골격 제품 디자인 프레임워크

{ "project_name": "Skeletal_Product_Design", "description": "모든 제품에 적용 가능한 범용 산업용 골격 프레임워크 시스템", "CRITICAL_CONSTRAINTS": { "framing_rule": "제품의 어떤 부분도 절대 잘리거나 잘려나가지 않아야 합니다. 제품 전체가 프레임 안에 보여야 합니다.", "centering_rule": "제품은 항상 구도에서 수평 및 수직으로 완벽하게 중앙에 배치되어야 합니다.", "spacing_rule": "모든 가장자리 주변에 충분한 여백을 유지하십시오 - 모든 면에 최소 15% 패딩.", "completion_rule": "모든 구조 요소, 바퀴, 구성 요소 및 액센트 디테일이 완전히 보여야 합니다 - 가장자리에서 잘리면 안 됩니다." }, "USER_CUSTOMIZATION": { "INSTRUCTIONS": "아래의 제품 유형과 액센트 색상을 수정하여 이 산업용 골격 미학을 모든 객체에 적용하십시오. 제품 카테고리에 관계없이 디자인은 생성적 격자 구조를 유지합니다.", "product_specs": { "current_setting": "PRODUCT", "description": "본질적인 형태를 드러내는 생성적 골격 구조로 변형된 주요 제품" }, "accent_details": { "color": "Safety Orange", "element": "깔끔한 나일론 스트랩과 산업용 버클", "description": "시각적 대비를 제공하고 구조적 노드를 강조하는 기능적으로 보이는 액센트 디테일" }, "base_element": { "options": [ "custom Brixton Forged wheels (for vehicles)", "custom machined aluminum base plate (for stationary products)", "custom knurled grip sections (for handheld products)", "custom engineered mounting points (for wearables)", "AUTO_DETECT" ], "current_setting": "AUTO_DETECT", "description": "골격 구조를 보완하는 상황에 맞는 맞춤형 요소" } }, "settings": { "style": "industrial_generative_design", "material": "brushed_raw_metal", "aspect_ratio": "16:9", "detail_level": "high_precision" }, "prompt_construction": { "MAIN_SUBJECT": { "subject": "A conceptual [product_specs from USER_CUSTOMIZATION]", "structure": "composed of an intricate SKELETAL LATTICE FRAMEWORK using generative design principles", "form": "The recognizable silhouette and essential form of the product are defined by a web-like metal structure, creating negative space where solid surfaces would traditionally be", "recognition": "Despite the skeletal nature, the product remains instantly identifiable by its iconic shape and proportions" }, "MATERIAL_AESTHETIC": { "primary_material": "Brushed raw dark grey ALUMINUM and TITANIUM", "finish": "Matte metallic sheen with subtle variations", "surface_quality": "Industrial machining marks, 3D printed metal aesthetic, visible layer lines", "texture_notes": "CNC-milled precision edges, organic generative curves, parametric node connections", "authenticity": "Realistic material properties - weight, reflection, and structural logic must feel genuine" }, "CONTEXTUAL_ELEMENTS": { "for_vehicles": { "wheels": "Brixton Forged custom wheels with complex multi-piece architectural spoke design", "wheel_finish": "Matching brushed raw metal with intricate milling details", "fitment": "Aggressive, wide fitment that complements the skeletal aesthetic", "wheel_visibility": "ALL wheels must be completely visible - no cropping at frame edges" }, "for_electronics": { "ports_screens": "Functional elements like screens, ports, and buttons integrated seamlessly into the lattice", "display": "Glass or OLED panel floating within the skeletal frame", "technical_details": "Exposed circuit board aesthetics visible through the structure" }, "for_handheld": { "grip_zones": "Custom knurled aluminum grip sections wrapped at ergonomic contact points", "controls": "Industrial-grade buttons and switches integrated into structural nodes", "weight_distribution": "Visual balance suggesting proper center of gravity" }, "for_stationary": { "base": "Custom machined aluminum base plate with precision-milled mounting points", "stability": "Visible weight distribution and structural support logic", "mounting": "Industrial fasteners and connection points" } }, "ACCENT_DETAILS": { "straps": "Tiny, precise accents of [accent_details.color from USER_CUSTOMIZATION]", "element_type": "[accent_details.element from USER_CUSTOMIZATION]", "placement": "Straps/accents wrapped tightly around specific structural nodes and stress points", "function": "Appear functional and technical, not merely decorative", "contrast": "The vivid accent color pops dramatically against the monochromatic grey metal", "scale": "Appropriately sized for the product - minimal but impactful", "reference": "Clean, industrial utility aesthetic with precision