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DCC Bridge
Anonymous1768183654
02-10 19:33
Model Name
heart 3d model
Tags
3d printing
3d printing realistic
heart
props
props 3d printing
props 3d printing realistic
props realistic
realistic
Prompt
Using the uploaded image as a strict and mandatory geometric reference, generate a high-fidelity CAD reconstruction of the exact anatomical heart shown in the image. Critical requirement: The resulting model must match the external shape, proportions, silhouette, surface curvature, and anatomical details of the uploaded heart as closely as possible. Do NOT reinterpret, stylize, simplify, or redesign the shape. Treat the image as if it were a photogrammetry or 3D scan reference, prioritizing visual and geometric similarity over artistic freedom. External geometry constraints: Replicate the same lobes, vessels, grooves, asymmetry, and surface irregularities visible in the image. Maintain the same overall volume, orientation, and proportions. Preserve organic imperfections and realistic anatomy exactly as shown. Internal structure: The model must be completely hollow. Apply a constant and uniform wall thickness of exactly 6.0 mm, measured normal to the surface, across the entire model. No internal anatomical details—interior must be smooth. Part division: Split the heart into two separate shells, following the same division plane and edge contour visible in the image. The split must appear natural and intentional, not arbitrary. Magnet connection system: Along the split edge, each half must include exactly 6 cylindrical perforations. Hole specifications: Diameter: 4.0 mm Depth: sufficient to house standard 4 mm round magnets Orientation: perpendicular to the split surface The perforations on both halves must be perfectly mirrored and aligned, ensuring precise closure and repeatability. Manufacturing constraints: The CAD must be watertight, manifold, and production-ready. Avoid geometry artifacts, self-intersections, or non-uniform thickness. Ensure tight tolerances so the two halves close seamlessly. Output requirements: Deliver a clean CAD model, not a sculpt-only mesh. Two separate bodies (front and back). Geometry suitable for 3D printing and small-batch production. Intended use: This object will be used as a functional handbag, so structural integrity is required, but external realism must remain identical to the reference image.
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