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DECK.GL
deck.gl is a great match with React, supporting efficient WebGL rendering under the Reactive programming paradigm. And when used with Mapbox GL it automatically coordinates with the Mapbox camera system to provide compelling 2D and 3D visualizations on top of your Mapboxbased maps.
DECK.GL | EXAMPLES
WebGL-powered visualization framework for large-scale datasets DECK.GL | USING DECK.GL WITH A BASE MAPSEE MORE ON DECK.GL DECK.GL | ADDING INTERACTIVITYSEE MORE ON DECK.GL DECK.GL | DECKGL (REACT COMPONENT) DeckGL (React Component) DeckGL is the main interface to deck.gl for React applications. DeckGL is a React component that takes a list of deck.gl layer instances and a view state, and renders those layers on a transparent canvas that can be used as an overlay over other components like maps. Make sure to read the Using deck.gl with Reactarticle.
DECK.GL | ICONLAYERSEE MORE ON DECK.GL DECK.GL | SCATTERPLOTLAYER Properties. Inherits from all Base Layer properties.. Render Options radiusUnits (String, optional) . Default: 'meters' The units of the point radius, one of 'meters', 'pixels'.When zooming in and out, meter sizes scale with the base map, and pixel sizes remain the same onscreen.
DECK.GL | TRIPS LAYER Properties. Inherits from all Base Layer and PathLayer properties, plus the following:. Render Options currentTime (Number, optional) . Default: 0 The current time of the frame, i.e. the playhead of the animation. This value should be in the same units as the timestamps from getPath.. trailLength (Number, optional) . Default: 120 How long it takes for a path to completely fade out. DECK.GL | CONTOURLAYER ContourLayer. ContourLayer renders Isolines or Isobands for a given threshold and cell size.Isoline represents collection of line segments that separate the area above and below a given threshold.Isoband represents a collection of polygons (filled) that fill the area containing values in a given threshold range. To generate an Isoline single threshold value is needed, to generate an Isoband an DECK.GL | VIEW STATE TRANSITIONSSEE MORE ON DECK.GLDECK.GL
deck.gl is a great match with React, supporting efficient WebGL rendering under the Reactive programming paradigm. And when used with Mapbox GL it automatically coordinates with the Mapbox camera system to provide compelling 2D and 3D visualizations on top of your Mapboxbased maps.
DECK.GL | EXAMPLES
WebGL-powered visualization framework for large-scale datasets DECK.GL | USING DECK.GL WITH A BASE MAPSEE MORE ON DECK.GL DECK.GL | ADDING INTERACTIVITYSEE MORE ON DECK.GL DECK.GL | DECKGL (REACT COMPONENT) DeckGL (React Component) DeckGL is the main interface to deck.gl for React applications. DeckGL is a React component that takes a list of deck.gl layer instances and a view state, and renders those layers on a transparent canvas that can be used as an overlay over other components like maps. Make sure to read the Using deck.gl with Reactarticle.
DECK.GL | ICONLAYERSEE MORE ON DECK.GL DECK.GL | SCATTERPLOTLAYER Properties. Inherits from all Base Layer properties.. Render Options radiusUnits (String, optional) . Default: 'meters' The units of the point radius, one of 'meters', 'pixels'.When zooming in and out, meter sizes scale with the base map, and pixel sizes remain the same onscreen.
DECK.GL | TRIPS LAYER Properties. Inherits from all Base Layer and PathLayer properties, plus the following:. Render Options currentTime (Number, optional) . Default: 0 The current time of the frame, i.e. the playhead of the animation. This value should be in the same units as the timestamps from getPath.. trailLength (Number, optional) . Default: 120 How long it takes for a path to completely fade out. DECK.GL | CONTOURLAYER ContourLayer. ContourLayer renders Isolines or Isobands for a given threshold and cell size.Isoline represents collection of line segments that separate the area above and below a given threshold.Isoband represents a collection of polygons (filled) that fill the area containing values in a given threshold range. To generate an Isoline single threshold value is needed, to generate an Isoband an DECK.GL | VIEW STATE TRANSITIONSSEE MORE ON DECK.GLDECK.GL
deck.gl is a great match with React, supporting efficient WebGL rendering under the Reactive programming paradigm. And when used with Mapbox GL it automatically coordinates with the Mapbox camera system to provide compelling 2D and 3D visualizations on top of your Mapboxbased maps.
