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DCC Bridge
Anonymous1766727738
12-26 05:58
Model Name
blue hoodie 3d model
Tags
blue hoodie
clothing
clothing realistic
clothing rendering
clothing rendering realistic
hood
pouch
prop
realistic
rendering
rendering realistic
Prompt
A realistic hollow hoodie-shaped pencil holder designed for FDM 3D printing. The object is only the hoodie garment (no body, no head, no face). The hoodie stands upright as a functional object, with both sleeves positioned naturally and the implied hands resting inside the closed front hoodie pocket. Drawstrings hang naturally on the chest area. No logos, no brands, fully original IP-free design. The hood must NOT be open or lifted. The hood is folded down and rests naturally against the upper back and shoulders, fully closed and solid with no interior hollow gap. Create a single pencil cavity ONLY at the top center opening of the hoodie torso. The opening follows the natural cloth contour and folds, organic and irregular — not a perfect circle. The cavity must be deeper than before, extending downward far enough to securely hold pencils — however: the cavity must NOT be excessively deep the cavity must NOT pierce or break through the base the bottom interior remains closed and solid there is a flat internal stopping floor near the lower torso The cavity bottom sits several millimeters above the outer base, ensuring structural strength and weight balance. Interior walls are smooth and cylindrical-like but still follow the outer contour. The outer shell remains thick and structural with a minimum wall thickness of 3 mm. The opening edges are gently chamfered. All overhang angles stay under 45 degrees so the model can be printed upright without supports. The front hoodie exterior must remain fully closed and intact — no tears, no slits, no interior exposure. The front pocket is sculpted as a realistic fabric pocket but remains fully solid and must NOT become a hole. Subtle cloth wrinkles around the top opening suggest inward fabric compression from the cavity, but the exterior shell remains continuous, strong, and printable. The bottom surface is flat, stable, and fully solid (no through-hole). Minimalist, functional, realistic, and optimized specifically for FDM 3D printing.
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Anonymous1766727738
Anonymous1766727738