Operahuset i Oslo
Snøhetta's iconic landmark (242 m × 110 m, 38 m fly tower) parametric OpenBIM IFC4 model constructed from architectural blueprints, waterfront geometry, and structural specifications.
VibeIFC Commercial Showcase & Contextual Soundtrack
Cinematic presentation of Snøhetta's Operahuset i Oslo featuring custom contextual audio branding, progressive parametric assembly, and hero turntable.
Parametric 8-Stage Modeling Process
Autonomous synthesis executing millimeter-accurate geometric definitions via IfcOpenShell:
Bjørvika Basin & Plaza
Submerged Oslofjord basin (-0.8 m) and marble public apron rising +1.0 m → +3.0 m from water edge.
Production Wing
4-storey northern production volume (parapet +18.0 m), white stucco facades and horizontal ribbon glazing.
Fly Tower & Relief
Massive 38.0 m fly tower core (Scenetopp) wrapped in embossed aluminium relief panels by Løvaas & Wagle.
Wave Wall & Foyer Steel
Parametric curved oak Wave Wall enclosing the 1,364-seat horseshoe auditorium, braced by inclined foyer columns.
15 m Glass Curtain Wall
High-transparency low-iron glass facades with structural mullions bridging the open fjord to the foyer.
Walkable Marble Carpet
La Facciata marble ramps: West ramp (+3 → +20 m), main foyer slope (+18 → +24 m), and East ramp (+3 → +16 m).
White Edge Blades
Perimeter marble balustrades, roof brow fascia beams, and crisp edge trim defining the folded geometry.
Hero 360° Turntable
Continuous 36-frame orbital turntable evaluating volumetric proportion and light interaction from all angles.
Multi-Angle Validation Renders
Headless multi-pass rendering compositing translucent curtain walls, warm Italian marble, textured oak, and fjord water.
Architectural Blueprint Sheets (Rev D)
Parametric 2D vector blueprints synchronized directly with the 3D OpenBIM model. Millimeter grid and elevations.
A-101 Ground & Mezzanine Plan (cut +4.000) · Vector SVG
A-201 South Facade Elevation (Bjørvika Harbour) · Vector SVG
A-202 West Ramp Elevation (+0 to +20.5 m) · Vector SVG
A-301 Longitudinal Section A-A through Wave Wall · Vector SVGKey Dimensions & Material Specifications
| Component | Dimension / Level | Material & Specification |
|---|---|---|
| Walkable Roof Carpet | Slope +0.000 → +24.000 | 36 000 m² Italian Bianco Carrara marble (La Facciata), non-slip textured finish |
| Stage Fly Tower (Scenetopp) | Parapet +38.000 | Embossed aluminium panels with custom woven pattern relief (Løvaas & Wagle) |
| Foyer Curtain Wall | Height 15.000 | Low-iron structural glass panes, minimal framing, anti-reflective solar coating |
| Foyer Incline Columns | Ø 600 mm, inclined 12° | White composite steel/concrete columns carrying the marble roof brow |
| Curved Wave Wall | Height +16.000, R ≈ 28 m | Norwegian solid oak laths, ammoniac-treated acoustic wall enclosing main auditorium |
| Production Wing | 4 storeys, parapet +18.000 | Reinforced concrete frame, white mineral stucco facade with horizontal ribbon windows |
| Harbour Apron & Substation | Bjørvika Basin -0.800 | Submerged marine concrete piles, reinforced concrete sea walls resisting fjord tides |
OpenBIM Quality Checks & Cloud Verification
-
Pass
Cloud Run Deployed: Successfully loaded on
vibeifcCloud Run service (europe-west1, project nordicai-catalog-505720). - Pass IFC4 Metric Conformance: Validated with IfcOpenShell. SI Metre length assignment, standard spatial hierarchy (IfcProject → IfcSite → IfcBuilding → IfcBuildingStorey).
- Pass BIM Element Population: 314 products across IfcRoof, IfcWall, IfcCurtainWall, IfcColumn, IfcBeam, IfcRailing, and IfcGeographicElement with 100% valid manifold meshes.
- Pass Headless Viewport Rendering: Multi-pass transparency shader composites translucent glass foyer over the curved wooden Wave Wall without occlusion anomalies.
- Pass Geometric Proportions: Verified against Snøhetta blueprints and reference photographs — West ramp +20 m, Fly Tower +38 m, Foyer brow +18 m.