The Track type exposes the following members.
Methods
Name  Description  

CalcApsides(IOrbit, Double) 
Calculates an orbit's apogee and perigee information.
 
CalcApsides(IOrbit, Double, Double) 
Calculates an orbit's apogee and perigee information.
 
CalcAscendingNode 
Calculates the ascending node information of an orbit.
 
CalcDescendingNode 
Calculates the descending node information of an orbit.
 
CalcNodes 
Calculates the ascending and descending node information of an orbit.
 
CalcPassData(Site, Satellite, DateTime, DateTime, Boolean, Boolean) 
Calculate satellite pass data for a local horizon using a parallel algorithm.
The data includes rise time (AOS), set time (LOS), and optionally, the maximum
elevation (MAX) above the horizon.
 
CalcPassData(Site, Satellite, Double, Double, Boolean, Boolean) 
Calculate satellite pass data for a local horizon using a parallel algorithm.
The data includes rise time (AOS), set time (LOS), and optionally, the maximum
elevation (MAX) above the horizon.
 
CalcPassData(Station, Satellite, DateTime, DateTime, Boolean, Boolean, Boolean) 
Calculate satellite pass data for a local horizon and (optionally) pass segment data.
 
CalcPassData(Station, Satellite, Double, Double, Boolean, Boolean, Boolean) 
Calculate satellite pass data for a local horizon and (optionally) pass segment
data.
 
CoverageContour(Satellite, DateTime, Site, IBeamProfile, Int32, Boolean, Double) 
Calculates a coverage contour profile for a beam transmitted
from a satellite to a target location on Earth.
 
CoverageContour(Satellite, Double, Site, IBeamProfile, Int32, Boolean, Double) 
Calculates a coverage contour profile for a beam transmitted
from a satellite to a target location on Earth.
 
CoverageContourEci(Satellite, DateTime, Site, IBeamProfile, Int32, Boolean, Double) 
Calculates a coverage contour profile for a beam transmitted
from a satellite to a location on Earth.
 
CoverageContourEci(Satellite, Double, Site, IBeamProfile, Int32, Boolean, Double) 
Calculates a coverage contour profile for a beam transmitted
from a satellite to a location on Earth.
 
GroundTrack(Satellite, DateTime, DateTime, Double, Double) 
Returns the equidistant LAT/LON coordinates of a satellite ground track.
 
GroundTrack(Satellite, DateTime, DateTime, TimeSpan, Double) 
Returns the equal timespaced LAT/LON coordinates of a satellite ground track.
 
GroundTrack(Satellite, Double, Double, Double, Double) 
Returns the equidistant LAT/LON coordinates of a satellite ground track.
 
GroundTrack(Satellite, Double, Double, TimeSpan, Double) 
Returns the equal timespaced LAT/LON coordinates of a satellite ground track.
 
GroundTrackEcf(Satellite, DateTime, DateTime, Double, Double) 
Returns the equidistant Earth Centered Fixed coordinates of a satellite ground track.
 
GroundTrackEcf(Satellite, DateTime, DateTime, TimeSpan, Double) 
Returns the equal timespaced Earth Centered Fixed coordinates of a satellite ground track.
 
GroundTrackEcf(Satellite, Double, Double, Double, Double) 
Returns the equidistant Earth Centered Fixed coordinates of a satellite ground track.
 
GroundTrackEcf(Satellite, Double, Double, TimeSpan, Double) 
Returns the equal timespaced Earth Centered Fixed coordinates of a satellite ground track.
 
InSunlight(EciTime, WgsModel) 
Determines if an ECI coordinate point is illuminated by the sun.
 
InSunlight(Satellite, DateTime) 
Determines if a satellite is illuminated by the sun.
 
InSunlight(Satellite, Julian) 
Determines if a satellite is illuminated by the sun.
 
InSunlight(Site, DateTime, Double) 
Determines if a location on earth is illuminated by the sun.
 
InSunlight(Site, Julian, Double) 
Determines if a location on earth is illuminated by the sun.
 
IsoElevationCircle(Satellite, DateTime, Double, Double, Double) 
Calculates an elevation circle centered on a satellite subpoint.
 
IsoElevationCircle(Satellite, Double, Double, Double, Double) 
Calculates an elevation circle centered on a satellite subpoint.
 
IsoElevationCircle(Site, DateTime, Double, Double, Double, Double) 
Calculates an elevation circle centered on an earth site.
 
IsoElevationCircle(Site, Julian, Double, Double, Double, Double) 
Calculates an elevation circle centered on an earth site.
 
