agi.foundation.navigation.datareaders

(agi.foundation.navigation-2024r3.jar)

Class RinexObservationSatRecord

java.lang.Object

agi.foundation.navigation.datareaders.RinexObservationSatRecord

public class RinexObservationSatRecord
extends Object

A Rinex observation satellite entry. This is a specific entry for an epoch defined in the RinexObservationRecord.

Constructor Summary

Constructors

Constructor and Description
RinexObservationSatRecord() Initializes a new instance with default values.
RinexObservationSatRecord(int numObs) Initializes a new instance based on the total number of observations.
RinexObservationSatRecord(RinexObservationSatRecord copy) Initializes a new instance to be a copy of the instance passed in.

Method Summary

Modifier and Type	Method and Description
List<Integer>	getLossOfLockIndicators() Gets the array of Loss Of Lock indicators for this satellite in this epoch Each LLI value is defined as: Range 0-7 0: OK or not known Bit 0 set: Lost lock between previous and current observation: cycle slip possible Bit 1 set: Opposite wavelength factor to the one defined for the satellite, current epoch only Bit 2 set: Observation under Anti-Spoofing (may suffer from increased noise) Bits 0 and 1 for phase only.
int	getNumberOfObservations() Gets the number of observations for this satellite in this epoch.
List<Double>	getObservations() Gets the array of observations for this satellite in this epoch.
List<RinexObservationType>	getObservationTypes() Gets the array of observation types for this satellite in this epoch Each observation type directly corresponds to the observation, LLI and signal strength of the same index.
int	getPseudoRandomNumber() Gets the PRN for this satellite.
char	getPseudoRandomNumberCharacter() Gets the PRN character for this satellite.
List<Integer>	getSignalStrengths() Gets the array of signal strengths pertaining to each observation SignalStrengths (get / set)[3] is the strength of the signal used to get the value observations[3] Each signal strength value is defined as: 1: minimum possible signal strength 5: threshold for good S/N ratio 9: maximum possible signal strength 0: not known/don't care.
int	getWavelengthL1() Gets the Wavelength Fact L1 for this satellite in this epoch 1: Full cycle ambiguities 2: Half cycle ambiguities.
int	getWavelengthL2() Gets the Wavelength Fact L2 for this satellite in this epoch 1: Full cycle ambiguities 2: Half cycle ambiguities 0: Single frequency instrument (use only L1).
void	setLossOfLockIndicators(List<Integer> value) Sets the array of Loss Of Lock indicators for this satellite in this epoch Each LLI value is defined as: Range 0-7 0: OK or not known Bit 0 set: Lost lock between previous and current observation: cycle slip possible Bit 1 set: Opposite wavelength factor to the one defined for the satellite, current epoch only Bit 2 set: Observation under Anti-Spoofing (may suffer from increased noise) Bits 0 and 1 for phase only.
void	setObservations(List<Double> value) Sets the array of observations for this satellite in this epoch.
void	setObservationTypes(List<RinexObservationType> value) Sets the array of observation types for this satellite in this epoch Each observation type directly corresponds to the observation, LLI and signal strength of the same index.
void	setPseudoRandomNumber(int value) Sets the PRN for this satellite.
void	setPseudoRandomNumberCharacter(char value) Sets the PRN character for this satellite.
void	setSignalStrengths(List<Integer> value) Sets the array of signal strengths pertaining to each observation SignalStrengths (get / set)[3] is the strength of the signal used to get the value observations[3] Each signal strength value is defined as: 1: minimum possible signal strength 5: threshold for good S/N ratio 9: maximum possible signal strength 0: not known/don't care.
void	setWavelengthL1(int value) Sets the Wavelength Fact L1 for this satellite in this epoch 1: Full cycle ambiguities 2: Half cycle ambiguities.
void	setWavelengthL2(int value) Sets the Wavelength Fact L2 for this satellite in this epoch 1: Full cycle ambiguities 2: Half cycle ambiguities 0: Single frequency instrument (use only L1).

Methods inherited from class java.lang.Object

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

Constructor Detail

RinexObservationSatRecord

public RinexObservationSatRecord()

Initializes a new instance with default values.

RinexObservationSatRecord

public RinexObservationSatRecord(int numObs)

Initializes a new instance based on the total number of observations. PRN must be set later unless this is meant to be a default instance.