DECK.GL | USING DECK.GL WITH A BASE MAP Using the Deck canvas as a overlay on top of the Mapbox map, in pure JS or React. This is the most tested and robust use case. Using deck.gl layers as custom Mapbox layers, using the @deck.gl/mapbox module. This allows you to interleave deck.gl layers with base map layers, e.g. below text labels or occlude each other correctly in 3D. DECK.GL | LOADING DATA deck.gl uses loaders.gl, a framework-agnostic library to read data and resources. deck.gl core always includes loaders for JSON and standard image formats (e.g, png, jpeg, svg). Certain layers include additional loaders supporting their own use cases. It is easy for applications to provide options to configure the behavior of the defaultDECK.GL | ICONLAYER
IconLayer. The Icon Layer renders raster icons at given coordinates. There are two approaches to load icons. You can pre-generated a sprite image (iconAtlas), which packs all your icons into one layout, and a JSON descriptor (iconMapping), which describes the position and size of each icon in the iconAtlas.You can create sprite images with tools such as TexturePacker.DECK.GL | VIEWPORT
Viewport. Read the article detailing deck.gl's Views and Projections system.. A deck.gl Viewport is essentially a geospatially enabled camera, and combines a number of responsibilities, which can project and unproject 3D coordinates to the screen.. Viewport classes are focused on mathematical operations such as coordinate projection/unprojection, and calculation of view and projectionmatrices
DECK.GL | GEOJSONLAYER (PATHS) EXAMPLE Fatal accidents on U.S. highways (1990 - 2015). Fatalities per 1,000 miles: 0 4 8 12 20 32 52 84 136. Data source: National Highway Traffic Safty AdministrationDECK.GL | ARCLAYER
Properties. Inherits from all Base Layer properties.. Render Options greatCircle (Boolean, optional). Default: false If true, create the arc along the shortest path on the earth surface.This option is only effective with data in the LNGLAT coordinate system.. widthUnits (String, optional). Default: 'pixels' The units of the line width, one of 'meters', 'pixels'. DECK.GL | USING LIGHTING Using Lighting. A deck.gl lighting effect is a visual approximation of environment illumination based on simplified models to make rendering appear more realistic. To enable lighting in deck.gl, it is required that both the lighting effect and material instances are properly instantiated. Interactive demo ofDECK.GL | PATHLAYER
Properties. Inherits from all Base Layer properties.. Render Options widthUnits (String, optional). Default: 'meters' The units of the line width, one of 'meters', 'pixels'.When zooming in and out, meter sizes scale with the base map, and pixel sizes remain the same on screen. DECK.GL | POLYGONLAYER getFillColor (Function|Array, optional) . Default: The rgba color is in the format of .Each channel is a number between 0-255 and a is 255 if not supplied.. If an array is provided, it is used as the fill color for all polygons.DECK.GL
deck.gl is a great match with React, supporting efficient WebGL rendering under the Reactive programming paradigm. And when used with Mapbox GL it automatically coordinates with the Mapbox camera system to provide compelling 2D and 3D visualizations on top of your Mapboxbased maps.
DECK.GL | USING DECK.GL WITH REACT Using deck.gl with React. While not directly based on React, deck.gl is designed from ground up to work with React based applications. deck.gl layers fit naturally into React's component render flow and flux/redux based appications. deck.gl layers will be performantly rerendered whenever you rerender your normal JSX or React components.. The DeckGL React Component DECK.GL | USING DECK.GL WITH A BASE MAPSEE MORE ON DECK.GL DECK.GL | DECKGL (REACT COMPONENT) DeckGL (React Component) DeckGL is the main interface to deck.gl for React applications. DeckGL is a React component that takes a list of deck.gl layer instances and a view state, and renders those layers on a transparent canvas that can be used as an overlay over other components like maps. Make sure to read the Using deck.gl with Reactarticle.
