org.orekit.tutorials.yaml

Class TutorialMeasurements

java.lang.Object

org.orekit.tutorials.yaml.TutorialMeasurements

public class TutorialMeasurements
extends Object

Initial data to initialize the measurements used during the orbit determination process.

Data are read from a YAML file.

Author:

Bryan Cazabonne

Nested Class Summary

Nested Classes

Modifier and Type	Class and Description
static class	TutorialMeasurements.TutorialAzEl Azimuth/Elevation measurement.
static class	TutorialMeasurements.TutorialPhase Phase measurement.
static class	TutorialMeasurements.TutorialPV Position/Velocity measurement.
static class	TutorialMeasurements.TutorialRange Range measurement.
static class	TutorialMeasurements.TutorialRangeRate Range rate measurement.

Constructor Summary

Constructors

Constructor and Description
TutorialMeasurements()

Method Summary

Modifier and Type	Method and Description
TutorialMeasurements.TutorialAzEl	getAzEl() Get the azimuth/elevation measurement data.
TutorialIonosphere	getIonosphere() Get the ionospheric model.
List<String>	getMeasurementFiles() Get the list of measurement files.
int	getOutlierRejectionMultiplier() Get the detection limit for outliers.
int	getOutlierRejectionStartingIteration() Get the number of iterations before with filter is not applied.
TutorialMeasurements.TutorialPhase	getPhase() Get the phase measurement data.
TutorialMeasurements.TutorialPV	getPv() Get the position/velocity measurement data.
TutorialMeasurements.TutorialRange	getRange() Get the range measurement data.
TutorialMeasurements.TutorialRangeRate	getRangeRate() Get the range rate measurement data.
TutorialStationDisplacement	getStationDisplacement() Get the station displacement data.
List<TutorialStation>	getStations() Get the list of used stations.
TutorialTroposphere	getTroposphere() Get the tropospheric model.
boolean	isWithShapiro() Get the flag for the computation of the Shapiro effect.
boolean	isWithStationPositionEstimated() Get the flag for station position estimation.
void	setAzEl(TutorialMeasurements.TutorialAzEl azEl) Set the azimuth/elevation measurement data.
void	setIonosphere(TutorialIonosphere ionosphere) Set the ionospheric model.
void	setMeasurementFiles(List<String> measurementFiles) Set the list of measurement files.
void	setOutlierRejectionMultiplier(int outlierRejectionMultiplier) Set the detection limit for outliers.
void	setOutlierRejectionStartingIteration(int outlierRejectionStartingIteration) Set the number of iterations before with filter is not applied.
void	setPhase(TutorialMeasurements.TutorialPhase phase) Set the phase measurement data.
void	setPv(TutorialMeasurements.TutorialPV pv) Set the position/velocity measurement data.
void	setRange(TutorialMeasurements.TutorialRange range) Set the range measurement data.
void	setRangeRate(TutorialMeasurements.TutorialRangeRate rangeRate) Set the range rate measurement data.
void	setStationDisplacement(TutorialStationDisplacement stationDisplacement) Set the station displacement data.
void	setStations(List<TutorialStation> stations) Set the list of used stations.
void	setTroposphere(TutorialTroposphere troposphere) Set the tropospheric model.
void	setWithShapiro(boolean withShapiro) Set the flag for the computation of the Shapiro effect.
void	setWithStationPositionEstimated(boolean withStationPositionEstimated) Set the flag for station position estimation.

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

TutorialMeasurements

public TutorialMeasurements()

Method Detail

getMeasurementFiles

public List<String> getMeasurementFiles()

Get the list of measurement files.

Returns:

the list of measurement files

setMeasurementFiles

public void setMeasurementFiles(List<String> measurementFiles)

Set the list of measurement files.

Parameters:

measurementFiles - list of measurement files

isWithStationPositionEstimated

public boolean isWithStationPositionEstimated()

Get the flag for station position estimation.

