Uses of Class
us.gov.dod.standard.ssrf._3_1.metadata.domains.S500

Packages that use S500

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

Uses of S500 in us.gov.dod.standard.ssrf._3_1

Fields in us.gov.dod.standard.ssrf._3_1 declared as S500

Modifier and Type	Field and Description
protected S500	Common.description Description - General Dataset Description (Optional)

Methods in us.gov.dod.standard.ssrf._3_1 that return S500

Modifier and Type	Method and Description
S500	Common.getDescription() Get a general description of the Dataset that is inheriting Common.

Methods in us.gov.dod.standard.ssrf._3_1 with parameters of type S500

Modifier and Type	Method and Description
void	Common.setDescription(S500 value) Set a general description of the Dataset that is inheriting Common.

Uses of S500 in us.gov.dod.standard.ssrf._3_1.antenna

Methods in us.gov.dod.standard.ssrf._3_1.antenna that return S500

Modifier and Type	Method and Description
S500	ObservedScanAnalysis.getScanAdaptiveDriverDesc() Get the condition which controls or can be associated with the signal Scan Period variations..
S500	ObservedScanAnalysis.getScanAdaptiveRuleDesc() Get the rule which describes the signal Scan Period variations..
S500	ObservedScanAnalysis.getScanDwellSequence() Get the Sequence of dwell durations, with elevation and azimuth.
S500	ObservedPolarisationAnalysis.getTiltAngleAdaptiveDriverDesc() Get the condition which controls, or can be associated with, the signals Tilt Angle variations..
S500	ObservedPolarisationAnalysis.getTiltAngleAdaptiveRuleDesc() Get the rule which describes the signal Polarisation Tilt Angle variations..
S500	ObservedPolarisationAnalysis.getTiltAngleSequenceDesc() Get a free text description of the sequence of Polarisation Tilt Angle values..

Methods in us.gov.dod.standard.ssrf._3_1.antenna with parameters of type S500

Modifier and Type	Method and Description
void	ObservedScanAnalysis.setScanAdaptiveDriverDesc(S500 value) Set the condition which controls or can be associated with the signal Scan Period variations..
void	ObservedScanAnalysis.setScanAdaptiveRuleDesc(S500 value) Set the rule which describes the signal Scan Period variations..
void	ObservedScanAnalysis.setScanDwellSequence(S500 value) Set the Sequence of dwell durations, with elevation and azimuth.
void	ObservedPolarisationAnalysis.setTiltAngleAdaptiveDriverDesc(S500 value) Set the condition which controls, or can be associated with, the signals Tilt Angle variations..
void	ObservedPolarisationAnalysis.setTiltAngleAdaptiveRuleDesc(S500 value) Set the rule which describes the signal Polarisation Tilt Angle variations..
void	ObservedPolarisationAnalysis.setTiltAngleSequenceDesc(S500 value) Set a free text description of the sequence of Polarisation Tilt Angle values..

Uses of S500 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 S500

Modifier and Type	Method and Description
int	S500.compareTo(S500 obj) Comparison and sorting.

Uses of S500 in us.gov.dod.standard.ssrf._3_1.multiple

Methods in us.gov.dod.standard.ssrf._3_1.multiple that return S500

Modifier and Type	Method and Description
S500	ObservedERPAnalysis.getERPAdaptiveDriverDesc() Get the condition which controls, or can be associated with, the signal ERP variations..
S500	ObservedERPAnalysis.getERPAdaptiveRuleDesc() Get the rule which describes the signal ERP variations..
S500	ObservedERPAnalysis.getERPSequenceDesc() Get In Data Item ERP SequenceDesc (US), enter the textual description of the observed algorithm for the sequence of variation for the ERP..

Methods in us.gov.dod.standard.ssrf._3_1.multiple with parameters of type S500

Modifier and Type	Method and Description
void	ObservedERPAnalysis.setERPAdaptiveDriverDesc(S500 value) Set the condition which controls, or can be associated with, the signal ERP variations..
void	ObservedERPAnalysis.setERPAdaptiveRuleDesc(S500 value) Set the rule which describes the signal ERP variations..
void	ObservedERPAnalysis.setERPSequenceDesc(S500 value) Set In Data Item ERP SequenceDesc (US), enter the textual description of the observed algorithm for the sequence of variation for the ERP..

