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Anonymous1764904975
12-05 03:44
Model Name
blue blob creature 3d model
Tags
creatures & animals
3d printing
clay
Input
Prompt
PRIMARY GOAL: Create a watertight, 3D-printable solid model of the small wall-mounted statue visible in the image (front view). Output format: STL (manifold, no non-manifold edges). Target final printed height: 80 mm (Adjust scale later in slicer if needed). MODEL DESCRIPTION (high detail — include every small detail): - Overall shape: a seated small deity/statue with a central body, two raised arms, a small round head with subtle facial features, and a small trident (trishula) held in the right hand. The statue should appear slightly stylized but anatomically consistent for a small decorative statuette. - Face: low-relief facial features (eyes, nose, mouth) with clear separations; preserve the small smile/marking visible on the head in the photo; ensure minimum detail thickness ≥ 0.8 mm so features print clearly. - Hands & trident: the trident has three prongs; generate crisp prong tips with internal fillet where prong meets shaft. Shaft diameter at least 2.5 mm for print strength (scale dependent). Fingers should be simplified but readable; any very thin parts must be thickened to printable minimums. - Ornamentation: reproduce the small round smiling disc / halo behind the head (visible as a bright face/emoji), including its raised outline and any texture. If the disc is fragile, make it thicker (min 2.5–3.0 mm). - Surface texture: generate a slightly rough, hand-sculpted texture on the statue surface (subtle noise/stone clay effect). Do not create extremely high-frequency noise that will exceed STL resolution. - Base/back: include a flat backing plate centered on the statue that allows the model to be wall-mounted or glued. Backing plate thickness 3.0–4.0 mm, with a 5 mm diameter countersunk hole (M4 screw friendly) centered vertically — include a 45° countersink for a flush screw head. - Hollowing & drainage: create the model as a solid shell but hollow to reduce material (see Hollowing section below). Add an internal drain/escape hole of 6 mm at the bottom for resin removal or filament escape if requested. - Mounting alignment: keep the statue’s back flat and orthogonal to the vertical axis so it can be printed in a supported orientation and glued to a wall backing. - Topology: produce clean topology, quad-dominant where possible, with smart retopology for clean edges and minimal triangle noise. Ensure no inverted normals, no duplicate vertices, and no non-manifold geometry. - Scale & units: generate model in millimeters. Final exported STL units should be mm. PRINTABILITY CONSTRAINTS & MINIMUMS: - Minimum feature width: 0.8 mm - Minimum wall thickness: 2.5 mm (for thin decorative parts, 3.0 mm recommended) - Smallest hole diameter: 1.5 mm (for structural holes 3.0 mm recommended) - Ensure overhangs limited to <= 60° where possible; Tripo should add small chamfers on extreme overhang edges. TEXTURING & MATERIAL MAPS: - Generate a clean diffuse/Albedo texture (medium resolution) but do NOT bake excessive normal map detail that would create tiny overhangs below minimum printable size. Provide a plain color option for single-color printing. OUTPUT: - Primary export: STL (watertight, manifold) for FDM printing. - Secondary export: GLB with PBR textures for previewing (optional). - Provide a “low-poly” version (smart low poly) and an “ultra” detailed version. The low-poly should be printable without heavy supports. ADDITIONAL NOTES: - Create small fillets on sharp edges to improve print strength (0.6–1.0 mm). - Place hidden internal support structures where very thin protrusions occur so they print stronger (internal ribs inside hollow shell). - Ensure the trident and any thin protrusions are printable as a single, non-separate object (no loose or floating islands). - Tag the model: “wall_statue, trident, small_deity, printable, STL, mm, mount_hole”. PRIORITIZE: 1) Manifold watertight STL, 2) Minimum printable thicknesses, 3) Preservation of recognizable small details (face, trident prongs), 4) Clean topology for easy slicing.
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Anonymous1764904975
Anonymous1764904975