Uses of Class
us.gov.dod.standard.ssrf._3_1.metadata.domains.UN6

Packages that use UN6

Package	Description
us.gov.dod.standard.ssrf._3_1
us.gov.dod.standard.ssrf._3_1.antenna
us.gov.dod.standard.ssrf._3_1.fedeployment
us.gov.dod.standard.ssrf._3_1.metadata.domains
us.gov.dod.standard.ssrf._3_1.multiple
us.gov.dod.standard.ssrf._3_1.radiationplan
us.gov.dod.standard.ssrf._3_1.transmitter

Uses of UN6 in us.gov.dod.standard.ssrf._3_1

Methods in us.gov.dod.standard.ssrf._3_1 that return UN6

Modifier and Type	Method and Description
UN6	Loadset.getMaxActiveFrames() Get the maximum number of active frames (data blocks currently in use directing equipment functionality) for a specific loadset..
UN6	Loadset.getMaxReactiveFrames() Get the maximum number of reactive frames (data blocks planned to direct equipment functionality in response to a stimulus) for a specific loadset..
UN6	FEDeployment.getNum() Get the quantity of Force Element referenced in FERef..

Methods in us.gov.dod.standard.ssrf._3_1 with parameters of type UN6

Modifier and Type	Method and Description
void	Loadset.setMaxActiveFrames(UN6 value) Set the maximum number of active frames (data blocks currently in use directing equipment functionality) for a specific loadset..
void	Loadset.setMaxReactiveFrames(UN6 value) Set the maximum number of reactive frames (data blocks planned to direct equipment functionality in response to a stimulus) for a specific loadset..
void	FEDeployment.setNum(UN6 value) Set the quantity of Force Element referenced in FERef..

Uses of UN6 in us.gov.dod.standard.ssrf._3_1.antenna

Methods in us.gov.dod.standard.ssrf._3_1.antenna that return UN6

Modifier and Type	Method and Description
UN6	ObservedScanAnalysis.getNumBeamPositionsPerScan() Get the number of beam positions (aka., dwells) per scan cycle.
UN6	ObservedScanAnalysis.getNumBeamPositionsTotal() Get the total number of unique array beam positions resulting from the frequency steps of a frequency scanning, phase changes, in phase scanning, or discrete time delays in time delay steering..
UN6	ObservedScanAnalysis.getNumBeamsPerRaster() Get the number of beam positions necessary to complete one bar of the raster scan..
UN6	ObservedScanAnalysis.getNumRastersPerCycle() Get the number of 360 degree scans (aka, turns) a component of a scan makes in the time it takes the Primary Scan to complete one complete cycle/scan..
UN6	ObservedScanAnalysis.getNumScanPositions() Get the number of discrete values observed in a single repeating scan period sequence..
UN6	ObservedScanAnalysis.getNumScanValues() Get the number of discrete values observed in multiple repeating scan period sequences..
UN6	ObservedPolarisationAnalysis.getNumTiltAngleElements() Get the number of unique discrete tilt angle values..
UN6	ObservedPolarisationAnalysis.getNumTiltAnglePositions() Get the number of discrete Polarisation Tilt Angles used in a repeating Polarisation Tilt Angle sequence..

Methods in us.gov.dod.standard.ssrf._3_1.antenna with parameters of type UN6

Modifier and Type	Method and Description
void	ObservedScanAnalysis.setNumBeamPositionsPerScan(UN6 value) Set the number of beam positions (aka., dwells) per scan cycle.
void	ObservedScanAnalysis.setNumBeamPositionsTotal(UN6 value) Set the total number of unique array beam positions resulting from the frequency steps of a frequency scanning, phase changes, in phase scanning, or discrete time delays in time delay steering..
void	ObservedScanAnalysis.setNumBeamsPerRaster(UN6 value) Set the number of beam positions necessary to complete one bar of the raster scan..
void	ObservedScanAnalysis.setNumRastersPerCycle(UN6 value) Set the number of 360 degree scans (aka, turns) a component of a scan makes in the time it takes the Primary Scan to complete one complete cycle/scan..
void	ObservedScanAnalysis.setNumScanPositions(UN6 value) Set the number of discrete values observed in a single repeating scan period sequence..
void	ObservedScanAnalysis.setNumScanValues(UN6 value) Set the number of discrete values observed in multiple repeating scan period sequences..
void	ObservedPolarisationAnalysis.setNumTiltAngleElements(UN6 value) Set the number of unique discrete tilt angle values..
void	ObservedPolarisationAnalysis.setNumTiltAnglePositions(UN6 value) Set the number of discrete Polarisation Tilt Angles used in a repeating Polarisation Tilt Angle sequence..

