The target object's location at the
access stop time, expressed with respect to central-body fixed
axes.
| Name |
Dimension |
Type |
Description |
| Time |
DateFormat |
Real Number |
Time. |
| Latitude |
LatitudeUnit |
Real Number |
The detic latitude (i.e., angle between the detic
subpoint's surface normal vector and the XY plane.) |
| Longitude |
LongitudeUnit |
Real Number |
The detic longitude (i.e., angle from the X-axis
locating the projection of the detic subpoint's surface normal
vector onto the XY plane.) Longitude increases in the direction
found using the right-hand rule about the Z-axis. |
| Altitude |
DistanceUnit |
Real Number |
The altitude value (i.e., magnitude of the relative
position vector between the object and its detic subpoint). |
| Position X |
DistanceUnit |
Real Number |
The X component of the position vector of the
object, and expressed in the frame indicated by the folder. |
| Position Y |
DistanceUnit |
Real Number |
The Y component of the position vector of the
object, and expressed in the frame indicated by the folder. |
| Position Z |
DistanceUnit |
Real Number |
The Z component of the position vector of the
object, and expressed in the frame indicated by the folder. |
| Velocity X |
Rate |
Real Number |
First component of the velocity vector, where the
velocity of the selected point is defined in the reference
coordinate system. Defines projection of the velocity vector onto
the x-axis of the reference coordinate system. |
| Velocity Y |
Rate |
Real Number |
First component of the velocity vector, where the
velocity of the selected point is defined in the reference
coordinate system. Defines projection of the velocity vector onto
the y-axis of the reference coordinate system. |
| Velocity Z |
Rate |
Real Number |
First component of the velocity vector, where the
velocity of the selected point is defined in the reference
coordinate system. Defines projection of the velocity vector onto
the z-axis of the reference coordinate system. |