Apart from the Earth there are several worlds: Moon, Mars, Venus, Jupiter (with the four Galilean moons of Io, Ganymede, Europa and Callisto) and SDSS (imagery of stars and galaxies). NET-based version was an application with an extensive suite of plugins. As of 2015 a web based version of WorldWind is under development and available online. The latest Java-based version (2.1.0), was released in December 2016. Though widely available since 2003, WorldWind was released with the NASA Open Source Agreement license in 2004. The program overlays NASA and USGS satellite imagery, aerial photography, topographic maps, Keyhole Markup Language (KML) and Collada files. The WorldWind Java version was awarded NASA Software of the Year in November 2009. NET version, not a standalone virtual globe application in the style of Google Earth. The more recent Java version, WorldWind Java, is cross platform, a software development kit (SDK) aimed at developers and, unlike the old. NET Framework, which ran only on Microsoft Windows. As of 2017, a web-based version of WorldWind is available online. Organizations around the world use WorldWind to monitor weather patterns, visualize cities and terrain, track vehicle movement, analyze geospatial data and educate humanity about the Earth." It was first developed by NASA in 2003 for use on personal computers and then further developed in concert with the open source community since 2004. WorldWind allows developers to quickly and easily create interactive visualizations of 3D globe, map and geographical information. According to the website ( ), "WorldWind is an open source virtual globe API. NASA WorldWind is an open-source (released under the NOSA license and the Apache 2.0 license) virtual globe. JavaScript (Web), Java (Android, Desktop Java SE, and Server), C# (obsolete Windows/.NET)Īnimation showing atmosphere and shading effects in v1.4 USGS Urban Ortho-Imagery of Huntington Beach, California in older version of WorldWind (1.2) Rapid Fire MODIS – Hurricane Katrina A cyclone moving across the Indian Ocean (on normal cloud cover – not Rapid Fire MODIS) Moon – Hypsometric Map layer Mars (THEMIS layer) – Olympus Mons Hurricane Dean in NASA WorldWind Washington DC, Wikipedia point layer – icons link to Wikipedia articles load( "duck.Screenshot of WorldWind showing Blue Marble Next Generation layer ColladaLoader( position, config) ĬolladaLoader. label = "Placemark\n" + "Lat " + placemark. Placemark( position, false, placemarkAttributes) baseUrl + "images/pushpins/plain-red.png" In your web browser, head to the address In either case, you should see in your web browser a globe like this:.In the command line console, run python -m rver.Download and install Python version 3.X.In your web browsear, head to the address Another option is to use Python’s rver:.Execute the command http-server to start the server.In the command line console, run npm install http-server.Open a command line console in the root folder of your web app (where the ‘index.html’ file and your ‘./images’ folder is located).If you do not already have a web server, you can use a minimal development web server built in Node.js: If you’re not familiar with local testing servers, the Mozilla Development Network is a good place to start. We have written a basic Web WorldWind app, but unlike the Java and Android versions of WorldWind, Web WorldWind is meant to be part of a web application, therefore we need a web server to visualize our work. The image files can be downloaded in here. exist in the same directory (if following our convention, the folder should be ‘./HelloWorldWind/images’). These need to be inside an ‘./images’ directory which needs to be a sibling of the library, i.e. Note that in order for both the corresponding icons of these controls to be displayed, as well as the low resolution Blue Marble imagery, we need their image files to be sourced locally.
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