DECK.GL | ADDING INTERACTIVITYSEE MORE ON DECK.GL DECK.GL | ICONLAYERSEE MORE ON DECK.GL DECK.GL | H3CLUSTERLAYER Note that h3-js must be included before deck.gl.. Properties. Inherits from all Base Layer, CompositeLayer, and PolygonLayer properties, plus the following:. Data Accessors getHexagons (Function, optional). Method called to retrieve the hexagon cluster from each object, as an array of H3 hexagon indices. These hexagons are joined into polygons that represent the geospatial outline of the DECK.GL | MVTLAYERSEE MORE ON DECK.GL DECK.GL | VIEW STATE TRANSITIONSSEE MORE ON DECK.GL DECK.GL | CONTOURLAYER ContourLayer. ContourLayer renders Isolines or Isobands for a given threshold and cell size.Isoline represents collection of line segments that separate the area above and below a given threshold.Isoband represents a collection of polygons (filled) that fill the area containing values in a given threshold range. To generate an Isoline single threshold value is needed, to generate an Isoband anDECK.GL
deck.gl is a great match with React, supporting efficient WebGL rendering under the Reactive programming paradigm. And when used with Mapbox GL it automatically coordinates with the Mapbox camera system to provide compelling 2D and 3D visualizations on top of your Mapboxbased maps.
DECK.GL | USING DECK.GL WITH REACT Using deck.gl with React. While not directly based on React, deck.gl is designed from ground up to work with React based applications. deck.gl layers fit naturally into React's component render flow and flux/redux based appications. deck.gl layers will be performantly rerendered whenever you rerender your normal JSX or React components.. The DeckGL React Component DECK.GL | USING DECK.GL WITH A BASE MAPSEE MORE ON DECK.GL DECK.GL | DECKGL (REACT COMPONENT) DeckGL (React Component) DeckGL is the main interface to deck.gl for React applications. DeckGL is a React component that takes a list of deck.gl layer instances and a view state, and renders those layers on a transparent canvas that can be used as an overlay over other components like maps. Make sure to read the Using deck.gl with Reactarticle.
DECK.GL | ADDING INTERACTIVITYSEE MORE ON DECK.GL DECK.GL | ICONLAYERSEE MORE ON DECK.GL DECK.GL | H3CLUSTERLAYER Note that h3-js must be included before deck.gl.. Properties. Inherits from all Base Layer, CompositeLayer, and PolygonLayer properties, plus the following:. Data Accessors getHexagons (Function, optional). Method called to retrieve the hexagon cluster from each object, as an array of H3 hexagon indices. These hexagons are joined into polygons that represent the geospatial outline of the DECK.GL | MVTLAYERSEE MORE ON DECK.GL DECK.GL | VIEW STATE TRANSITIONSSEE MORE ON DECK.GL DECK.GL | CONTOURLAYER ContourLayer. ContourLayer renders Isolines or Isobands for a given threshold and cell size.Isoline represents collection of line segments that separate the area above and below a given threshold.Isoband represents a collection of polygons (filled) that fill the area containing values in a given threshold range. To generate an Isoline single threshold value is needed, to generate an Isoband an DECK.GL | USING DECK.GL WITH A BASE MAP Using the Deck canvas as a overlay on top of the Mapbox map, in pure JS or React. This is the most tested and robust use case. Using deck.gl layers as custom Mapbox layers, using the @deck.gl/mapbox module. This allows you to interleave deck.gl layers with base map layers, e.g. below text labels or occlude each other correctly in 3D.DECK.GL | EXAMPLES
WebGL-powered visualization framework for large-scale datasets DECK.GL | LOADING DATA deck.gl uses loaders.gl, a framework-agnostic library to read data and resources. deck.gl core always includes loaders for JSON and standard image formats (e.g, png, jpeg, svg). Certain layers include additional loaders supporting their own use cases. It is easy for applications to provide options to configure the behavior of the default DECK.GL | WRITING YOUR OWN LAYER There are a couple of ways to build a layer in deck.gl, and it is helpful to consider what approach will serve you best before starting: Create a composite layer - A composite layer is a special kind of layer that creates other layers. This allows you to build e.g. a "semantic layer" - a layer that presents a different interface (set ofprops
DECK.GL | LINELAYER
Properties. Inherits from all Base Layer properties.. Render Options. The width used to draw each line. Unit is pixels. widthUnits (String, optional). Default: 'pixels' The units of the line width, one of 'meters', 'pixels'.When zooming in and out, meter sizes scale with theDECK.GL | MVTLAYER
MVTLayer. MVTLayer is a derived TileLayer that makes it possible to visualize very large datasets through MVTs (Mapbox Vector Tiles).Behaving like TileLayer, it will only load, decode and render MVTs containing features that are visible within the current viewport.. Data is loaded from URL templates in the data property.. This layer also handles feature clipping so that there are no featuresDECK.GL | PATHLAYER
Properties. Inherits from all Base Layer properties.. Render Options widthUnits (String, optional). Default: 'meters' The units of the line width, one of 'meters', 'pixels'.When zooming in and out, meter sizes scale with the base map, and pixel sizes remain the same on screen. DECK.GL LINELAYER EXAMPLE WebGL-based visualization examples using deck.gl DECK.GL | SCENEGRAPHLAYER Properties. Inherits from all Base Layer properties.. Mesh scenegraph (URL|Object|Promise). The geometry to render for each data object. Can be a URL of an object. You need to provide the fetch function to load the object. Can also be a luma.gl ScenegraphNode, or a Promise that resolves to one. The layer calls delete() on scenegraph when a new one is provided or the layer is finalized. DECK.GL | GEOJSONLAYER (PATHS) EXAMPLE Fatal accidents on U.S. highways (1990 - 2015). Fatalities per 1,000 miles: 0 4 8 12 20 32 52 84 136. Data source: National Highway Traffic Safty AdministrationDECK.GL
deck.gl is a great match with React, supporting efficient WebGL rendering under the Reactive programming paradigm. And when used with Mapbox GL it automatically coordinates with the Mapbox camera system to provide compelling 2D and 3D visualizations on top of your Mapboxbased maps.
