deck.gl is designed to simplify high-performance, WebGL-based visualization of large data sets. Users can quickly get impressive visual results with minimal effort by composing existing layers, or leverage deck.gl's extensible architecture to address custom needs.

deck.gl maps data (usually an array of JSON objects) into a stack of visual layers - e.g. icons, polygons, texts; and look at them with views: e.g. map, first-person, orthographic.

deck.gl handles a number of challenges out of the box:

• Performant rendering and updating of large data sets
• Interactive event handling such as picking, highlighting and filtering
• Cartographic projections and integration with major basemap providers
• A catalog of proven, well-tested layers

Deck.gl is designed to be highly customizable. All layers come with flexible APIs to allow programmatic control of each aspect of the rendering. All core classes such are easily extendable by the users to address custom use cases.

<script src="https://unpkg.com/deck.gl@latest/dist.min.js"></script>

• Get started
• Full examples

npm install deck.gl

• Get started
• Full examples

• Get started
• Full examples

pip install pydeck

• Get started
• Examples

• deckgl-typings (Typescript)
• mapdeck (R)
• vega-deck.gl (Vega)
• earthengine-layers (Google Earth Engine)
• deck.gl-native (C++)

• API documentation for the latest release
• Website demos with links to source
• Interactive playground
• deck.gl Codepen demos
• deck.gl Observable demos
• vis.gl Medium blog
• deck.gl Slack workspace

deck.gl is part of vis.gl, a Urban Computing Foundation project. Read the contribution guidelines if you are intrested in contributing.

Data sources are listed in each example.