Parameters:

numObs - The number of observations to allow for with this record.

RinexObservationSatRecord

public RinexObservationSatRecord(RinexObservationSatRecord copy)

Initializes a new instance to be a copy of the instance passed in. Used to carry around defaults and base settings for a satellite.

Parameters:

copy - The copy of the RinexObservationSatRecord to copy values from.

Method Detail

getPseudoRandomNumber

public final int getPseudoRandomNumber()

Gets the PRN for this satellite.

setPseudoRandomNumber

public final void setPseudoRandomNumber(int value)

Sets the PRN for this satellite.

getPseudoRandomNumberCharacter

public final char getPseudoRandomNumberCharacter()

Gets the PRN character for this satellite.

setPseudoRandomNumberCharacter

public final void setPseudoRandomNumberCharacter(char value)

Sets the PRN character for this satellite.

getWavelengthL1

public final int getWavelengthL1()

Gets the Wavelength Fact L1 for this satellite in this epoch 1: Full cycle ambiguities 2: Half cycle ambiguities.

setWavelengthL1

public final void setWavelengthL1(int value)

Sets the Wavelength Fact L1 for this satellite in this epoch 1: Full cycle ambiguities 2: Half cycle ambiguities.

getWavelengthL2

public final int getWavelengthL2()

Gets the Wavelength Fact L2 for this satellite in this epoch 1: Full cycle ambiguities 2: Half cycle ambiguities 0: Single frequency instrument (use only L1).

setWavelengthL2

public final void setWavelengthL2(int value)

Sets the Wavelength Fact L2 for this satellite in this epoch 1: Full cycle ambiguities 2: Half cycle ambiguities 0: Single frequency instrument (use only L1).

getNumberOfObservations

public final int getNumberOfObservations()

Gets the number of observations for this satellite in this epoch.

getObservations

public final List<Double> getObservations()

Gets the array of observations for this satellite in this epoch.

setObservations

public final void setObservations(List<Double> value)

Sets the array of observations for this satellite in this epoch.

getObservationTypes

public final List<RinexObservationType> getObservationTypes()

Gets the array of observation types for this satellite in this epoch Each observation type directly corresponds to the observation, LLI and signal strength of the same index. For example, ObservationTypes (get / set)[3] is the observation type of the data in Observations (get / set)[3].

setObservationTypes

public final void setObservationTypes(List<RinexObservationType> value)

Sets the array of observation types for this satellite in this epoch Each observation type directly corresponds to the observation, LLI and signal strength of the same index. For example, ObservationTypes (get / set)[3] is the observation type of the data in Observations (get / set)[3].

getLossOfLockIndicators

public final List<Integer> getLossOfLockIndicators()

Gets the array of Loss Of Lock indicators for this satellite in this epoch Each LLI value is defined as: Range 0-7 0: OK or not known Bit 0 set: Lost lock between previous and current observation: cycle slip possible Bit 1 set: Opposite wavelength factor to the one defined for the satellite, current epoch only Bit 2 set: Observation under Anti-Spoofing (may suffer from increased noise) Bits 0 and 1 for phase only.

setLossOfLockIndicators

public final void setLossOfLockIndicators(List<Integer> value)

Sets the array of Loss Of Lock indicators for this satellite in this epoch Each LLI value is defined as: Range 0-7 0: OK or not known Bit 0 set: Lost lock between previous and current observation: cycle slip possible Bit 1 set: Opposite wavelength factor to the one defined for the satellite, current epoch only Bit 2 set: Observation under Anti-Spoofing (may suffer from increased noise) Bits 0 and 1 for phase only.

getSignalStrengths

public final List<Integer> getSignalStrengths()

Gets the array of signal strengths pertaining to each observation SignalStrengths (get / set)[3] is the strength of the signal used to get the value observations[3] Each signal strength value is defined as: 1: minimum possible signal strength 5: threshold for good S/N ratio 9: maximum possible signal strength 0: not known/don't care.

setSignalStrengths

public final void setSignalStrengths(List<Integer> value)

Sets the array of signal strengths pertaining to each observation SignalStrengths (get / set)[3] is the strength of the signal used to get the value observations[3] Each signal strength value is defined as: 1: minimum possible signal strength 5: threshold for good S/N ratio 9: maximum possible signal strength 0: not known/don't care.