Prompt: Use the supplied character image as the primary visual reference. Create a highly detailed **printed circuit board artwork inspired by the character**, where the character becomes the central visual composition integrated directly into the PCB itself. The final image should look like a real, engineered circuit board that has been deliberately designed as a piece of collectible technological art. ## CHARACTER ANALYSIS — PERFORM THIS VISUALLY BEFORE DESIGNING First analyze the supplied character reference and identify its most recognizable traits. Interpret: - silhouette - head shape - facial or faceless design - body proportions - clothing - armor - patterns - symbols - accessories - dominant colors - secondary accent colors - materials - personality - apparent role or archetype - visual motifs - cultural or stylistic influences - technological, organic, supernatural, elegant, aggressive, playful, mysterious, futuristic, retro, psychedelic, industrial, or other defining qualities Do not output this analysis as text. Instead, use the analysis internally to determine the visual language of the PCB artwork. The circuit-board design should feel as though it was **engineered specifically for this character**. Every major PCB element should reflect something recognizable about the character. --- # CORE CONCEPT Create a large premium PCB displayed as an artwork. The character is not simply standing on top of the board. Instead, the **character itself is illustrated through the architecture of the PCB**. From a distance, the viewer should immediately recognize the character. From close range, the viewer should discover that the image is constructed from: - copper traces - gold-plated pathways - PCB substrate layers - microchips - processors - IC packages - resistors - capacitors - transistors - diodes - vias - solder joints - connectors - fine conductive pathways - circuit nodes - silkscreen markings - component arrays - etched geometric structures The character should appear almost like a portrait, emblem, or technical illustration embedded into the board. --- # CHARACTER-DRIVEN PCB DESIGN Translate the character's individual traits into circuit-board architecture. Only use motifs appropriate to the supplied character. --- # SILHOUETTE PRESERVATION Preserve the character's recognizable silhouette and proportions. The PCB artwork should faithfully represent: - head proportions - shoulders - torso - arms - hands - legs - clothing silhouette - accessories - major visual landmarks Do not redesign the character into a generic robot. Do not create a different character. Do not invent facial features, anatomy, accessories, clothing, or symbols absent from the reference. The PCB interpretation should remain unmistakably based on the supplied character. --- # PCB ARCHITECTURE Use physically believable printed circuit board construction. Primary substrate: - deep green - black - dark emerald - charcoal - or another substrate color intelligently derived from the character's palette Conductive elements: - exposed copper - gold-plated traces - silver solder - ENIG-style gold contacts - extremely fine etched pathways Include believable variations in trace width. Use: - microvias - through-hole vias - multilayer routing - grounding zones - processor footprints - realistic solder pads - connector interfaces - densely packed SMD components - chip arrays - circuit branching - component numbering - tiny engineering markings The circuitry must look functional and intentionally routed. Avoid meaningless random circuit patterns. --- # COLOR TRANSLATION Translate the character's original colors intelligently into PCB materials. Examples: dominant colors → PCB substrate regions bright accents → illuminated LEDs or gold traces metallic elements → exposed copper, gold contacts, heat sinks, shielding, or polished metal dark clothing → matte black solder mask white areas → white silkscreen or ceramic electronic components neon colors → subtle illuminated electrical pathways Do not simply repaint the PCB. Represent colors through believable electronics materials whenever possible. --- # CENTRAL CHARACTER PORTRAIT Design the PCB so the character forms the primary visual artwork in the center of the board. The figure may be represented using: - negative-space routing - conductive trace outlines - densely populated component fields - contrasting solder-mask regions - copper planes - gold-plated contours - microchip arrangements - silkscreen illustration - layered etched circuitry Use several of these techniques simultaneously. The character should have extraordinary detail when viewed closely. Fine PCB traces should follow the natural contours of the character. --- # TRAIT-BASED SURROUNDING ENVIRONMENT Extend the character's visual identity into the surrounding PCB. Analyze the character's theme and generate an appropriate circuit-board environment. The final design must derive specifically from the supplied character. --- # COMPOSITION Present the entire PCB as a premium artwork or museum object. The board should have a deliberate physical shape. It may be: - rectangular - square - circular - unusually shaped - or subtly cut to complement the character's silhouette The character should occupy approximately 55–75% of the central visual field. Surrounding circuitry should support the character without overwhelming it. Use balanced negative space. Create strong visual hierarchy: 1. character silhouette 2. character-specific PCB details 3. surrounding thematic circuitry 4. microscopic electronics details --- # PHYSICAL BOARD DETAILS Include realistic fabrication details around the board: - mounting holes - gold edge contacts - connector ports - tiny component identifiers - microchip labels - solder masks - test points - copper planes - processor packages - etched serial markings - tiny directional arrows - manufacturing markers - fine technical notation Any written markings should remain minimal and secondary. Do not clutter the composition with meaningless large text. --- # ELECTRICAL ENERGY Introduce subtle evidence that the circuit is active. Use selective: - glowing traces - illuminated microvias - tiny LEDs - processor status lights - faint electrical pathways - soft reflections from powered components The lighting should feel physically plausible. Do not turn the entire board into neon. Approximately 5–15% of the circuitry may emit light. --- # ART DISPLAY SCENE Present the finished PCB as a serious piece of technological art. Place it within a scene whose environment is derived from the character's visual identity. Choose whichever environment best complements the analyzed character. Add subtle environmental details inspired by the character without recreating an entire narrative scene. The PCB artwork must remain the focal point. --- # CAMERA Use a cinematic three-quarter or straight-on presentation that allows the entire PCB artwork to be clearly visible. Camera: 50–85 mm equivalent lens high-resolution macro-capable photography sharp character silhouette extremely fine electronic detail subtle depth of field The majority of the PCB must remain clearly legible. Avoid extreme perspective distortion. --- # LIGHTING Use museum-quality cinematic lighting. Include: - soft key light - controlled rim lighting - subtle reflections across copper and gold traces - realistic metallic highlights - restrained environmental illumination - slight glow from active circuit elements Preserve deep blacks without crushing PCB detail. --- # MATERIAL REALISM Every PCB component should have physically convincing materials. Show: - microscopic copper texture - polished gold contacts - dark fiberglass substrate - matte solder mask - metallic chip contacts - ceramic capacitors - subtle solder imperfections - tiny surface scratches - realistic component height - engraved and printed markings Macro inspection should reveal believable electronics manufacturing detail. --- # VISUAL STYLE High-end technological artwork. Museum-quality electronic sculpture. Extremely intricate PCB engineering. Premium industrial design. Cinematic product photography. Photoreal materials. Ultra-fine microelectronics detail. Controlled futuristic aesthetic. Sophisticated rather than chaotic. The artwork should feel like something that could genuinely be manufactured as an elaborate custom PCB. --- # CRITICAL CHARACTER PRESERVATION Maintain the defining identity of the supplied character. Do not: - replace the character - create a generic humanoid - alter the head design - invent facial features - change body proportions - remove important accessories - simplify signature patterns - introduce unrelated clothing - introduce random logos - convert the character into a conventional robot The PCB should become a new artistic medium for the existing character. The goal is: **“What would this exact character look like if an elite electronics engineer and contemporary artist designed a custom printed circuit board where the circuitry itself forms the character's portrait?”** The final artwork should reward two viewing distances: **From across the room:** a striking artwork of the character. **From inches away:** an astonishingly complex, physically believable PCB filled with microscopic components, traces, processors, solder joints, and character-specific engineering details. Ultra-detailed, photorealistic, high-resolution, gallery-quality circuit-board artwork.