3D Tiles

Field note

What it does

Platform Cesium ion CesiumJS Cesium for O3DE Cesium for Unreal Cesium for Omniverse (current page) Cesium for Unity Real-world 3D geospatial extension for NVIDIA Omniverse Cesium for Omniverse is an extension that enables 3D geospatial capability for NVIDIA Omniverse , a real-time 3D graphics collaboration development platform. Cesium for Omniverse brings the following capabilities to Omniverse Kit-based applications, such as Isaac Sim : An accurate, full-scale WGS84 virtual globe The ability to combine the power of Cesium's 3D geospatial platform with NVIDIA Omniverse's real-time ray tracing for visualization and AI-powered analytics for 3D geospatial workflows An efficient 3D Tiles streaming engine for massive 3D geospatial data, with level-of-detail selection selection, caching, and asynchronous IO Streaming capability for global content including Cesium World Terrain, Microsoft Bing imagery, and Cesium OSM Buildings along with high-resolution photogrammetry Cesium ion integration to access curated 3D geospatial data and 3D tiling pipelines to optimize real-world 3D geospatial data for streaming Free and open source under the Apache 2.0 License. Download Cesium for Omniverse Combine NVIDIA's advanced GPU graphics and simulations with real-world 3D geospatial data High-resolution Photogrammetry of San Francisco captured by Aerometrex at 5cm, 2cm, and Street Level (0.6cm), visualized with Cesium and Omniverse. Photogrammetry of San Francisco is available via Cesium ion. The Grand Canyon, visualized in Omniverse by streaming Cesium World Terrain from Cesium ion. The full scale WGS84 globe in Omniverse enables visualizing objects all the way from space to ground. High resolution street-level photogrammetry model of Melbourne Town Hall (0.6cm) rendered in Omniverse with real time ray tracing. The photogrammetry model was generated from street-level and aerial images by Aerometrex.

Capabilities

Available capabilities

Tags

Tags

Ways to use it

Ways to use it