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DCC Bridge
Anonymous1768901021
01-20 10:11
Model Name
pagoda lantern 3d model
Tags
pagoda lantern
props
props realistic
props rendering
props rendering realistic
realistic
rendering
rendering realistic
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Prompt
The model must accurately represent form, proportions, materials, and construction logic as visible in the image. This is an academic museum display system, not decorative furniture. No artifact should be placed inside the vitrine. 🔹 GENERAL MODELLING PARAMETERS Software context: SketchUp / architectural 3D modelling Units: millimeters (mm) Geometry: orthogonal, clean, modular Symmetry: identical on all four sides No environment, no background objects, no people Neutral studio lighting only No photoreal rendering effects No exaggerated textures or reflections 🔹 OVERALL DIMENSIONS & PROPORTIONS Total height (floor to finial): 1350–1400 mm Overall footprint: 300 × 300 mm Vertical emphasis: tall, slender, balanced All components aligned on a central vertical axis 🔹 COMPONENT-BY-COMPONENT MODELLING (MATCH IMAGE EXACTLY) 1️⃣ BASE PLATFORM (BOTTOM) Form & Size Square plan: 300 × 300 mm Total height: ~110 mm Stepped plinth profile Detail Bottom edge includes a shallow scalloped/arched relief Relief is continuous on all four sides No deep carving, just a clean stepped profile Material Matte stone-grey finish Slightly rough surface Non-reflective 2️⃣ PEDESTAL BODY (MAIN COLUMN) Form & Size Square plan: 250 × 250 mm Height: 700–750 mm Vertical faces perfectly straight No tapering Construction Logic Model as a hollow box Implied panel thickness: 15–18 mm Surface Detail Front and side faces show shallow ornamental panels Ornament is flat relief, not deep carving Motif inspired by Himachali woodcraft (abstract arches and floral geometry) Relief should be modelled as raised or inset planes, not sculpted detail Back Face Mostly plain Optional subtle rectangular outline indicating rear access panel No visible handles Material Warm brown wood Matte finish No visible grain exaggeration 3️⃣ TOP LEDGE / PEDESTAL CAP Thin square slab on top of pedestal body Slight projection beyond pedestal faces Acts as base for vitrine Same wood material as pedestal body 4️⃣ ARTIFACT MOUNT (EMPTY) Form Small square block centered on pedestal cap Dimensions: ~120 × 120 mm Height: 25–30 mm Condition Flat top surface No artifact placed Neutral wood tone 5️⃣ ACRYLIC VITRINE Form & Size Square transparent enclosure Height: 300 mm Aligned centrally with pedestal body Wall thickness: 3–4 mm Details No visible frame Clean vertical edges Slight clearance between vitrine top and roof underside Acrylic appears clear with minimal reflection 6️⃣ ROOF MODULE (PAGODA-INSPIRED) Overall Form Square plan: ~260 × 260 mm Creates a visible overhang beyond vitrine Roof Geometry Sloped planes on all four sides 2–3 stepped roof layers No tile modelling; smooth surfaces only Roof planes meet at a central apex Edge Detail Thin decorative band under roof edge Repeating geometric rhythm (simplified, linear) Material Warm reddish-brown / terracotta wood tone Matte finish 7️⃣ FINIAL (ROOF TOP) Form Small vertical finial at roof apex Cylindrical + bulb-like stacked geometry Height: 50–60 mm Centered precisely Material Muted brass / antique gold Soft sheen, not glossy 8️⃣ LIGHT FIXTURE (UNDER ROOF) Form Small circular or cylindrical spotlight Mounted centrally beneath roof Aligned with mount below Details No glow No light beam Physical indicator only 🔹 MATERIAL & COLOR SUMMARY Base: matte stone grey Pedestal body: warm brown wood Decorative panels: same wood tone, slightly darker relief Roof: reddish-brown wood Acrylic: clear / translucent Finial & accents: muted brass No gloss, no shine, no reflections 🔹 OUTPUT REQUIREMENTS Model must be suitable for: Isometric view Front, back, left, right elevations Plan view Section cuts Exploded axonometric 🔹 DESIGN INTENT (IMPORTANT) This pedestal represents: Museum-grade restraint Cultural abstraction without decoration Buildable, maintainable design Academic clarity The 3D model must communicate construction logic and proportion, not ornament or realism.
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