In 2D, the view uses the values of the area, center, width and scale properties to calculate the initial area.

In 3D, the camera properties are used as specified.

In 2D, the view calculates the data bounds for all layers with View.GetDataBounds, and centers the view area at the center of the data. Width and scale properties determine the initial view scale.

In 3D, the view also calculates the data bounds for all layers with View.GetDataBounds. The view then locates all elevation datasets, and establishes the ground elevation at the center of the data bounds. Finally, it positions the camera towards this point on the ground, 1000 meters out, facing north and slightly downwards.

In 2D, the view calculates the data bounds for all layers with View.GetDataBounds, and centers the view area at the center of the data. Width and scale properties are set so that the entire area is visible.

In 3D, the view also calculates the data bounds for all layers with View.GetDataBounds. The view then locates all elevation datasets, and establishes the ground elevation at the center of the data bounds. Finally, it positions the camera towards this point on the ground, facing north and slightly downwards, at a distance where most of the data area is visible.

In 2D, the view uses the values of the area, center, width and scale properties to calculate the initial area.

In 3D, the camera properties are used as specified.

In 2D, the view calculates the data bounds for all layers with View::getDataBounds, and centers the view area at the center of the data. Width and scale properties determine the initial view scale.

In 3D, the view also calculates the data bounds for all layers with View::getDataBounds. The view then locates all elevation datasets, and establishes the ground elevation at the center of the data bounds. Finally, it positions the camera towards this point on the ground, 1000 meters out, facing north and slightly downwards.

In 2D, the view calculates the data bounds for all layers with View::getDataBounds, and centers the view area at the center of the data. Width and scale properties are set so that the entire area is visible.

In 3D, the view also calculates the data bounds for all layers with View::getDataBounds. The view then locates all elevation datasets, and establishes the ground elevation at the center of the data bounds. Finally, it positions the camera towards this point on the ground, facing north and slightly downwards, at a distance where most of the data area is visible.

In 2D, the view uses the values of the area, center, width and scale properties to calculate the initial area.

In 3D, the camera properties are used as specified.

In 2D, the view calculates the data bounds for all layers with View.getDataBounds, and centers the view area at the center of the data. Width and scale properties determine the initial view scale.

In 3D, the view also calculates the data bounds for all layers with View.getDataBounds. The view then locates all elevation datasets, and establishes the ground elevation at the center of the data bounds. Finally, it positions the camera towards this point on the ground, 1000 meters out, facing north and slightly downwards.

In 2D, the view calculates the data bounds for all layers with View.getDataBounds, and centers the view area at the center of the data. Width and scale properties are set so that the entire area is visible.

In 3D, the view also calculates the data bounds for all layers with View.getDataBounds. The view then locates all elevation datasets, and establishes the ground elevation at the center of the data bounds. Finally, it positions the camera towards this point on the ground, facing north and slightly downwards, at a distance where most of the data area is visible.

In 2D, the view uses the values of the area, center, width and scale properties to calculate the initial area.

In 3D, the camera properties are used as specified.

In 2D, the view calculates the data bounds for all layers with View.getDataBounds, and centers the view area at the center of the data. Width and scale properties determine the initial view scale.

In 3D, the view also calculates the data bounds for all layers with View.getDataBounds. The view then locates all elevation datasets, and establishes the ground elevation at the center of the data bounds. Finally, it positions the camera towards this point on the ground, 1000 meters out, facing north and slightly downwards.

In 2D, the view calculates the data bounds for all layers with View.getDataBounds, and centers the view area at the center of the data. Width and scale properties are set so that the entire area is visible.

In 3D, the view also calculates the data bounds for all layers with View.getDataBounds. The view then locates all elevation datasets, and establishes the ground elevation at the center of the data bounds. Finally, it positions the camera towards this point on the ground, facing north and slightly downwards, at a distance where most of the data area is visible.