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Anonymous1770020822
02-09 07:39
Model Name
cross pendant 3d model
Tags
3d printing
3d printing realistic
cross pendant
props
props 3d printing
props 3d printing realistic
props realistic
realistic
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Prompt
Pendant Overview The pendant is a symmetrical Latin cross with a refined, faceted gemstone aesthetic. It appears to be designed as a single solid piece framed in metal, with a chain attached at the top. Shape & Proportions Overall shape: classic cross with equal left and right arms, a shorter top arm, and a longer bottom arm Each arm has a trapezoidal outline, slightly wider at the outer ends and narrower toward the center The cross converges smoothly at the center, with crisp, angular intersections rather than rounded blends Thickness is consistent throughout, giving it a substantial but elegant profile Front Face (Primary Detail) The front surface of each arm is inset, creating a framed look Inside each inset is a multi-faceted, diamond-like texture, resembling a brilliant-cut gemstone pattern Facets radiate inward toward the center, creating depth and light play The facets are sharp and angular, not organic or smooth Metal Frame A thin metal border outlines the entire cross and separates the gemstone interior from the edge Frame has sharp chamfered edges, likely a slight bevel rather than a rounded fillet Metal appears polished (silver, white gold, or platinum-like) Side Profile Slight depth, not flat Front face is likely flush or very subtly domed Back face appears flat or minimally detailed (can be modeled as flat unless engraving is desired) Bail / Chain Connection A small, integrated bail at the top center, aligned with the vertical axis Bail is simple and geometric, sized for a fine chain Chain itself is thin, likely cable or curb style (can be omitted or simplified in the model) Suggested Modeling Notes Use sharp edges and clean chamfers, avoid soft rounding Faceted interior can be modeled with: actual geometry for high-detail renders, or a normal map for performance-friendly versions Maintain perfect symmetry across both axes
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Anonymous1770020822
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