World Wind Sdk
Advertisement
World Wind Anaglyph Stereo v.1.0
Allows you to explore the world in 'real' 3D using red and cyan glasses, enable you to explore the world with anaglyph stereo viewing ability. It allows you to view the world in 3D using red and cyan glasses with the red filter over the left eye. To
Advertisement
View Volume v.1.0
View Volume can show you the volume for surfaces on the globe, demonstratethe World Wind Java SDK support for rendering globes in multiple software windows. World Wind automatically shares resources wherever possible across multiple windows in a
GPSMaster.NET v.1 7
GPSMaster.NET can best be described as a mixture of Google Earth, World Wind, SeeYou, OziExplorer and Garmin Mapsource. GPSMaster.
Scankort Denmark Data v.1.0
Displays high resolution imagery from Denmark. Scankort Denmark Data demonstrates high resolution imagery (0.2 meters per pixel) and elevation data (1.6 meters per pixel) served by the World Wind WMS,
Airspace Builder v.1.0
Construct 3D shapes on the world map. Airspace Builder demonstrate the construction of 3D shapes using the World Wind Java controlled airspaces tookit. Controls: 1. Create a new shape: Press the "New shape" button. If the option "Auto fill new
Open Visual Trace Route v.1.0.7 Beta
Java Swing Visual Trace Route. Route is displayed in a World Wind Java cartographic component. Java-based world navigation map.
BotPlatform SDK for COM 1.0RC v.1.0
Interactive Promotions for Brand Marketing by BotPlatform Instant Messenger Bot Builder.
Bio7 for Linux v.1.6
The application Bio7 is an integrated development environment for ecological modelling with a main focus on individual based modelling and spatially explicit models.
Bio7 x64 v.1.6
The application Bio7 x64 is an integrated development environment for ecological modelling with a main focus on individual based modelling and spatially explicit models.
Bio7 v.1.6
The application Bio7 is an integrated development environment for ecological modelling with a main focus on individual based modelling and spatially explicit models.