Uses of UN6 in us.gov.dod.standard.ssrf._3_1.fedeployment

Methods in us.gov.dod.standard.ssrf._3_1.fedeployment that return UN6

Modifier and Type	Method and Description
UN6	AtWaypoint.getWaypointIdx() Get the sequential index of a Point within the referenced Location.

Methods in us.gov.dod.standard.ssrf._3_1.fedeployment with parameters of type UN6

Modifier and Type	Method and Description
void	AtWaypoint.setWaypointIdx(UN6 value) Set the sequential index of a Point within the referenced Location.

Uses of UN6 in us.gov.dod.standard.ssrf._3_1.metadata.domains

Methods in us.gov.dod.standard.ssrf._3_1.metadata.domains with parameters of type UN6

Modifier and Type	Method and Description
int	UN6.compareTo(UN6 obj) Comparison and sorting.

Uses of UN6 in us.gov.dod.standard.ssrf._3_1.multiple

Methods in us.gov.dod.standard.ssrf._3_1.multiple that return UN6

Modifier and Type	Method and Description
UN6	ObservedERPAnalysis.getNumObsPositions() Get the number of discrete ERP dwell/pulse groups, for a pulsed signal, or ERP values at a constant ERP value, for a continuous wave (CW) signal, observed in a signal which contains multiple and discrete ERP values that change in a repeating ERP sequence..
UN6	ObservedERPAnalysis.getNumObsValues() Get the number of discrete ERP values observed for a signal which contains multiple and discrete ERP values..

Methods in us.gov.dod.standard.ssrf._3_1.multiple with parameters of type UN6

Modifier and Type	Method and Description
void	ObservedERPAnalysis.setNumObsPositions(UN6 value) Set the number of discrete ERP dwell/pulse groups, for a pulsed signal, or ERP values at a constant ERP value, for a continuous wave (CW) signal, observed in a signal which contains multiple and discrete ERP values that change in a repeating ERP sequence..
void	ObservedERPAnalysis.setNumObsValues(UN6 value) Set the number of discrete ERP values observed for a signal which contains multiple and discrete ERP values..

Uses of UN6 in us.gov.dod.standard.ssrf._3_1.radiationplan

Methods in us.gov.dod.standard.ssrf._3_1.radiationplan that return UN6

Modifier and Type	Method and Description
UN6	JammingPlan.getNumFreqs() Get the number of discrete frequencies or frequency ranges associated with this Jamming Plan.

Methods in us.gov.dod.standard.ssrf._3_1.radiationplan with parameters of type UN6

Modifier and Type	Method and Description
void	JammingPlan.setNumFreqs(UN6 value) Set the number of discrete frequencies or frequency ranges associated with this Jamming Plan.

