Sat position and velocity predictions over TEME reference system. More...

#include <gSatTEME.hpp>

Public Member Functions
	gSatTEME (const char pstrName, char pstrTleLine1, char *pstrTleLine2)
	Default class gSatTEME constructor. More...

void	setEpoch (gTime ai_time)
	Set compute epoch for prediction. More...

void	setEpoch (double ai_time)
	Set compute epoch for prediction. More...

void	setMinSinceKepEpoch (double ai_minSinceKepEpoch)
	Set compute epoch for prediction in minutes since Keplerian data Epoch. More...

gVector	getPos ()
	Get the TEME satellite position Vector. More...

gVector	getVel ()
	Get the TEME satellite Velocity Vector. More...

gVector	getSubPoint ()
	Get the Geographic satellite subpoint Vector calculated by the method compute SubPoint. More...

int	getErrorCode ()

Detailed Description

Sat position and velocity predictions over TEME reference system.

Class to abstract all the SGP4 complexity. It implementation wrap whit an object oriented class the revised David. A. Vallado code for SGP4 Calculation. (Spacetrack report #6 revised AIAA-2006-6753-rev1)

Definition at line 53 of file gSatTEME.hpp.

Constructor & Destructor Documentation

gSatTEME::gSatTEME	(	const char *	pstrName,
		char *	pstrTleLine1,
		char *	pstrTleLine2
	)

Default class gSatTEME constructor.

Parameters

[in]	pstrName	Pointer to a null end string with the Sat. Name
[in]	pstrTleLine1	Pointer to a null end string with the first TLE Kep. data line
[in]	pstrTleLine2	Pointer to a null end string with the second TLE Kep. data line

Member Function Documentation

gVector gSatTEME::getPos ( )

inline

Get the TEME satellite position Vector.

Returns: gVector Satellite position vector meassured in Km. x: position[0] y: position[1] z: position[2]

Definition at line 93 of file gSatTEME.hpp.

gVector gSatTEME::getSubPoint ( )

inline

Get the Geographic satellite subpoint Vector calculated by the method compute SubPoint.

To implement this operation, next references has been used: Orbital Coordinate Systems, Part III By Dr. T.S. Kelso http://www.celestrak.com/columns/v02n03/

Returns: gVector Geographical coordinates
Latitude: Coord[0] measured in degrees
Longitude: Coord[1] measured in degrees
Altitude: Coord[2] measured in Km.

Definition at line 121 of file gSatTEME.hpp.

gVector gSatTEME::getVel ( )

inline

Get the TEME satellite Velocity Vector.

Returns: gVector Satellite Velocity Vector measured in Km/s x: Vel[0]
y: Vel[1]
z: Vel[2]

Definition at line 104 of file gSatTEME.hpp.

void gSatTEME::setEpoch ( gTime ai_time )

Set compute epoch for prediction.

Parameters

[in] ai_time gTime object storing the compute epoch time.

void gSatTEME::setEpoch ( double ai_time )

inline

Set compute epoch for prediction.

Parameters

[in] ai_time double variable storing the compute epoch time in Julian Days.

Definition at line 74 of file gSatTEME.hpp.

void gSatTEME::setMinSinceKepEpoch ( double ai_minSinceKepEpoch )

Set compute epoch for prediction in minutes since Keplerian data Epoch.

Parameters

[in] ai_minSinceKepEpoch Time since Keplerian Epoch measured in minutes and fraction of minutes.

The documentation for this class was generated from the following file:

/home/aw/devel/stellarium/trunk/plugins/Satellites/src/gsatellite/gSatTEME.hpp

Public Member Functions

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation