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Images

  • Prompt image:
    • prompt from which the world is generated
  • 360 Panorama:
    • Equirectangular png of 2560 x 1280 pixels

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Splats

  • Splats (SPZ):
    • Splat-based format optimized for Marble’s rendering system, about 2M splats
  • Splats (low-res SPZ):
    • Splat-based format optimized for Marble’s rendering system, about 500k splats
  • Splats (PLY):
    • Splat file with broader software compatibility, about 2M splats
  • Splats (low-res PLY):
    • Splat file with broader software compatibility, about 500k splats

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Mesh

  • Collider Mesh (GLB)
    • coarse mesh optimized for simple physics calculations
    • glb format
    • 100-200k triangles
  • High-quality mesh (GLB)
    • One glb around 600k triangles, with texture information
    • Another glb around 1M triangles, with vertex colors
    • Takes up to an hour to generate
    • Currently rate limited to 4 generation requests per hour per user
    • You can only generate high quality mesh on worlds you own

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Example files

Here we provide a few example scenes and export files to test against.

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Gaussian Splats

Scroll to the right to see all options.
SceneSPZ 2mSPZ 500kPLY 2mPLY 500k
Rustic kitchen with natural light
Elegant library with fireplace
Modern house with lush landscaping
Narrow European cobblestone lane
Warm traditional kitchen interior

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Image & Mesh

Scene360 PanoCollider mesh GLBHQ mesh GLB
Rustic kitchen with natural light
Elegant library with fireplace
Modern house with lush landscaping
Narrow European cobblestone lane
Warm traditional kitchen interior

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FAQ

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What’s the difference between SPZ and PLY formats?

SPZ is Marble’s native splat format optimized for file size, while PLY is a uncompressed format compatible with more Gaussian splat software packages.

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Why are my splats / meshes up-side-down when I export them to other software?

Default world labs worlds are in OpenCV coordinate system (+x left, +y down, +z forward). Many DCC software are in the OpenGL coordinate system (+x left, -y down, -z forward). To correct for it, perform an OpenCV-to-OpenGL transformation by scaling the Y and Z axes by -1 (keeping X unchanged). See more on coordinate systems.