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Anonymous1765880120
12-16 10:21
Model Name
geology cross-section 3d model
Tags
geology cross section
nature environment
nature environment realistic
nature environment rendering
nature environment rendering realistic
realistic
rendering
rendering realistic
Input
Prompt
Create a realistic 3D geological block model based on a vertical cross-section. Use a rectangular block with constant width and length for all layers. Total height ≈ 66.5 meters. LAYER STRUCTURE (top to bottom): 1) Overburden layer – total thickness 28 m - Top soil: 3 m, dark brown, flat top surface - Red soil: 25 m, dark red, stepped and irregular lower boundary - Include downward karst infill features penetrating into lower layers 2) Interburden layer – total thickness 24 m - Karstified limestone: 16 m, light yellow, highly irregular base - Sandstone-like layer: 4 m, pale yellow, continuous thin band - Clay layer: 4 m, greenish, continuous thin band 3) Limestone layer – total thickness 14.5 m - Low-grade limestone: 6 m, brownish-orange - High-grade limestone: 8.5 m, light grey, massive and competent ANOMALIES: - Create irregular karst cavities as empty voids (black) - Cavities should be vertically elongated - Most cavities located in karstified limestone - Some cavities extend upward into interburden and overburden GEOMETRY RULES: - Same width and length for all layers - Heights must be respected exactly - Inner layer thicknesses are relative but proportional - Cavities must be boolean-subtracted (true voids) STYLE: - Clean geological block model - Clear layer boundaries - No vegetation - No buildings - Suitable for mining / geology visualization Camera: - Oblique perspective showing vertical layering - Neutral lighting Output as an editable 3D scene.
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Anonymous1765880120
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