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DCC Bridge
Anonymous1770305286
02-21 08:52
Model Name
three-faced frame 3d model
Tags
metal
orthogonal
perpendicular
props
props realistic
props rendering
props rendering realistic
realistic
rendering
rendering realistic
slanted
Prompt
🔹 Geometry • The piece is essentially a three‑faced orthogonal frame with a slanted orientation. • Imagine a rectangular "U‑shaped" frame where the two ends extend downward, giving the slant. • The slant is achieved by tilting the central connecting face relative to the ground, while the downward extensions remain vertical. 🔹 Faces • Face A (Base Slant): A rectangular plane angled downward, serving as the slanted connector. • Face B (Vertical Extension 1): A rectangular plane perpendicular to Face A, extending downward. • Face C (Vertical Extension 2): Another rectangular plane, also perpendicular to Face A, extending downward on the opposite side. Together, these three faces form a rigid open frame. 🔹 Angles • Each junction between faces is 90°: • Face A ⟂ Face B • Face A ⟂ Face C • Face B ⟂ Face C (they are parallel vertical planes, so their intersection with Face A maintains orthogonality). 🔹 Spatial Configuration • The slanted face acts like a roof plane, while the two downward extensions resemble supporting legs. • The orthogonality ensures structural coherence: every face meets the others at right angles, even though the whole piece is tilted relative to the ground. 🔹 Structural Considerations • Manufacturability: This design can be fabricated using sheet metal, composite panels, or extruded profiles cut at precise angles. • Assembly: The orthogonal joints simplify welding, bolting, or adhesive bonding. • Load Distribution: The downward extensions provide stability, while the slanted face can bear loads or serve as a mounting surface.
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Anonymous1770305286
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