographyStyle":"Product/Technical, High Contrast","camera":{"shotType":"Close-Up","angle":"Slightly overhead (designer/technical perspective).","depthOfField":"Extremely shallow, focusing only on the hands, the component, and the projected diagram. The background should be a creamy blur (bokeh)."},"lighting":{"type":"Fluorescent Shop Light and Holographic Glow","description":"Cool, bright, uniform white light from above, contrasted by the warm, directional glow of the yellow/orange hologram."},"color":{"palette":"Greys, deep reds, metallic silver, and the neon yellow of the graphic."}}}

Create a technical infographic of [OBJECT] with a 45-degree isometric 3D perspective showing the device slightly tilted to reveal depth and dimension. Combine a realistic photoreal render with black ink technical annotations on pure white background. Include: Key component labels with color-coded callout boxes Internal component visibility through transparent/cutaway sections Measurements, dimensions, and precise scale markers Material callouts and quantities Color-coded arrows for function/flow: RED (power/battery), BLUE (data/connectivity), ORANGE (thermal/processor), GREEN (sensors/haptics) Simple schematics or cross-sectional diagrams where relevant Place “OBJECT” title in a hand-drawn technical box (top-left corner). Style: Black linework (technical pen/architectural), sketched but precise. Object remains clearly visible. Educational museum-exhibit vibe. Clean composition, balanced negative space. Perspective: Isometric 3D angle—tilted to show depth, dimension, and internal architecture dramatically. Like a professional product teardown or engineering manual. Colors: ~10-15% accent density. Black dominant. White background. Output: 1080×1080, ultra-crisp, social-feed optimized.