WorldWindAndroid
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NASAWorldWind
The NASA WorldWind Java SDK for Android (WWA) includes the library, examples and tutorials for building 3D virtual globe applications for phones and tablets.
Implement automated testing of the World Wind Android SDK and its examples. This processing should be server-based and run automatically.
Document and publish the procedures used for testing the World Wind Android SDK prior to releasing. Goal: Ensure the tests are repeatable Objectives: 1. Ensure completeness of tests 2. Posterity
Display of icon and text draped on the terrain surface with a geographic location. From the COE requirements document: Points - Plot from existing coordinate - Point Icon may be...
Tools for evaluating runtime performance of the WorldWind Android SDK.
Support OpenGL ES 1.x for COE apps running in an Android virtual machine.
Display of an arc in 3D and an arc draped on the terrain surface. From the COE requirements document: Arc - Radius point, radius, start angle, end angle. - Line...
Developer guide outlining how to create a custom renderable for the WorldWind SDK. From the COE requirements document: Map shall provide the ability for external OpenGL applications to render on...
Display of controlled airspace shapes as required by TAIS. Within COE v3 there are 8 distinct 3D air control measures: ROUTE, CYLINDER, ORBIT, POLYGON, RADARC, POLYARC, TRACK, CURTAIN
Support for user-shape-editing (3D shapes, surface shapes and airspace shapes). From the COE requirements document: Feature Editing - Ability for the developer to place an existing map feature into an...
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The NASA WorldWind Java SDK for Android (WWA) includes the library, examples and tutorials for building 3D virtual globe applications for phones and tablets.