fr.cnes.sirius.patrius.frames.configuration

Interface FramesConfiguration

All Superinterfaces:

Serializable

All Known Implementing Classes:

FramesConfigurationImplementation

public interface FramesConfiguration
extends Serializable

Interface providing the basic services for frame configurations.

Since:

1.2

Version:

$Id: FramesConfiguration.java 18073 2017-10-02 16:48:07Z bignon $

Author:

Julie Anton, Gérald Mercadier

Method Summary

Modifier and Type	Method and Description
CIPCoordinates	getCIPCoordinates(AbsoluteDate date) Compute the corrected Celestial Intermediate Pole motion (X, Y, S, Xdot, Ydot, Sdot) in the GCRS.
PrecessionNutation	getCIRFPrecessionNutationModel() Get the CIRF precession nutation model.
DiurnalRotation	getDiurnalRotationModel() Get the diurnal rotation model.
double	getEarthObliquity(AbsoluteDate date) Getter for the Earth obliquity at provided date used in MOD to Ecliptic MOD transformation.
EOPHistory	getEOPHistory() Get the EOP history.
EOPInterpolators	getEOPInterpolationMethod() Return the EOP interpolation method.
Rotation	getMODPrecession(AbsoluteDate date) Getter for the MOD precession transformation from GCRF/EME2000 to MOD at provided date.
MODPrecessionModel	getMODPrecessionModel() Get the MOD precession model.
PoleCorrection	getPolarMotion(AbsoluteDate date) Compute corrected polar motion.
PolarMotion	getPolarMotionModel() Get the polar motion model.
double	getSprime(AbsoluteDate date) Compute S' value.
AbsoluteDateInterval	getTimeIntervalOfValidity() Time interval of validity for the EOP files.
double	getUT1Correction(AbsoluteDate date) Compute correction dut1.
double	getUT1MinusTAI(AbsoluteDate date) Compute corrected ut1-tai.

Method Detail

getPolarMotion

PoleCorrection getPolarMotion(AbsoluteDate date)
                       throws PatriusException

Compute corrected polar motion.

Parameters:

date - date for which one the polar motion is computed

Returns:

u, v

Throws:

PatriusException - when an Orekit error occurs

getSprime

double getSprime(AbsoluteDate date)

Compute S' value.

Parameters:

date - date for which one S prime is computed

Returns:

s'

getUT1MinusTAI

double getUT1MinusTAI(AbsoluteDate date)

Compute corrected ut1-tai.

Parameters:

date - date for which one the ut1-tai is computed.

Returns:

ut1-tai

getUT1Correction

double getUT1Correction(AbsoluteDate date)

Compute correction dut1.

Parameters:

date - date for which the correction is computed.

Returns:

dut1

getCIPCoordinates

CIPCoordinates getCIPCoordinates(AbsoluteDate date)

Compute the corrected Celestial Intermediate Pole motion (X, Y, S, Xdot, Ydot, Sdot) in the GCRS.

Parameters:

date - date for which one the CIP motion is computed.

Returns:

X, Y, S, Xdot, Ydot, Sdot

getEarthObliquity

double getEarthObliquity(AbsoluteDate date)

Getter for the Earth obliquity at provided date used in MOD to Ecliptic MOD transformation.

Parameters:

date - date

Returns:

the Earth obliquity at provided date used in MOD to Ecliptic MOD transformation

getMODPrecession

Rotation getMODPrecession(AbsoluteDate date)

Getter for the MOD precession transformation from GCRF/EME2000 to MOD at provided date.

Parameters:

date - date

Returns:

the MOD precession rotation from GCRF/EME2000 to MOD at provided date

getEOPInterpolationMethod

EOPInterpolators getEOPInterpolationMethod()

Return the EOP interpolation method.

Returns:

eop interpolation method

getTimeIntervalOfValidity

AbsoluteDateInterval getTimeIntervalOfValidity()

Time interval of validity for the EOP files.

Returns:

time interval of validity as a AbsoluteDateInterval

getEOPHistory

EOPHistory getEOPHistory()

Get the EOP history.

Returns:

the EOP history

getPolarMotionModel

PolarMotion getPolarMotionModel()

Get the polar motion model.

Returns:

the pola motion model

getDiurnalRotationModel

DiurnalRotation getDiurnalRotationModel()

Get the diurnal rotation model.

Returns:

the diurnal rotation model

getCIRFPrecessionNutationModel

PrecessionNutation getCIRFPrecessionNutationModel()

Get the CIRF precession nutation model.

Returns:

the CIRF precession nutation model

getMODPrecessionModel

MODPrecessionModel getMODPrecessionModel()

Get the MOD precession model.

Returns:

the MOD precession model