org.orekit.gnss.clock

Class RinexClock.ClockDataLine

java.lang.Object

org.orekit.gnss.clock.RinexClock.ClockDataLine

Enclosing class:

RinexClock

public class RinexClock.ClockDataLine
extends Object

Clock data for a single station.

Data epoch is not linked to any time system in order to pars files with missing lines. Though, the default version of the getEpoch() method links the data time components with the clock file object time scale. The latter can be set with a default value (UTC). Caution is recommanded.

Constructor Summary

Constructors

Constructor and Description
ClockDataLine(RinexClock.ClockDataType type, String name, DateComponents dateComponents, TimeComponents timeComponents, int numberOfValues, double clockBias, double clockBiasSigma, double clockRate, double clockRateSigma, double clockAcceleration, double clockAccelerationSigma) Constructor.

Method Summary

Modifier and Type	Method and Description
double	getClockAcceleration() Getter for the clock acceleration.
double	getClockAccelerationSigma() Getter for the clock acceleration sigma.
double	getClockBias() Getter for the clock bias.
double	getClockBiasSigma() Getter for the clock bias sigma.
double	getClockRate() Getter for the clock rate.
double	getClockRateSigma() Getter for the clock rate sigma.
RinexClock.ClockDataType	getDataType() Getter for the clock data type.
AbsoluteDate	getEpoch() Get data line epoch.
AbsoluteDate	getEpoch(TimeScale epochTimeScale) Get data line epoch.
String	getName() Getter for the receiver/satellite name.
int	getNumberOfValues() Getter for the number of values to follow.

Methods inherited from class java.lang.Object

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

Constructor Detail

ClockDataLine

public ClockDataLine(RinexClock.ClockDataType type,
                     String name,
                     DateComponents dateComponents,
                     TimeComponents timeComponents,
                     int numberOfValues,
                     double clockBias,
                     double clockBiasSigma,
                     double clockRate,
                     double clockRateSigma,
                     double clockAcceleration,
                     double clockAccelerationSigma)

Constructor.

Parameters:

type - the clock data type

name - the receiver/satellite name

dateComponents - the epoch date components

timeComponents - the epoch time components

numberOfValues - the number of values to follow

clockBias - the clock bias in seconds

clockBiasSigma - the clock bias sigma in seconds

clockRate - the clock rate

clockRateSigma - the clock rate sigma

clockAcceleration - the clock acceleration in seconds^-1

clockAccelerationSigma - the clock acceleration in seconds^-1

Method Detail

getDataType

public RinexClock.ClockDataType getDataType()

Getter for the clock data type.

Returns:

the clock data type

getName

public String getName()

Getter for the receiver/satellite name.

Returns:

the receiver/satellite name

getNumberOfValues

public int getNumberOfValues()

Getter for the number of values to follow.

Returns:

the number of values to follow

getEpoch

public AbsoluteDate getEpoch()

Get data line epoch. This method should be used if Time System ID line is present in the clock file. If it is missing, UTC time scale will be applied. To specify tim scale, use getEpoch(TimeScale) method.

Returns:

the data line epoch

getEpoch

public AbsoluteDate getEpoch(TimeScale epochTimeScale)

Get data line epoch. This method should be used in case Time System ID line is missing. Otherwise, it is adviced to rather use getEpoch() method.

Parameters:

epochTimeScale - the time scale in which the epoch is defined

Returns:

the data line epoch set in the specified time scale

getClockBias

public double getClockBias()

Getter for the clock bias.

Returns:

the clock bias in seconds

getClockBiasSigma

public double getClockBiasSigma()

Getter for the clock bias sigma.

Returns:

the clock bias sigma in seconds

getClockRate

public double getClockRate()

Getter for the clock rate.

Returns:

the clock rate

getClockRateSigma

public double getClockRateSigma()

Getter for the clock rate sigma.

Returns:

the clock rate sigma

getClockAcceleration

public double getClockAcceleration()

Getter for the clock acceleration.

Returns:

the clock acceleration in seconds^-1

getClockAccelerationSigma

public double getClockAccelerationSigma()

Getter for the clock acceleration sigma.

Returns:

the clock acceleration sigma in seconds^-1