Meshes will simply be added to the ground tiles and rendered together with each tile. The meshes will be reprojected to WGS84 longitude/latitude; the Z coordinate should be height above sea level, in meters. No automatic clipping will be done; use a RectangleClipOperator or call GeometryClipper.ClipMesh in your custom dataset to clip the meshes if necessary.

Polygons received will be interpreted as coverage polygons, and used to clip away the normal ground for the covered area. Otherwise low-resolution triangles from the normal ground may cut through and hide parts of the detailed meshes.

Meshes will simply be added to the ground tiles and rendered together with each tile. The meshes will be reprojected to WGS84 longitude/latitude; the Z coordinate should be height above sea level, in meters. No automatic clipping will be done; use a RectangleClipOperator or call GeometryClipper::clipMesh in your custom dataset to clip the meshes if necessary.

Polygons received will be interpreted as coverage polygons, and used to clip away the normal ground for the covered area. Otherwise low-resolution triangles from the normal ground may cut through and hide parts of the detailed meshes.

Meshes will simply be added to the ground tiles and rendered together with each tile. The meshes will be reprojected to WGS84 longitude/latitude; the Z coordinate should be height above sea level, in meters. No automatic clipping will be done; use a RectangleClipOperator or call GeometryClipper.clipMesh in your custom dataset to clip the meshes if necessary.

Polygons received will be interpreted as coverage polygons, and used to clip away the normal ground for the covered area. Otherwise low-resolution triangles from the normal ground may cut through and hide parts of the detailed meshes.

Meshes will simply be added to the ground tiles and rendered together with each tile. The meshes will be reprojected to WGS84 longitude/latitude; the Z coordinate should be height above sea level, in meters. No automatic clipping will be done; use a RectangleClipOperator or call GeometryClipper.clipMesh in your custom dataset to clip the meshes if necessary.

Polygons received will be interpreted as coverage polygons, and used to clip away the normal ground for the covered area. Otherwise low-resolution triangles from the normal ground may cut through and hide parts of the detailed meshes.