benedettoCesium/hackathon2 · Datasets at Hugging Face

What is Cesium? The platform for 3D geospatial. It includes: Fastest available pipelines for creating 3D Tiles from heterogeneous data; Global 3D content including 3D terrain and buildings; CesiumJS (open source) best-in-class for accurate 3D visualization on the web; Cesium for Unity (open source) 3D geospatial capability for the Unity ecosystem; Cesium for Unreal (open source) first high-precision (WGS84) globe for game engines; Cesium for O3DE (open source) WGS84 globe for the open source Open 3D Engine; Cesium for Omniverse (open source) 3D geospatial capability in NVIDIA Omniverse

The platform for 3D geospatial. Cesium is the foundational open platform for creating powerful 3D geospatial applications. Combine Cesium ion's curated 3D global content with your point clouds, photogrammetry, BIM, or other 3D data to jumpstart app development. Your Cesium ion account includes the fastest available tiling pipelines for streaming your content as 3D Tiles, and you control who can access your data. CesiumJS is the state-of-the-art open source Javascript library for beautiful, accurate 3D visualization on the web. Add the Cesium ion SDK to create advanced analytics in your custom CesiumJS apps. Cesium for Unity provides a full-scale, high-accuracy (WGS84) globe and runtime 3D Tiles engine for the Unity ecosystem. Cesium for Unreal is the first high-precision (WGS84) globe in a game engine, bringing Cesium's real-world detail and accuracy to simulated environments. Cesium for Omniverse is an extension that enables 3D geospatial capability for NVIDIA Omniverse. Cesium for O3DE provides a full-scale, high-accuracy (WGS84) globe and runtime 3D Tiles engine for the open source Open 3D Engine (O3DE).

Cesium ion. Create and host 3D content in the cloud. Cesium ion is a robust, scalable, and secure platform for 3D geospatial data. Upload your content and Cesium ion will optimize it as 3D Tiles, host it in the cloud, and stream it to any device. Cesium ion includes access to curated global 3D content including Cesium World Terrain, Bing Maps imagery, and Cesium OSM Buildings. Combine these assets with your own data to see it in a geospatial context, and share the results securely with your colleagues or make them available through your apps. Bring your own 3D data: Upload your data to create 3D Tiles, the optimal way to stream massive 3D content. Fuse with curated content: Combine your data with high-resolution terrain and imagery or even buildings for global coverage and show where your data fits in the world. Host securely in the cloud: Our hosting is tuned to serve massive 3D datasets as quickly, efficiently, and securely as possible. Build interactive 3D geospatial presentations: Cesium Stories lets you easily create and share map-based stories without writing code. Create an end-to-end 3D workflow: Cesium ion integrations enable a seamless flow of 3D data from creation and capture, to tiling, to streaming for visualization, simulation, and gaming. Curated 3D geospatial content. Explore our collection of global 3D content, and combine it with your own data for more complete coverage and accurate analysis. Ready-to-stream 3D content: Cesium World Terrain, Cesium OSM Buildings, and Bing Maps imagery, optimized for 3D map visualization and curated from terabytes of open and commercial data. Bring your own 3D data: Integrate your source data with our content—and host it all on Cesium ion for your private use. 3D data tiling in the cloud: Cesium ion tiles your massive high-resolution 3D content into 3D Tiles for optimized and efficient streaming over the web. Point clouds, Photogrammetry, 3D models, 3D buildings, Imagery, and Terrain. The fastest way to stream 3D: Optimize massive 3D content with tools built to scale for lightning fast processing. Accuracy & precision: Measure, analyze, and make decisions with confidence based on visualizations as precise as your source data.

Cesium for Omniverse. 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 Omniverse USD Composer and Omniverse Code: 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. Add real-world context with 3D content and pipelines with Cesium ion. Instant access to global 3D content: Cesium for Omniverse is integrated with Cesium ion, allowing instant access to cloud-based global high-resolution 3D content including photogrammetry, terrain, imagery, and buildings. Industry-leading 3D tiling pipelines: Transform your content into optimized spatially indexed 3D Tiles ready to be streamed to Omniverse using industry-leading content pipelines, available as part of your Cesium ion subscription, or as on-premises tools. Online and on-premises: Cesium for Omniverse supports cloud and private network content and services based on open standards and APIs. Users can deploy on-premises for a scalable, customizable, end-to-end workflow.

