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osgEarth 2.1.1
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osgEarth 2.1.1
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Go to the source code of this file.
Variables | |
| seamless seamless is a terrain engine for osgEarth It takes over rendering of the map from internal map engine of osgEarth It uses the LOD algorithm described in Seamless Patches for GPU Based Terrain Rendering by | Livny |
| seamless seamless is a terrain engine for osgEarth It takes over rendering of the map from internal map engine of osgEarth It uses the LOD algorithm described in Seamless Patches for GPU Based Terrain Rendering by Kogan and El Sana A copy of the paper can be downloaded from | http |
| seamless seamless is a terrain engine for osgEarth It takes over rendering of the map from internal map engine of osgEarth It uses the LOD algorithm described in Seamless Patches for GPU Based Terrain Rendering by Kogan and El Sana A copy of the paper can be downloaded from whole earth maps For the whole earth | case |
| seamless seamless is a terrain engine for osgEarth It takes over rendering of the map from internal map engine of osgEarth It uses the LOD algorithm described in Seamless Patches for GPU Based Terrain Rendering by Kogan and El Sana A copy of the paper can be downloaded from whole earth maps For the whole earth the faces of a cube are projected on the | earth |
| the grid lines on each face are great circles The file euler kml illustrates this projection Use Once | installed |
| seamless seamless is a terrain engine for osgEarth It takes over rendering of the map from internal map engine of osgEarth It uses the LOD algorithm described in Seamless Patches for GPU Based Terrain Rendering by Kogan and El Sana A copy of the paper can be downloaded from whole earth maps For the whole earth case |
| seamless seamless is a terrain engine for osgEarth It takes over rendering of the map from internal map engine of osgEarth It uses the LOD algorithm described in Seamless Patches for GPU Based Terrain Rendering by Kogan and El Sana A copy of the paper can be downloaded from whole earth maps For the whole earth the faces of a cube are projected on the earth |
| the grid lines on each face are great circles The file euler kml illustrates this projection Use Once installed |
1.7.3