Returns:

true if station position is estimated

setWithStationPositionEstimated

public void setWithStationPositionEstimated(boolean withStationPositionEstimated)

Set the flag for station position estimation.

Parameters:

withStationPositionEstimated - true if station position is estimated

getTroposphere

public TutorialTroposphere getTroposphere()

Get the tropospheric model.

Returns:

the tropospheric model

setTroposphere

public void setTroposphere(TutorialTroposphere troposphere)

Set the tropospheric model.

Parameters:

troposphere - tropospheric model

getIonosphere

public TutorialIonosphere getIonosphere()

Get the ionospheric model.

Returns:

ionospheric model

setIonosphere

public void setIonosphere(TutorialIonosphere ionosphere)

Set the ionospheric model.

Parameters:

ionosphere - ionospheric model

isWithShapiro

public boolean isWithShapiro()

Get the flag for the computation of the Shapiro effect.

Returns:

true if Shapiro effect has to be computed

setWithShapiro

public void setWithShapiro(boolean withShapiro)

Set the flag for the computation of the Shapiro effect.

Parameters:

withShapiro - true if Shapiro effect has to be computed

getStationDisplacement

public TutorialStationDisplacement getStationDisplacement()

Get the station displacement data.

Returns:

the station displacement data

setStationDisplacement

public void setStationDisplacement(TutorialStationDisplacement stationDisplacement)

Set the station displacement data.

Parameters:

stationDisplacement - station displacement data

getStations

public List<TutorialStation> getStations()

Get the list of used stations.

Returns:

the list of used stations

setStations

public void setStations(List<TutorialStation> stations)

Set the list of used stations.

Parameters:

stations - list of used stations

getOutlierRejectionMultiplier

public int getOutlierRejectionMultiplier()

Get the detection limit for outliers.

Returns:

the detection limit for outliers

setOutlierRejectionMultiplier

public void setOutlierRejectionMultiplier(int outlierRejectionMultiplier)

Set the detection limit for outliers.

Parameters:

outlierRejectionMultiplier - detection limit for outliers

getOutlierRejectionStartingIteration

public int getOutlierRejectionStartingIteration()

Get the number of iterations before with filter is not applied.

Returns:

the number of iterations before with filter is not applied

setOutlierRejectionStartingIteration

public void setOutlierRejectionStartingIteration(int outlierRejectionStartingIteration)

Set the number of iterations before with filter is not applied.

Parameters:

outlierRejectionStartingIteration - starting iteration for outliers

getRange

public TutorialMeasurements.TutorialRange getRange()

Get the range measurement data.

Returns:

the range measurement data

setRange

public void setRange(TutorialMeasurements.TutorialRange range)

Set the range measurement data.

Parameters:

range - range measurement data

getRangeRate

public TutorialMeasurements.TutorialRangeRate getRangeRate()

Get the range rate measurement data.

Returns:

the range rate measurement data

setRangeRate

public void setRangeRate(TutorialMeasurements.TutorialRangeRate rangeRate)

Set the range rate measurement data.

Parameters:

rangeRate - range rate measurement data

getAzEl

public TutorialMeasurements.TutorialAzEl getAzEl()

Get the azimuth/elevation measurement data.

Returns:

the azimuth/elevation measurement data

setAzEl

public void setAzEl(TutorialMeasurements.TutorialAzEl azEl)

Set the azimuth/elevation measurement data.

Parameters:

azEl - azimuth/elevation measurement data

getPhase

public TutorialMeasurements.TutorialPhase getPhase()

Get the phase measurement data.

Returns:

the phase measurement data

setPhase

public void setPhase(TutorialMeasurements.TutorialPhase phase)

Set the phase measurement data.

Parameters:

phase - phase measurement data

getPv

public TutorialMeasurements.TutorialPV getPv()

Get the position/velocity measurement data.

Returns:

the position/velocity measurement data

setPv

public void setPv(TutorialMeasurements.TutorialPV pv)

Set the position/velocity measurement data.

Parameters:

pv - position/velocity measurement data