DECK.GL | USING DECK.GL WITH REACT Using deck.gl with React. While not directly based on React, deck.gl is designed from ground up to work with React based applications. deck.gl layers fit naturally into React's component render flow and flux/redux based appications. deck.gl layers will be performantly rerendered whenever you rerender your normal JSX or React components.. The DeckGL React Component DECK.GL | USING DECK.GL WITH A BASE MAPSEE MORE ON DECK.GL DECK.GL | DECKGL (REACT COMPONENT) DeckGL (React Component) DeckGL is the main interface to deck.gl for React applications. DeckGL is a React component that takes a list of deck.gl layer instances and a view state, and renders those layers on a transparent canvas that can be used as an overlay over other components like maps. Make sure to read the Using deck.gl with Reactarticle.
DECK.GL | ADDING INTERACTIVITYSEE MORE ON DECK.GL DECK.GL | ICONLAYERSEE MORE ON DECK.GL DECK.GL | H3CLUSTERLAYER Note that h3-js must be included before deck.gl.. Properties. Inherits from all Base Layer, CompositeLayer, and PolygonLayer properties, plus the following:. Data Accessors getHexagons (Function, optional). Method called to retrieve the hexagon cluster from each object, as an array of H3 hexagon indices. These hexagons are joined into polygons that represent the geospatial outline of the DECK.GL | MVTLAYERSEE MORE ON DECK.GL DECK.GL | VIEW STATE TRANSITIONSSEE MORE ON DECK.GL DECK.GL | CONTOURLAYER ContourLayer. ContourLayer renders Isolines or Isobands for a given threshold and cell size.Isoline represents collection of line segments that separate the area above and below a given threshold.Isoband represents a collection of polygons (filled) that fill the area containing values in a given threshold range. To generate an Isoline single threshold value is needed, to generate an Isoband anDECK.GL
deck.gl is a great match with React, supporting efficient WebGL rendering under the Reactive programming paradigm. And when used with Mapbox GL it automatically coordinates with the Mapbox camera system to provide compelling 2D and 3D visualizations on top of your Mapboxbased maps.
DECK.GL | USING DECK.GL WITH REACT Using deck.gl with React. While not directly based on React, deck.gl is designed from ground up to work with React based applications. deck.gl layers fit naturally into React's component render flow and flux/redux based appications. deck.gl layers will be performantly rerendered whenever you rerender your normal JSX or React components.. The DeckGL React Component DECK.GL | USING DECK.GL WITH A BASE MAPSEE MORE ON DECK.GL DECK.GL | DECKGL (REACT COMPONENT) DeckGL (React Component) DeckGL is the main interface to deck.gl for React applications. DeckGL is a React component that takes a list of deck.gl layer instances and a view state, and renders those layers on a transparent canvas that can be used as an overlay over other components like maps. Make sure to read the Using deck.gl with Reactarticle.
