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DCC Bridge
Anonymous1763923418
11-23 19:59
Model Name
polygonal texture 3d model
Tags
abstract / symbol
3d printing
stylized
Prompt
Generate a single watertight, 3D-printable STL of a compact electric microcar inspired by the Citroën Ami (modern, post-2018 design). Requirements: General - Style: modern, compact, understated (not flashy), looks like a manufactured human design (no organic or humanoid features). - Scale: provide a model scaled to 1:20 by default (the generator may also export real-world mm dimensions). Output file: STL. - Make the geometry clean, manifold, and repair-free (watertight). No non-manifold edges, no internal loose geometry. Exterior - Shape: boxy but slightly rounded edges (microcar silhouette). Overall compact proportions. - Roof: continuous roof/top panel included. - Side mirrors: present (simple, not overly thin). - Headlights: simple, recessed or flush-mounted pair at front. - Taillights / brake light: include rear brake light cluster; clearly modelled as raised or recessed geometry. - No exhaust or exhaust outlet anywhere. - Place a small "Force-A" embossed logo centered on the hood (shallow emboss, max height 0.8–1.2 mm so it prints cleanly). Wheels & Undercarriage - Wheels: moderately realistic but simplified (not hyper-realistic). Tires simple rounded profile, rim detail minimal—designed to print without fine spokes. Wheels should be separate parts or clearly defined so they can be removed/printed separately if needed. - Wheel wells / arches included and have at least 2 mm clearance from tire outer surface. - Orientation: model oriented for printing with wheels down (flat stable base) unless exporting in parts. Interior & Functional - Seats: exactly two seats, simplified geometry (no tiny stitches). Seats must be structurally integrated or easily solidified for printing. - Steering wheel: present but low-detail (simple ring and column). - Dashboard & controls: minimal, not highly detailed — enough to read as a dash. - Interior must be optimized to minimize material: hollow shell with uniform wall thickness (default shell 2.5 mm) and at least two drainage/escape holes (4–6 mm) if hollowing is used. Alternatively produce solid parts if the tool cannot hollow reliably. - All thin features (mirrors, antenna) should be at least 1.2–1.5 mm thick to print reliably. Printability constraints - Minimum printable feature size: 0.8–1.0 mm for embossed details; 1.2 mm minimum wall thickness for fragile parts. - Ensure the model is printable on a standard FDM printer without excessive supports: avoid extreme overhangs >60°. If unavoidable, mark/support interfaces clearly. - Export a single STL (or a zipped set of STLs) with separated parts if needed: body, 4 wheels, roof (optional), mirrors — label parts clearly in metadata if possible. Aesthetics & Avoidances - Do not produce photorealistic textures, faces, or humanoid features. - Avoid extremely high polygon noise or micro-details that will look bad when scaled or smoothed by humans. - Keep overall polygon count moderate so Tinkercad/Blender can open the file (not millions of triangles). Deliverables - Output: STL file(s) suitable for direct 3D printing and import to Tinkercad. - Provide a note: “Model scaled 1:20; wall thickness 2.5 mm; hollow with two drainage holes 5 mm diameter” in the model metadata or as a short text file. End.
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Anonymous1763923418
Anonymous1763923418