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DCC Bridge
kangana sharma
12-03 06:15
Model Name
glass leaf sculpture 3d model
Tags
glass
glass leaf sculpture
props
props realistic
props rendering
props rendering realistic
realistic
rendering
rendering realistic
Prompt
A single chandelier glass element shaped like an elongated double-ended leaf with a central twist. Overall Dimensions: • Length: 200 mm • Width (widest part): 63 mm • Thickness: 3 mm • Symmetrical along the central axis • Both ends smoothly tapered to organic leaf-tip points ⸻ SHAPE & GEOMETRY (Highly Detailed) • The object consists of two identical leaf-shaped lobes connected seamlessly in the center. • Each lobe bulges outward with a gentle convex curvature, like a soft leaf or petal. • The central region narrows to form a natural hourglass neck. • At the midpoint, the object has a smooth 180-degree twist (roughly half-turn), similar to a ribbon twisted once. • This twist is gentle, not sharp. • The twist transitions evenly along the length. • Edge profile is thin and uniform: approx. 3 mm thickness everywhere. • Surfaces are perfectly smooth and slightly bowed outward, with clean organic contouring. • No warping, no bending, no irregular distortions—geometry must remain perfectly symmetrical. ⸻ MATERIAL CHARACTERISTICS • Material is transparent cast glass. • Surface: glossy, polished, clean, high-clarity edges. • Interior: • Slightly frosted / diffused, not fully crystal-clear. • Filled with fine micro-bubbles distributed randomly but sparsely. • Includes organic linear streaks inside the glass volume (not scratches on the surface). • Glass color: • Primary version: clear / colorless glass. • Optional second version uses amber-tinted glass (light brown-gold tone). ⸻ LIGHTING • Neutral studio lighting. • Soft, even illumination from all sides. • No hard shadows. • No environmental reflections. • No visible background objects—pure white or transparent background only. ⸻ RENDERING REQUIREMENTS Generate four orthographic views + one isometric view of the same object with identical proportions and twist angle: 1. Top Orthographic View 2. Front Orthographic View 3. Side Orthographic View 4. Isometric 3D View All views: • High resolution • No text, measurements, or watermarks • No depth-of-field blur • Clean product-visualization style for manufacturing and 3D modeling ⸻ BEHAVIOR FOR 3D AI The AI should output: • A clean, precise 3D mesh • Smooth subdivision-friendly topology • Accurate twist and curvature • Physically correct glass material • Optional exports to STL AND OBJ FILE
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kangana sharma
kangana sharma