Generate a position at lon,lat in degrees, with respect to surface of focused sphere, altitude in meters above sphere (sea level), oriented toward the center of the sphere, north up.

generatePositionAndOrientationRelativeToCenteredTarget

external fun generatePositionAndOrientationRelativeToCenteredTarget(targetLonLatDegAltMeters: Coordinates, targetHeadingPitchRollDeg: Tuple3d, cameraHeadingPitchDegDistanceMeters: Tuple3d, resultPosition: Tuple3d, resultOrientation: Tuple4d): Int

Generate a position and orientation relative to, and oriented toward/centered on, a target position which is relative to the focused sphere (orientation relative to target).

generatePositionAndOrientationRelativeToTarget

external fun generatePositionAndOrientationRelativeToTarget(targetLonLatDegAltMeters: Coordinates, targetHeadingPitchRollDeg: Tuple3d, cameraHeadingPitchDegDistanceMeters: Tuple3d, cameraHeadingPitchRollDeg: Tuple3d, resultPosition: Tuple3d, resultOrientation: Tuple4d): Int

Generate a position and orientation relative to a target position, looking in any direction relative to the direction toward the target, all in the coordinate system of the focused target.

generatePositionAndOrientationTargetCentered

external fun generatePositionAndOrientationTargetCentered(targetLonLatDegAltMeters: Coordinates, cameraHeadingPitchDegDistanceMeters: Tuple3d, resultPosition: Tuple3d, resultOrientation: Tuple4d): Int

Generate a position and orientation relative to, and oriented toward/centered on, a target position which is relative to the focused sphere (orientation relative to sphere).

generatePositionAndOrientationWithHeading

external fun generatePositionAndOrientationWithHeading(lonLatDegAltMeters: Coordinates, headingPitchRollDeg: Tuple3d, resultPosition: Tuple3d, resultOrientation: Tuple4d): Int

Generate a position at lon,lat in degrees, with respect to surface of focused sphere, altitude in meters above sphere (sea level), oriented toward the specified heading, pitch and roll.

isReference

fun isReference(): Boolean

True if keeps a reference to a C++ SDK object False if keeps a C++ SDK object

not

operator fun not(): Boolean

Checks if this object is valid.

release

fun release()

Releases the native referenced value of this object if:

restoreCameraState

external fun restoreCameraState(buff: DataBuffer): Int

Restore camera state from a previous save session buffer.

saveCameraState

external fun saveCameraState(): DataBuffer?

Save camera state as binary internal format.

setCameraOrientation

external fun setCameraOrientation(headingPitchRollDeg: Tuple3d)

Set camera orientation, with respect to surface of focused sphere, and current camera position, using heading in degrees (0=N, 90=E, 180=S, 270=W).

setCameraPosition

external fun setCameraPosition(lonLatDegAltMeters: Coordinates)

Set camera lon,lat position in degrees, with respect to surface of focused sphere, altitude in meters above sphere (sea level), oriented toward the center of the sphere, north up.

setCameraRelativeToCenteredTarget

external fun setCameraRelativeToCenteredTarget(targetLonLatDegAltMeters: Coordinates, targetHeadingPitchRollDeg: Tuple3d, cameraHeadingPitchDegDistanceMeters: Tuple3d)

Set camera looking toward a target position, all in the coordinate system of the focused target.

setCameraRelativeToTarget

external fun setCameraRelativeToTarget(targetLonLatDegAltMeters: Coordinates, targetHeadingPitchRollDeg: Tuple3d, cameraHeadingPitchDegDistanceMeters: Tuple3d, cameraHeadingPitchRollDeg: Tuple3d)

Set camera relative to a target position, looking in any direction relative to the direction toward the target, all in the coordinate system of the focused target.

setCameraTargetCentered

external fun setCameraTargetCentered(targetLonLatDegAltMeters: Coordinates, cameraHeadingPitchDegDistanceMeters: Tuple3d)

Set camera looking toward a target position, all in the coordinate system of the focused sphere.