![]() ![]() ViewLookAround - Demonstrates how to ‘look around’ a scene by controlling the view’s pitch, heading, roll and field of view, in this case by using a simple set of sliders. MGRSGraticule - Displays the globe with a MGRS/UTM graticule Graticule - Displays the globe with a latitude and longitude graticule (latitude and longitude grid) LayerTreeUsage - Uses a BasicTree to display a list of layers. WMSLayerManager - Demonstrates the use of multiple WMS layers, as displayed in a WMSLayersPanel. OnScreenLayerManager - Demonstrates an on-screen layer manager using LayerManagerLayer. Shutdown - Shows how to shut down a WorldWindow and how to shut down all of WorldWind. HelloWorldWind - Shows in detail how to create a basic WorldWind program.ĪpplicationTemplate - Provides a base application framework for simple WorldWind examples. SimplestPossibleExample - Demonstrates the simplest possible way to create a WorldWind application. All examples can be found in the GitHub repository. You can do this through the terminal by using the git command, as outlined below.The WorldWind API contains over 100 code examples that show how to perform all manner of tasks, from creating the most basic WorldWind application to using complex, advanced functionality.īelow are brief descriptions of selected example programs. ![]() Start by cloning the repository to your local system. How to Run and Develop World Weather Locally Use the Destination tool to immediately visit any desired location.Read available information about each layer.Change the order for where layers are placed in the hierarchy.Adjust the opacity of each layer and thereby integrate layers to study groups of information together.Adjust the time and date of any layer and easily experience how the visualized data changes with respect to time and space.Input data sources of different sizes and projections, then see that data in any preferred projection including 3D, Mercator, Equirectangular, Polar and more.Load in any number of spatiotemporal geographically accurate data from multiple sources, using a variety of formats including WMTS, WMS, KML, and view them all together.Using World Weather, you can overlay weather forecasts with real-time satellite images. Screenshot showing World Weather being used to track a storm to the west of Florida (late August of 2016). World Weather has full three dimensional capabilities, including elevation data for all locations on Earth. Image showing the Dead Sea in Jordan, as shown from ESA Sentinel - True Color layer. This image shows the Blue Marble layer as a base World Weather also supports Bing Maps and a Digital Elevation Layer too. Screenshot showing how the Earth looks like through World Weather in its starting position. This gives the world community a customizable experience that can be utilized by weather forecasters, research scientists studying climate change, and intrigued planetary data enthusiasts. World Weather is the first web application to display this broad range of weather and other global spatial data in 3D/4D. It is also desired to allow any user to interactively view historical, current, and forecast weather information. Accessing the broad range of weather and climate data with one platform would greatly increase our ability to comprehend the vast stores of ‘big data.’ With one platform on which the information from the myriad of different data sources can be brought together, and displayed accurately in 3D, we would have the opportunity for a truly comprehensive view of the changes occurring to the Earth’s climate. ![]() Understanding our climate is one of the most pressing issues of our time, which is why international organizations have been setting up satellites and capturing real-time data of Earth’s atmospheric conditions. In this approximately 3 minute video, we walk through the application and demonstrate an example use. The user may also want to check out the World Weather Tutorial Video before using the application. The application can be accessed by clicking here. NASA World Weather World Weather is the largest three-dimensional web-based interactive browser of satellite, weather, climate, and other publicly available time-aware geospatial data, built upon NASA's revolutionary World Wind technology. ![]()
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