3D geospatial visualization for the web. CesiumJS is an open source JavaScript library for creating world-class 3D globes and maps with the best possible performance, precision, visual quality, and ease of use. Developers across industries, from aerospace to smart cities to drones, use CesiumJS to create interactive web apps for sharing dynamic geospatial data. Built on open formats, CesiumJS is designed for robust interoperability and scaling for massive datasets. Stream in 3D Tiles and other standard formats from Cesium ion or another source. Visualize and analyze on a high-precision WGS84 globe.Share with users on desktop or mobile. Start building your 3D globe app. Install with NPM: <code>npm install cesium</code>, or download the zip file. Open source from 2012 until forever.

CesiumJS is released under the Apache 2.0 license and is free for both commercial and non-commercial use.

CesiumJS powers apps that reach millions of users.

We believe that collaboration is rooted in openness and are committed to an open ecosystem.

Cesium ion SDK. Analytics to unlock insights from geospatial data. Bring analysis to your 3D visualization. The Cesium ion SDK JavaScript library extends the open source CesiumJS JavaScript library and includes additional GPU-accelerated 3D analysis tools and ready-to-use UI widgets. Measure distance and areas, perform line of sight, viewshed, and visibility analysis, and include ready-to-use UI widgets into your custom apps. Data fusion: Analyze within a dataset or across disparate datasets—from point clouds to BIM models to terrain to stationary or dynamic objects. Precision: Draw confident conclusions using a level of precision originally developed for aerospace. GPU acceleration: Get optimal performance for client-side analysis using the parallelism and computational power of the GPU. Developer friendly: Build apps using a fully documented API, code examples, and customizable components with the same quality as CesiumJS.

Features

Measurement tools: Accurately measure any object or between multiple objects at any scale, whether you’re measuring the height of a bridge, the distance from a drone to the ground, or the length of a hiking trail. Distance between any two points, with optional horizontal and vertical locking; Height of a point above terrain; Polygonal area measurements; Latitude, longitude, height, and slope of any point.

Clipping planes editor: Add and configure clipping planes to reveal an interior or examine data obscured by structures or terrain.

Transform editor: Position, rotate, and scale objects with a visual interface in a full 3D context. Sensor geometries and visibility analysis tools: Efficiently understand the impact of sensor visibility for drones, satellites, autonomous vehicles, or any stationary or moving object. GPU-accelerated line of sight, viewshed, and visibility analytics; Multiple sensor geometries including cones, rectangles, and domes; Custom sensor geometries. Additional geometries: Visualize additional static and dynamic 3D shapes such as vectors and fans for azimuth-elevation masks.

The open specification for 3D data. 3D Tiles is the open standard for massive, heterogeneous 3D geospatial datasets such as point clouds, buildings, photogrammetry, and vector data. Built on glTF and other 3D data types, 3D Tiles is a streamable, optimized format designed to tap the potential of today’s ever-growing collection of 3D geospatial data. Features: Interactive, styleable, adaptable, and flexible; Designed for precision to support the most demanding analytics; Time-dynamic for visualizations or simulations that allow users to see change over time; Heterogeneous, supporting a variety of data types meant for different purposes; there is no one-size-fits-all for 3D datasets; 3D Tiles is an Open Geospatial Consortium (OGC) Community Standard. Building the 3D geospatial ecosystem through openness. Cesium first introduced 3D Tiles in 2015 and shepherded its acceptance as an OGC Community Standard in 2019. 3D Tiles has been widely adopted by leading software, service, and data providers across industry and government, and by developers building end-user applications. The success and impact of 3D Tiles as an open standard reinforces our belief that openness and interoperability are the essential elements that propel not only Cesium, but the entire 3D geospatial ecosystem, forward.

Appearance - Cesium Documentation

Appearance

new Cesium.Appearance(options)

engine/Source/Scene/Appearance.js 33

An appearance defines the full GLSL vertex and fragment shaders and the

render state used to draw a Primitive. All appearances implement

this base Appearance interface.

Name

Type

Description

options

object

optional

Object with the following properties:

Name

Type

Default

Description

translucent

boolean

true

optional