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Anonymous1763444842
11-19 07:42
Model Name
glass sphere 3d model
Tags
props
rendering
realistic
Prompt
1. Outer Shell — Fully Closed Mosaic Sphere Overall form A perfect sphere, diameter 14 cm. No openings or gaps anywhere. Completely closed geometry. Surface structure (very important) The surface must be composed of large, thin, irregular translucent plates. Plates should be bigger than normal mosaic tiles (each plate approx. 3–5 cm in size on the surface). Each plate should be very thin, like 1–2 mm thick (visually a thin glass shard). Plates fit tightly together, forming a continuous closed surface. Material Use high-transparency colored glass. Do NOT make them milky or opaque. They must be crystal clear with only light tint. Use multiple colors (blue, green, red, yellow, cyan) but keep saturation moderate so light can pass easily. Surface finish Slight bevel or rounded edges between plates. High gloss, refractive, like fused glass. 2. Gyroscope Rings — Two Thin Transparent Mosaic Strips Shape Two concentric rings inside the sphere. Both rings must stay fully circular. Rings should be much thinner than before: Ribbon-like structure Approximately 1.5–2 cm wide Thickness visually 1–2 mm Material and structure Built from large, thin translucent glass plates, similar style to the outer shell but: Plates should be slightly smaller than outer shell plates Plates must still remain thin and clear The rings should be visually “floating” and look like they can rotate freely. 3. Inner Sphere — Smooth Core with Four Light Emitters Shape A complete, smooth sphere, diameter 9.7 cm. Not segmented, no mosaic on this sphere. Light sources Add four hemispherical light bumps on the surface: at the top at the bottom on the left on the right Each bump matches the sphere’s curvature and emits soft, bright white light. Material The core sphere itself can be slightly frosted or lightly transparent, but must remain solid and uniform. 4. Lighting & Transparency Behavior (critical) The inner sphere remains stable, like the center of a gyroscope. The outer shell and the rings appear able to rotate independently around it. Light from the four emitters must shine through the large thin glass plates. All plates must be transparent enough to refract and cast colored highlights. The overall effect should show: soft colored projections refraction overlapping transparent glass colors dynamic light patterns when the outer layers rotate 5. Final Output Requirements Fully closed outer mosaic sphere with large, thin, transparent glass plates. Two thin, mosaic-like internal gyroscope rings. A smooth inner sphere with four hemispherical light emitters. Strong emphasis on thinness, transparency, and clean refraction. No thick geometry, no opaque materials. Clear separation of the four components.
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