org.orekit.tutorials.yaml

Class TutorialTroposphere

java.lang.Object

org.orekit.tutorials.yaml.TutorialTroposphere

public class TutorialTroposphere
extends Object

Initial data to initialize a tropospheric delay model.

Data are read from a YAML file.

Author:

Bryan Cazabonne

Constructor Summary

Constructors

Constructor and Description
TutorialTroposphere()

Method Summary

Modifier and Type	Method and Description
String	getCorrectionDate() Get the medium date used to initialize the time span tropospheric model.
String	getMappingFunction() Get the name of the tropospheric mapping function.
TutorialEstimatedParameter	getZenithDelay() Get the estimated troposheric parameter.
boolean	isEstimatedModel() Get the flag to know if tropospheric model is estimated of not.
boolean	isWithWeatherModel() Get the flag to know if an empirical model is used to compute station Temperature and Pressure.
void	setCorrectionDate(String correctionDate) Set the medium date used to initialize the time span tropospheric model.
void	setIsEstimatedModel(boolean isEstimatedModel) Set the flag to know if tropospheric model is estimated of not.
void	setMappingFunction(String mappingFunction) Set the name of the tropospheric mapping function.
void	setWithWeatherModel(boolean withWeatherModel) Set the flag to know if an empirical model is used to compute station Temperature and Pressure.
void	setZenithDelay(TutorialEstimatedParameter zenithDelay) Set the estimated troposheric parameter.

Methods inherited from class java.lang.Object

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

Constructor Detail

TutorialTroposphere

public TutorialTroposphere()

Method Detail

isEstimatedModel

public boolean isEstimatedModel()

Get the flag to know if tropospheric model is estimated of not.

Returns:

true if troposheric delay is computed with an estimated model

setIsEstimatedModel

public void setIsEstimatedModel(boolean isEstimatedModel)

Set the flag to know if tropospheric model is estimated of not.

Parameters:

isEstimatedModel - true if troposheric delay is computed with an estimated model

getZenithDelay

public TutorialEstimatedParameter getZenithDelay()

Get the estimated troposheric parameter.

Returns:

the estimated troposheric parameter.

setZenithDelay

public void setZenithDelay(TutorialEstimatedParameter zenithDelay)

Set the estimated troposheric parameter.

Parameters:

zenithDelay - estimated troposheric parameter

getMappingFunction

public String getMappingFunction()

Get the name of the tropospheric mapping function.

Returns:

the name of the tropospheric mapping function (NMF or GMF)

setMappingFunction

public void setMappingFunction(String mappingFunction)

Set the name of the tropospheric mapping function.

Parameters:

mappingFunction - name of the tropospheric mapping function (NMF or GMF)

isWithWeatherModel

public boolean isWithWeatherModel()

Get the flag to know if an empirical model is used to compute station Temperature and Pressure.

Returns:

true if an empirical model is used

setWithWeatherModel

public void setWithWeatherModel(boolean withWeatherModel)

Set the flag to know if an empirical model is used to compute station Temperature and Pressure.

Parameters:

withWeatherModel - true if an empirical model is used

getCorrectionDate

public String getCorrectionDate()

Get the medium date used to initialize the time span tropospheric model.

Returns:

the medium date used to initialize the time span tropospheric model

setCorrectionDate

public void setCorrectionDate(String correctionDate)

Set the medium date used to initialize the time span tropospheric model.

Parameters:

correctionDate - medium date used to initialize the time span tropospheric model