glb28.8 KB
Point Cloud — Fibonacci Sphere (GLB, POINTS)
The same 1,200-point coloured sphere as a GLB using the POINTS primitive mode — for testing point-cloud rendering in glTF viewers.
Loading 3D preview…
Specifications
- Format
- glTF 2.0 binary (GLB)
- Primitive Mode
- POINTS (0)
- Points
- 1200
- Coloured
- true
What is a .glb file?
GLB is the binary form of glTF, packaging 3D scene geometry, materials, textures, animations, and node hierarchy into a single self-contained file. It is optimized for efficient runtime loading and is often called the JPEG of 3D. It is widely used in web, AR, and real-time 3D applications.
How to use this file
Use an example GLB to test glTF loaders, embedded-texture and animation handling, and real-time rendering pipelines in web or game engines.
Code examples
import trimesh # pip install trimesh
mesh = trimesh.load("sphere-points.glb")
print(mesh.bounds, mesh.faces.shape)Related files
- 3mf3MF — Manufacturing CubeA 10 mm cube as 3MF — the modern OPC-packaged manufacturing format (a ZIP of model XML plus relationships). For testing 3MF readers and slicers.
- daeDAE — COLLADA CubeA 10 mm cube as COLLADA (.dae) — the XML digital-asset-exchange format used across 3D tools and game engines. For testing COLLADA parsers and conversion.
- dxfDXF — CAD Cube (line geometry)A 10 mm cube drawn as 12 DXF LINE entities — the AutoCAD interchange format, written with ezdxf. For testing DXF parsers and CAD conversion.
- epsEPS — Isometric Cube IllustrationAn isometric cube as Encapsulated PostScript — a 2D vector illustration with three shaded faces. For testing EPS/PostScript rendering and vector conversion.
- glbGLB — glTF 2.0 Binary CubeA 10 mm cube as binary glTF (GLB) — the dominant modern format for 3D on the web and in AR, with per-face normals packed into one self-contained file. Powers the interactive 3D preview on this site; for testing glTF loaders and conversion.
- gltfglTF — JSON Cube (embedded)A 10 mm cube as text glTF 2.0 — the JSON scene with its binary buffer embedded as a data URI, the human-readable sibling of the GLB. For testing glTF parsers and GLB↔glTF conversion.
Generated by generation/models_realistic.py. Free for any use, no attribution required — license.