Interface implemented by an object that provides the position and velocity for an STK radar object or radar target object.

ComputeCentralBodyIntersect	Computes the central body intersection.
ComputeLocalRadiusCentric	Computes the central body radius centric for a given latitude and longitude.
ComputeLocalRadiusDetic	Computes the central body radius detic for a given latitude and longitude.
ComputeSurfaceNormalCentric	Computes the surface normal centric vector for a given latitude and longitude.
ComputeSurfaceNormalCentricArray	Computes, using the supplied latitude and longitude, the central body centric surface normal vector as an array of length 3 where the x component is array(0), y component is array(1), and z component is array(2).  All values in meters.
ComputeSurfaceNormalDetic	Computes the surface normal detic vector for a given latitude and longitude.
ComputeSurfaceNormalDeticArray	Computes, using the supplied latitude and longitude, the central body detic surface normal vector as an array of length 3 where the x component is array(0), y component is array(1), and z component is array(2).  All values in meters.
ConvertBodyCartesianToCBFCartesian	Converts a vector in body coordinates into CBF fixed coordinates
ConvertBodyCartesianToCBFCartesianArray	Converts the supplied body fixed vector into the central body fixed coordinate system and returns the vector as an array of length 3 where the x component is array(0), y component is array(1), and z component is array(2).  All values in meters.
ConvertCBFCartesianToBodyCartesian	Converts a vector in CBF coordinates into body coordinates.
ConvertCBFCartesianToBodyCartesianArray	Converts the supplied central body fixed vector into the body fixed coordinate system and returns the vector as an array of length 3 where the x component is array(0), y component is array(1), and z component is array(2).  All values in meters.
ConvertCBFCartesianToLLA	Converts central body fixed cartesian to latitude, longitude, and altitude.
ConvertCBFCartesianToLLAArray	Converts the supplied central body fixed vector into latitude, longitude, and altitude and returns the values as an array of length 3 where the latitude is array(0), longitude is array(1), and altitude is array(2).  All values in radians.
ConvertCBFCartesianToVVLHCartesian	Converts a vector in central body fixed coordinates into Vehicle Vertical Local Horizontal (VVLH) coordinates. The Z axis is inward along the radial, the Y axis is in the direction of the cross product of the velocity as measured in the central body inertial frame and the position and Y axis is in the direction of motion and constructed as Y x Z.
ConvertCBFCartesianToVVLHCartesianArray	Converts the supplied central body fixed vector into Vehicle Vertical Local Horizontal (VVLH) coordinates. The Z axis is inward along the radial, the Y axis is in the direction of the cross product of the velocity as measured in the central body inertial frame and the position and Y axis is in the direction of motion and constructed as Y x Z.  The vector is returned as an array of length 3 where the x component is array(0), y component is array(1), and z component is array(2).  All values in meters.
ConvertLLAToCBFCartesian	Converts latitude, longitude, and altitude to central body fixed cartesian.
ConvertLLAToCBFCartesianArray	Converts the supplied latitude, longitude, and altitude into the body fixed coordinate system and returns the vector as an array of length 3 where the x component is array(0), y component is array(1), and z component is array(2).  All values in meters.
GetPositionCBF	Gets position in the central body fixed frame.
GetPositionLLA	Gets position in latitude, longitude, and altitude.
GetSurfaceNormalCentric	Gets the surface normal centric vector for the current latitude and longitude.
GetSurfaceNormalDetic	Gets the surface normal detic vector for the current latitude and longitude.
GetTerrainHeight	Gets the terrain height for the current latitude and longitude.
GetTerrainHeightForLatLon	Gets the terrain height for a specified latitude and longitude.
GetVelocityCBF	Gets velocity in the central body fixed frame.

CurrentTime	Gets the current time in EpSec.
LocalRadiusCentric	Gets the central body radius centric using the position/velocity provider's current latitude and longitude.
LocalRadiusDetic	Gets the central body radius detic using the position/velocity provider's current latitude and longitude.
PositionCBFArray	Gets the central body fixed relative position vector as an array of length 3 where the x component is array(0), y component is array(1), and z component is array(2).   All values in meters.
PositionLLAArray	Gets the latitude, longitude, and altitude as an array of length 3 where the x component is array(0), y component is array(1), and z component is array(2).   All values in meters.
Role	Gets the IAgStkRadarPosVelProvider role.
SurfaceNormalCentricArray	Gets the central body centric surface normal vector as an array of length 3 where the x component is array(0), y component is array(1), and z component is array(2).   The surface normal is computed for the current latitude and longitude.  All values in meters.
SurfaceNormalDeticArray	Gets the central body detic surface normal vector as an array of length 3 where the x component is array(0), y component is array(1), and z component is array(2).  The surface normal is computed for the current latitude and longitude.  All values in meters.
VelocityCBFArray	Gets the central body fixed velocity vector as an array of length 3 where the x component is array(0), y component is array(1), and z component is array(2).   All values in m/s.

Provides the position and velocity for a radar object or a radar target object, as well as helper methods for coordinate system conversions using the objects central body.