Uses of S500 in us.gov.dod.standard.ssrf._3_1.transmitter

Methods in us.gov.dod.standard.ssrf._3_1.transmitter that return S500

Modifier and Type	Method and Description
S500	TxModulation.getKeysDesc() Get a text description of the keying format for the digital/analog/hybrid data stream..
S500	ObservedMOPAnalysis.getMOPAdaptiveDriverDesc() Get the condition which controls, or can be associated with, the signal MOP variations..
S500	ObservedMOPAnalysis.getMOPAdaptiveDriverRuleDesc() Get the rule which describes the signal MOP variations..
S500	ObservedMOPSequence.getMOPSequenceDesc() Get In Data Item US:MOPSequenceDesc (US), enter a text description of the MOP sequence..
S500	ObservedPulseAnalysis.getPDAdaptiveRuleDesc() Get the rule which describes the signal PD variations (aka.
S500	ObservedPulseAnalysis.getPDSequenceDesc() Get a freetext description of the PD Sequence..
S500	ObservedPulseAnalysis.getPRIAdaptiveDriverDesc() Get the condition which controls or can be associated with the signal PRI variations (aka, interpulse modulation changes)..
S500	ObservedPulseAnalysis.getPRIAdaptiveRuleDesc() Get the rule which describes the signal PRI variations (aka, interpulse modulation changes).
S500	ObservedPulseAnalysis.getPRIAnomalousValues() Get any regularly occurring signal values which do not fit in any of the other PRI related fields.
S500	ObservedPulseAnalysis.getPRISequenceDesc() Get a free text description of the PRI Sequence..
S500	ObservedRFAnalysis.getRFAdaptiveDriver() Get the condition controlling the choice of RF for Adaptive RF variations (e.g., least jammed frequency).
S500	ObservedRFAnalysis.getRFAdaptiveRule() Get In Data Item RFAdaptiveRule (US), indicate how the RF is chosen for Adaptive RF variations..
S500	ObservedRFAnalysis.getRFSequenceDesc() Get a free text description of the RF Sequence..

Methods in us.gov.dod.standard.ssrf._3_1.transmitter with parameters of type S500

Modifier and Type	Method and Description
void	TxModulation.setKeysDesc(S500 value) Set a text description of the keying format for the digital/analog/hybrid data stream..
void	ObservedMOPAnalysis.setMOPAdaptiveDriverDesc(S500 value) Set the condition which controls, or can be associated with, the signal MOP variations..
void	ObservedMOPAnalysis.setMOPAdaptiveDriverRuleDesc(S500 value) Set the rule which describes the signal MOP variations..
void	ObservedMOPSequence.setMOPSequenceDesc(S500 value) Set In Data Item US:MOPSequenceDesc (US), enter a text description of the MOP sequence..
void	ObservedPulseAnalysis.setPDAdaptiveRuleDesc(S500 value) Set the rule which describes the signal PD variations (aka.
void	ObservedPulseAnalysis.setPDSequenceDesc(S500 value) Set a freetext description of the PD Sequence..
void	ObservedPulseAnalysis.setPRIAdaptiveDriverDesc(S500 value) Set the condition which controls or can be associated with the signal PRI variations (aka, interpulse modulation changes)..
void	ObservedPulseAnalysis.setPRIAdaptiveRuleDesc(S500 value) Set the rule which describes the signal PRI variations (aka, interpulse modulation changes).
void	ObservedPulseAnalysis.setPRIAnomalousValues(S500 value) Set any regularly occurring signal values which do not fit in any of the other PRI related fields.
void	ObservedPulseAnalysis.setPRISequenceDesc(S500 value) Set a free text description of the PRI Sequence..
void	ObservedRFAnalysis.setRFAdaptiveDriver(S500 value) Set the condition controlling the choice of RF for Adaptive RF variations (e.g., least jammed frequency).
void	ObservedRFAnalysis.setRFAdaptiveRule(S500 value) Set In Data Item RFAdaptiveRule (US), indicate how the RF is chosen for Adaptive RF variations..
void	ObservedRFAnalysis.setRFSequenceDesc(S500 value) Set a free text description of the RF Sequence..