Uses of UN6 in us.gov.dod.standard.ssrf._3_1.transmitter

Methods in us.gov.dod.standard.ssrf._3_1.transmitter that return UN6

Modifier and Type	Method and Description
UN6	ObservedMOPSequence.getMOPNumElements() Get In Data Item US:MOPNumElements (US), enter the number of discrete FREQ/PHASE/AMP values transmitted in a patterned sequence (i.e., any repeated values are counted each time).
UN6	ObservedMOPBits.getMOPNumElements() Get In Data Item US:MOPNumElements (US), enter the number of discrete FREQ/PHASE/AMP values transmitted in a patterned sequence (i.e., any repeated values are counted each time).
UN6	ObservedMOPAnalysis.getMOPNumElements() Get In Data Item US:MOPNumElements (US), enter the number of discrete FREQ/PHASE/AMP values transmitted in a patterned sequence (i.e., any repeated values are counted each time).
UN6	ObservedMOPSweep.getMOPNumElements() Get In Data Item US:MOPNumElements (US), enter the number of discrete FREQ/PHASE/AMP values transmitted in a patterned sequence (i.e., any repeated values are counted each time).
UN6	ObservedPulseAnalysis.getNumPDPositions() Get the number of pulses (i.e., positions) in a repeating sequence of pulses which has multiple (2 or more) PD values..
UN6	ObservedPulseAnalysis.getNumPDValues() Get the number of discrete PD values (i.e., elements) in a repeating sequence of pulses which has multiple (2 or more) PD values..
UN6	ObservedPulseAnalysis.getNumPRIElements() Get the number of discrete PRI values in a repeating sequence of discrete PRIs..
UN6	ObservedPulseAnalysis.getNumPRIPositions() Get the number of time intervals between pulses or pulse groups, or the number of PRI dwell groups, in a repeating PRI sequence which uses discrete PRI values..
UN6	ObservedRFAnalysis.getNumRFChannels() Get the number of channels into which the RF range of the emitter is divided..
UN6	ObservedRFAnalysis.getNumRFElements() Get the number of discrete RFs (channels) a multiple RF signal contains..
UN6	ObservedRFAnalysis.getNumRFPositions() Get the number of RF values in a signal RF sequence before it repeats..
UN6	ObservedRFAnalysis.getNumRFSimultaneous() Get The number of frequencies simultaneously used by the emitter..
UN6	ObservedPulseAnalysis.getPRICountdown() Get the integer (aka, count or countdown) associated with the PRI Crystal value to provide the Pattern Period..
UN6	ObservedPulseAnalysis.getPRIPulsesPerGroup() Get the number of pulses in a pulse group..
UN6	ObservedMOPSequence.getSequenceBitLength() Get In Data Item US: SequenceBitLength (US), enter the length of one sequence of a pattern of bits that been observed repeating..

Methods in us.gov.dod.standard.ssrf._3_1.transmitter with parameters of type UN6

Modifier and Type	Method and Description
void	ObservedMOPSequence.setMOPNumElements(UN6 value) Set In Data Item US:MOPNumElements (US), enter the number of discrete FREQ/PHASE/AMP values transmitted in a patterned sequence (i.e., any repeated values are counted each time).
void	ObservedMOPBits.setMOPNumElements(UN6 value) Set In Data Item US:MOPNumElements (US), enter the number of discrete FREQ/PHASE/AMP values transmitted in a patterned sequence (i.e., any repeated values are counted each time).
void	ObservedMOPAnalysis.setMOPNumElements(UN6 value) Set In Data Item US:MOPNumElements (US), enter the number of discrete FREQ/PHASE/AMP values transmitted in a patterned sequence (i.e., any repeated values are counted each time).
void	ObservedMOPSweep.setMOPNumElements(UN6 value) Set In Data Item US:MOPNumElements (US), enter the number of discrete FREQ/PHASE/AMP values transmitted in a patterned sequence (i.e., any repeated values are counted each time).
void	ObservedPulseAnalysis.setNumPDPositions(UN6 value) Set the number of pulses (i.e., positions) in a repeating sequence of pulses which has multiple (2 or more) PD values..
void	ObservedPulseAnalysis.setNumPDValues(UN6 value) Set the number of discrete PD values (i.e., elements) in a repeating sequence of pulses which has multiple (2 or more) PD values..
void	ObservedPulseAnalysis.setNumPRIElements(UN6 value) Set the number of discrete PRI values in a repeating sequence of discrete PRIs..
void	ObservedPulseAnalysis.setNumPRIPositions(UN6 value) Set the number of time intervals between pulses or pulse groups, or the number of PRI dwell groups, in a repeating PRI sequence which uses discrete PRI values..
void	ObservedRFAnalysis.setNumRFChannels(UN6 value) Set the number of channels into which the RF range of the emitter is divided..
void	ObservedRFAnalysis.setNumRFElements(UN6 value) Set the number of discrete RFs (channels) a multiple RF signal contains..
void	ObservedRFAnalysis.setNumRFPositions(UN6 value) Set the number of RF values in a signal RF sequence before it repeats..
void	ObservedRFAnalysis.setNumRFSimultaneous(UN6 value) Set The number of frequencies simultaneously used by the emitter..
void	ObservedPulseAnalysis.setPRICountdown(UN6 value) Set the integer (aka, count or countdown) associated with the PRI Crystal value to provide the Pattern Period..
void	ObservedPulseAnalysis.setPRIPulsesPerGroup(UN6 value) Set the number of pulses in a pulse group..
void	ObservedMOPSequence.setSequenceBitLength(UN6 value) Set In Data Item US: SequenceBitLength (US), enter the length of one sequence of a pattern of bits that been observed repeating..