IMAGE Definitive Orbit Data, GSE and GSM Coordinates

Number of milliseconds since the CDF epoch

Spacecraft position in GEI

Latitude of the spacecraft position in GEI

Longitude of the spacecraft position in GEI

Spacecraft position in J2000

Latitude of the spacecraft position in J2000

Longitude of the spacecraft position in J2000

Spacecraft position in GEO

Latitude of the spacecraft position in GEO

Longitude of the spacecraft position in GEO

Spacecraft position in GM

Latitude of the spacecraft position in GM

Longitude of the spacecraft position in GM

Spacecraft position in GSE

Latitude of the spacecraft position in GSE

Longitude of the spacecraft position in GSE

Spacecraft position in GSM

Latitude of the spacecraft position in GSM

Longitude of the spacecraft position in GSM

Spacecraft position in SM

Latitude of the spacecraft position in SM

Longitude of the spacecraft position in SM

Region in space where the spacecraft is located. Values are: 1 = INTERPLANETARY_MEDIUM, 2 = DAYSIDE_MAGNETOSHEATH, 3 = NIGHTSIDE_MAGNETOSHEATH, 4 = DAYSIDE_MAGNETOSPHERE, 5 = NIGHTSIDE_MAGNETOSPHERE, 6 = PLASMA_SHEET, 7 = TAIL_LOBE, 8 = LOW_LATITUDE_BOUNDARY_LAYER, 9 = HIGH_LATITUDE_BOUNDARY_LAYER, 10 = DAYSIDE_PLASMASPHERE, 11 = NIGHTSIDE_PLASMASPHERE.

Region on the Earth's surface where a straight line would intersect when connecting the spacecraft and the Earth's center. Values are: 0 = NOT_APPLICABLE, 1 = NORTH_CUSP, 2 = SOUTH_CUSP, 3 = NORTH_CLEFT, 4 = SOUTH_CLEFT, 5 = NORTH_AURORAL_OVAL, 6 = SOUTH_AURORAL_OVAL, 7 = NORTH_POLAR_CAP, 8 = SOUTH_POLAR_CAP, 9 = NORTH_MID_LATITUDE, 10 = SOUTH_MID_LATITUDE, 11 = LOW_LATITUDE.

Region on the Earth's surface where the magnetic field line that passes through the spacecraft intersects the Earth's surface in the Earth's northern magnetic hemisphere. Values are: 0 = NOT_APPLICABLE, 1 = NORTH_CUSP, 3 = NORTH_CLEFT, 5 = NORTH_AURORAL_OVAL, 7 = NORTH_POLAR_CAP, 9 = NORTH_MID_LATITUDE, 11 = LOW_LATITUDE.

Region on the Earth's surface where the magnetic field line that passes through the spacecraft intersects the Earth's surface in the Earth's southern magnetic hemisphere. Values are: 0 = NOT_APPLICABLE, 2 = SOUTH_CUSP, 4 = SOUTH_CLEFT, 6 = SOUTH_AURORAL_OVAL, 8 = SOUTH_POLAR_CAP, 10 = SOUTH_MID_LATITUDE, 11 = LOW_LATITUDE.

Radial distance of the spacecraft

Model predicted magnetic field strength

Mcllwain L value at the spacecraft's location

Dipole invariant latitudes at the spacecraft's location

Distance from satellite to neutral sheet

Distance from satellite to bow shock

Distance from satellite to magnetopause

Model predicted magnetic field strength along the GSE X axis

Model predicted magnetic field strength along the GSE Y axis

Model predicted magnetic field strength along the GSE Z axis

Latitude of the northern magnetic field traced footpoint in GEO

Longitude of the northern magnetic field traced footpoint in GEO

Length of the magnetic field traced arc from the spacecraft to the northern footpoint in GEO

Latitude of the southern magnetic field traced footpoint in GEO

Longitude of the southern magnetic field traced footpoint in GEO

Length of the magnetic field traced arc from the spacecraft to the southern footpoint in GEO

Latitude of the northern magnetic field traced footpoint in GM

Longitude of the northern magnetic field traced footpoint in GM

Length of the magnetic field traced arc from the spacecraft to the northern footpoint in GM

Latitude of the southern magnetic field traced footpoint in GM

Longitude of the southern magnetic field traced footpoint in GM

Length of the magnetic field traced arc from the spacecraft to the southern footpoint in GM