placement" }, "STRUCTURAL_LOGIC": { "engineering": "The lattice structure follows logical stress pathways and force distribution", "topology": "Generative design optimization - material only where structurally necessary", "connectivity": "Visible nodes, joints, and connection points that make engineering sense", "negative_space": "Strategic voids that reduce weight while maintaining strength", "authenticity": "Structure should look like it could actually support the product's function" }, "LIGHTING_AND_ENVIRONMENT": { "background": "Clean, seamless studio light grey to white gradient background", "lighting": "Soft, diffused studio lighting to accentuate complex shadows within the lattice", "shadows": "Soft occlusion shadows cast on the ground plane, revealing structural depth", "highlights": "Subtle metallic reflections that trace the brushed aluminum grain", "depth": "The complex internal structure creates layered shadow and light interplay", "atmosphere": "Professional product photography aesthetic - clean, precise, studio quality" }, "COMPOSITION": { "PRIMARY_RULE": "COMPLETE PRODUCT VISIBILITY - Nothing cropped, nothing cut off at frame edges", "centering": "Product is PERFECTLY CENTERED both horizontally and vertically in the frame", "angle": "3/4 view that showcases both the skeletal structure and recognizable product silhouette", "framing": "Product occupies approximately 60-70% of frame height/width, leaving generous breathing room on ALL sides", "margins": "Minimum 15% negative space padding around entire product on all edges", "zoom_level": "Pulled back enough to show complete product with comfortable margin, but close enough to reveal intricate lattice detail", "scale_reference": "Subtle environmental cues to establish product size if ambiguous", "focus": "Sharp detail throughout the lattice structure, slight depth-of-field on far elements", "edge_clearance": "ALL product extremities (wheels, antennas, handles, protrusions) are clearly within frame boundaries" } }, "TECHNICAL_NOTES": { "consistency": "All skeletal lattice patterns should feel generated by the same parametric algorithm", "product_recognition": "The underlying product must remain clearly identifiable despite the skeletal treatment", "material_realism": "Metal properties (weight, reflection, surface imperfections) must feel physically accurate", "functional_honesty": "The design should suggest it could theoretically function, not just exist as sculpture", "accent_restraint": "Color accents should be minimal and purposeful - less is more", "framing_discipline": "NEVER sacrifice complete product visibility for dramatic cropping - the entire object is always more important than tight framing" }, "EXAMPLES": { "application_1": "iPhone becomes a lattice shell where the screen floats in the skeletal frame, with orange straps at charging port and camera nodes - ENTIRE PHONE centered and visible with space around all edges", "application_2": "Coffee machine shows skeletal water reservoir and heating element, with structural lattice supporting the pour spout and base - COMPLETE MACHINE centered with clear margin on all sides", "application_3": "Sneaker reveals skeletal sole structure and upper framework, with orange lace locks and structural support straps - WHOLE SHOE centered including complete sole and laces, nothing cropped", "application_4": "Power drill exposes skeletal motor housing and battery compartment, with orange safety straps at grip points - FULL DRILL centered including complete bit and handle, generous edge spacing" }, "COMPOSITION_CHECKLIST": { "before_generation": [ "Confirm product will be perfectly centered", "Verify adequate negative space on all four sides", "Ensure no product elements extend beyond frame edges", "Calculate proper zoom distance for complete visibility" ], "validation": [ "Is the entire product visible? (YES/NO)", "Is the product centered horizontally? (YES/NO)", "Is the product centered vertically? (YES/NO)", "Is there breathing room on all edges? (YES/NO)", "Are all extremities fully visible? (YES/NO)" ] } }