IsoElevationCircle(WgsModel, EciTime, Eci, Double, Double, Double) 
Calculates an elevation circle on an ellipsoid model.
 
IsoElevationCircleEcf(Satellite, DateTime, Double, Double, Double) 
Calculates an elevation circle centered on a satellite subpoint.
 
IsoElevationCircleEcf(Satellite, Double, Double, Double, Double) 
Calculates an elevation circle centered on a satellite subpoint.
 
IsoElevationCircleEcf(Site, DateTime, Double, Double, Double, Double) 
Calculates an elevation circle centered on an earth site.
 
IsoElevationCircleEcf(Site, Julian, Double, Double, Double, Double) 
Calculates an elevation circle centered on an earth site.
 
IsoElevationCircleEcf(WgsModel, EciTime, Eci, Double, Double, Double) 
Calculates an elevation circle on an ellipsoid model.
 
IsoElevationCircleEci(Satellite, DateTime, Double, Double, Double) 
Calculates an elevation circle centered on a satellite subpoint.
 
IsoElevationCircleEci(Satellite, Double, Double, Double, Double) 
Calculates an elevation circle centered on a satellite subpoint.
 
IsoElevationCircleEci(Site, DateTime, Double, Double, Double, Double) 
Calculates an elevation circle centered on an earth site.
 
IsoElevationCircleEci(Site, Julian, Double, Double, Double, Double) 
Calculates an elevation circle centered on an earth site.
 
IsoElevationCircleEci(WgsModel, EciTime, Eci, Double, Double, Double) 
Calculates an elevation circle on an ellipsoid model.
 
OrbitTrack(Satellite, DateTime, DateTime, Double) 
Returns the equidistant Earth Centered Inertial coordinates of a satellite orbit track.
 
OrbitTrack(Satellite, DateTime, DateTime, TimeSpan) 
Returns the equal timespaced Earth Centered Inertial coordinates of a satellite orbit track.
 
OrbitTrack(Satellite, Double, Double, Double) 
Returns the equidistant Earth Centered Inertial coordinates of a satellite orbit track.
 
OrbitTrack(Satellite, Double, Double, TimeSpan) 
Returns the equal timespaced Earth Centered Inertial coordinates of a satellite orbit track.
 
SolarSubpoint(WgsModel, DateTime, Double) 
Calculates the Sun's subpoint.
 
SolarSubpoint(WgsModel, Julian, Double) 
Calculates the Sun's subpoint.
 
SolarSubpointEcf(WgsModel, DateTime, Double) 
Calculates the Sun's subpoint.
 
SolarSubpointEcf(WgsModel, Julian, Double) 
Calculates the Sun's subpoint.
 
SolarSubpointEci(WgsModel, DateTime, Double) 
Calculates the Sun's subpoint.
 
SolarSubpointEci(WgsModel, Julian, Double) 
Calculates the Sun's subpoint.
 
SolarTerminator(WgsModel, DateTime, Double, Double) 
Calculates a set of points that define Earth's daylight terminator line.
 
SolarTerminator(WgsModel, Julian, Double, Double) 
Calculates a set of points that define Earth's daylight terminator line.
 
SolarTerminatorEcf(WgsModel, DateTime, Double, Double) 
Calculates a set of points that define Earth's daylight terminator line.
 
SolarTerminatorEcf(WgsModel, Julian, Double, Double) 
Calculates a set of points that define Earth's daylight terminator line.
 
SolarTerminatorEci(WgsModel, DateTime, Double, Double) 
Calculates a set of points that define Earth's daylight terminator line.
 
SolarTerminatorEci(WgsModel, Julian, Double, Double) 
Calculates a set of points that define Earth's daylight terminator line.
 
Subpoint(IOrbit, DateTime, Double) 
Returns the orbit subpoint at a given time.
 
Subpoint(IOrbit, Double, Double) 
Returns the orbit subpoint at a given time.
 
Subpoint(Satellite, DateTime, Double) 
Returns the satellite subpoint at a given time.
 
Subpoint(Satellite, Double, Double) 
Returns the satellite subpoint at a given time.
 
SubpointEcf(IOrbit, DateTime, Double) 
Returns the ECF coordinate of a satellite subpoint at a given time.
 
SubpointEcf(IOrbit, Double, Double) 
Returns the ECF coordinate of a satellite subpoint at a given time.
 
SubpointEcf(Satellite, DateTime, Double) 
Returns the ECF coordinate of a satellite subpoint at a given time.
 
SubpointEcf(Satellite, Double, Double) 
Returns the ECF coordinate of a satellite subpoint at a given time.