DECK.GL | ADDING INTERACTIVITYSEE MORE ON DECK.GL DECK.GL | ICONLAYERSEE MORE ON DECK.GL DECK.GL | H3CLUSTERLAYER Note that h3-js must be included before deck.gl.. Properties. Inherits from all Base Layer, CompositeLayer, and PolygonLayer properties, plus the following:. Data Accessors getHexagons (Function, optional). Method called to retrieve the hexagon cluster from each object, as an array of H3 hexagon indices. These hexagons are joined into polygons that represent the geospatial outline of the DECK.GL | MVTLAYERSEE MORE ON DECK.GL DECK.GL | VIEW STATE TRANSITIONSSEE MORE ON DECK.GL DECK.GL | CONTOURLAYER ContourLayer. ContourLayer renders Isolines or Isobands for a given threshold and cell size.Isoline represents collection of line segments that separate the area above and below a given threshold.Isoband represents a collection of polygons (filled) that fill the area containing values in a given threshold range. To generate an Isoline single threshold value is needed, to generate an Isoband an DECK.GL | USING DECK.GL WITH A BASE MAP Using the Deck canvas as a overlay on top of the Mapbox map, in pure JS or React. This is the most tested and robust use case. Using deck.gl layers as custom Mapbox layers, using the @deck.gl/mapbox module. This allows you to interleave deck.gl layers with base map layers, e.g. below text labels or occlude each other correctly in 3D.DECK.GL | EXAMPLES
WebGL-powered visualization framework for large-scale datasets DECK.GL | LOADING DATA deck.gl uses loaders.gl, a framework-agnostic library to read data and resources. deck.gl core always includes loaders for JSON and standard image formats (e.g, png, jpeg, svg). Certain layers include additional loaders supporting their own use cases. It is easy for applications to provide options to configure the behavior of the default DECK.GL | WRITING YOUR OWN LAYER There are a couple of ways to build a layer in deck.gl, and it is helpful to consider what approach will serve you best before starting: Create a composite layer - A composite layer is a special kind of layer that creates other layers. This allows you to build e.g. a "semantic layer" - a layer that presents a different interface (set ofprops
DECK.GL | LINELAYER
Properties. Inherits from all Base Layer properties.. Render Options. The width used to draw each line. Unit is pixels. widthUnits (String, optional). Default: 'pixels' The units of the line width, one of 'meters', 'pixels'.When zooming in and out, meter sizes scale with theDECK.GL | MVTLAYER
MVTLayer. MVTLayer is a derived TileLayer that makes it possible to visualize very large datasets through MVTs (Mapbox Vector Tiles).Behaving like TileLayer, it will only load, decode and render MVTs containing features that are visible within the current viewport.. Data is loaded from URL templates in the data property.. This layer also handles feature clipping so that there are no featuresDECK.GL | PATHLAYER
Properties. Inherits from all Base Layer properties.. Render Options widthUnits (String, optional). Default: 'meters' The units of the line width, one of 'meters', 'pixels'.When zooming in and out, meter sizes scale with the base map, and pixel sizes remain the same on screen. DECK.GL LINELAYER EXAMPLE WebGL-based visualization examples using deck.gl DECK.GL | SCENEGRAPHLAYER Properties. Inherits from all Base Layer properties.. Mesh scenegraph (URL|Object|Promise). The geometry to render for each data object. Can be a URL of an object. You need to provide the fetch function to load the object. Can also be a luma.gl ScenegraphNode, or a Promise that resolves to one. The layer calls delete() on scenegraph when a new one is provided or the layer is finalized. DECK.GL | GEOJSONLAYER (PATHS) EXAMPLE Fatal accidents on U.S. highways (1990 - 2015). Fatalities per 1,000 miles: 0 4 8 12 20 32 52 84 136. Data source: National Highway Traffic Safty Administrationdeck.gl
deck.gl
luma.gl
react-map-gl
nebula.gl
react-vis
vis.gl
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Large-scale WebGL-powered Data VisualizationGet started
DECK.GL IS A WEBGL-POWERED FRAMEWORK FOR VISUAL EXPLORATORY DATA ANALYSIS OF LARGE DATASETS. ------------------------- A LAYERED APPROACH TO DATA VISUALIZATION deck.gl allows complex visualizations to be constructed by composing existing layers, and makes it easy to package and share new visualizations as reusable layers. We already offer a catalog of proven layers and we have many more in the works. HIGH-PRECISION COMPUTATIONS IN THE GPU By emulating 64 bit floating point computations in the GPU, deck.gl renders datasets with unparalleled accuracy and performance. REACT AND MAPBOX GL INTEGRATIONS deck.gl is a great match with React, supporting efficient WebGL rendering under the Reactive programming paradigm. And when used with Mapbox GL it automatically coordinates with the Mapbox camera system to provide compelling 2D and 3D visualizations on top of your Mapboxbased maps.
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