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2517163619
01-04 09:39
Model Name
university building 3d model
Tags
academic
architecture
architecture realistic
architecture rendering
architecture rendering realistic
realistic
rendering
rendering realistic
university building
university campus building
Input
Prompt
Chongqing University Huxi Campus, Building No. 1 Overview A modern teaching facility spanning floors 4–6, dedicated exclusively to academic functions. The structure consists of multiple independent teaching blocks with dual-pitched roofs and a central full-height glass atrium, arranged in an irregular polygonal, semi-enclosed layout. The roof is free of non‑academic appendages such as equipment rooms or protruding utilities. Front Elevation (Core Details) The central main entrance is defined by a blue steel‑frame canopy passage (height: 6 m, width: 8 m, depth: 5 m), supported by eight square steel columns (side length: 0.6 m). Above the passage is a curved glass skylight (radius of curvature: 5 m) composed of 24 diamond‑shaped glass panels (grid pattern: 1 m × 1.5 m). The skylight is underpinned by a blue bifurcated metal support structure (six branching units per side, twelve in total). Flanking the entrance symmetrically are five‑story wing blocks. Each wing features a regular matrix of window openings: eight horizontally by five vertically (40 openings per wing, each 1.5 m × 1.8 m). On the fifth floor, brown wooden classroom doors are installed (single‑leaf door: height 2.2 m, width 0.9 m; six doors per wing, twelve total; spaced 2.5 m apart). Outside the doors runs a terrace with white metal railings (terrace width: 1.5 m, baluster spacing: 0.2 m). At ground level, adjacent to the entrance, are full‑height glass doors (height: 2.5 m, width: 1.2 m; four doors per side, eight total). Left Wing Details The left wing forms a 90° L‑shaped corner. The ground floor is lined with a continuous full‑height window (length: 20 m, height: 2.8 m), divided into ten equal sections (each 2 m × 2.8 m). Floors two through five display a regular grid of windows: sixteen per row horizontally, four rows vertically (64 windows total, each 1.5 m × 1.8 m). The left wall incorporates three vertical rectangular external equipment enclosures (height: 1.2 m, width: 0.8 m, spaced 3 m apart). Between the atrium and the left wing, four parallel aerial walkways connect the blocks (each walkway: width 2 m, white metal railings with balusters at 0.2 m intervals and two horizontal rails). The walkways are anchored to the building via square concrete support piers (side length: 1 m). The left roof is a dual‑pitched structure (30° slope) edged with white metal drainage gutters. Right Wing Details The right wing features a square glass‑curtain‑wall stair tower (height: 18 m, six floors). The tower’s facade is divided vertically into glass panels (each pane: 1.5 m × 1.8 m; eight panels per column, eight columns total, 64 panes). A spiral staircase is visible inside. Adjacent to the tower, the main block rises five stories, with window openings arranged in a matrix of eight per row horizontally and five rows vertically (40 openings, each 1.5 m × 1.8 m). A straight flight of steps leads from ground level to the atrium platform (28 steps total, each: rise 0.15 m, tread 1.2 m). Beside the atrium, three levels of staggered open‑air corridors run along the wing (each corridor: width 2 m, white metal railings with 0.2 m baluster spacing). The right wing curves with an 8 m radius at one corner, where windows are arranged in a fan‑like pattern (six per row, five rows total, 30 windows). Rear Elevation Details The rear center is occupied by a solid, windowless concrete block (length: 10 m, width: 8 m, height: 12 m). It is flanked symmetrically by five‑story wings. Each wing facade has window openings arranged six horizontally by four vertically (24 per wing, each 1.5 m × 1.8 m). The windows are double‑hung casements; some are fitted with white metal sills (width: 0.3 m). Three horizontal aerial walkways (each width: 2 m, white metal railings) link the solid block to the wings, connecting via recessed passages. At the far left of the rear elevation, an external straight fire‑escape staircase descends four floors (20 steps per floor, each step: rise 0.15 m, tread 1 m), guarded by white metal railings (baluster spacing: 0.25 m). Roof Plan Details The roof is composed of multiple independent dual‑pitched units (single‑unit dimensions: length 20–30 m, width 12–15 m; slope: 30°), clad in light blue‑grey metal, with ridges parallel to the building’s long axis. The central atrium is capped by a rectangular glazed structure (length: 15 m, width: 8 m, height: 18 m) with a flat‑push skylight divided into a 0.8 m × 0.8 m grid. The roof layout presents a composition of several main blocks, a right‑side extension, and an isolated block at the lower left, interconnected by flat‑roofed corridors (width: 2 m) surfaced with white waterproof membrane. Only white metal gutters and ventilation outlets are present; no equipment rooms or other ancillary structures occupy the roof. Structural Synopsis A central full‑height glass atrium (20 m × 15 m) dominates the plan. The ground level is 60% column‑supported arcades (square concrete columns, side length 0.8 m, grid spacing 4 m × 5 m), including a 3 m‑wide ramp descending at 15° to an underground entrance. The design rigorously adheres to a purely academic function, with no superfluous ornamentation. All structural details and spatial proportions accurately reflect a teaching‑focused building, avoiding common inaccuracies such as solid rear walls or omitted corridors and staircases.
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