Uses of Class
us.gov.dod.standard.ssrf._3_1.antenna.ObservedScanAnalysis

Packages that use ObservedScanAnalysis

Package	Description
us.gov.dod.standard.ssrf._3_1.antenna

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

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

Modifier and Type	Method and Description
ObservedScanAnalysis	ObservedScanAnalysis.withAzBoresightAngle(Double value) Set the position of the emitter Mainbeam (aka, Mainlobe) boresight referenced from true north for ground based fixed emitters, and the emitter defined centerline for other platforms (e.g., mobile, airborne, shipborne).
ObservedScanAnalysis	ObservedScanAnalysis.withAzScanChangeRate(Double value) Set the rate of change for horizontal Scan Period variations expressed in Scan Period change per unit of time
ObservedScanAnalysis	ObservedScanAnalysis.withAzScanRateExtremeMax(Double value) Set the range of horizontal scan rate values that represent 100% of the signal observed Scan values obtained from a statistical study of a data set.
ObservedScanAnalysis	ObservedScanAnalysis.withAzScanRateExtremeMin(Double value) Set the range of horizontal scan rate values that represent 100% of the signal observed Scan values obtained from a statistical study of a data set.
ObservedScanAnalysis	ObservedScanAnalysis.withAzScanRateMean(Double value) Set the average horizontal scan rate value for a signal that changes horizontal scan rates on a non-patterned basis.
ObservedScanAnalysis	ObservedScanAnalysis.withAzScanRateMedian(Double value) Set the horizontal scan rate that the signal most often used, based on a statistical study of a data set.
ObservedScanAnalysis	ObservedScanAnalysis.withAzScanSector(Double value) Set the total angular width in the horizontal plane (aka, azimuth) the subject emitter antenna mainbeam (aka, mainlobe) scans/covers in one complete scan.
ObservedScanAnalysis	ObservedScanAnalysis.withAzScanSectorMax(Double value) Set the total angular width in the horizontal plane (aka, azimuth) the subject emitter antenna mainbeam (aka, mainlobe) is capable of scanning.
ObservedScanAnalysis	ObservedScanAnalysis.withAzScanVelocity(Double value) Set the horizontal angular speed (i.e., degrees per second) of the subject emitter Mainbeam (aka., mainlobe) scan referenced to a fixed point.
ObservedScanAnalysis	ObservedScanAnalysis.withElevScanChangeRate(Double value) Set In Data Item Vertical Scan Change Rate (US), enter the rate of change for vertical Scan Period variations expressed in Scan Period change per unit of time
ObservedScanAnalysis	ObservedScanAnalysis.withElevScanRateExtremeMax(Double value) Set In Data Item Extreme Vertical Scan Rate Max (US), enter the range of vertical scan rate values that represent 100% of the signal observed Scan values obtained from a statistical study of a data set.
ObservedScanAnalysis	ObservedScanAnalysis.withElevScanRateExtremeMin(Double value) Set In Data Item Extreme Vertical Scan Rate Min (US), enter the range of vertical scan rate values that represent 100% of the signal observed Scan values obtained from a statistical study of a data set.
ObservedScanAnalysis	ObservedScanAnalysis.withElevScanRateMean(Double value) Set the average vertical scan rate value for a signal that changes vertical scan rates on a non-patterned basis.
ObservedScanAnalysis	ObservedScanAnalysis.withElevScanRateMedian(Double value) Set the vertical scan rate that the signal most often used, based on a statistical study of a data set.
ObservedScanAnalysis	ObservedScanAnalysis.withElevScanSector(Double value) Set the total angular width in the vertical plane (aka, elevation) the subject emitter antenna mainbeam (aka, mainlobe) scans/covers in one complete scan.
ObservedScanAnalysis	ObservedScanAnalysis.withElevScanSectorMax(Double value) Set the total angular width in the vertical plane (aka, elevation) the subject emitter antenna mainbeam (aka, mainlobe) is capable of scanning.
ObservedScanAnalysis	ObservedScanAnalysis.withElevScanVelocity(Double value) Set the vertical angular speed (i.e., degrees per second) of the subject emitter Mainbeam (aka., mainlobe) scan referenced to a fixed point.
ObservedScanAnalysis	ObservedScanAnalysis.withNumBeamPositionsPerScan(Integer value) Set the number of beam positions (aka., dwells) per scan cycle
ObservedScanAnalysis	ObservedScanAnalysis.withNumBeamPositionsTotal(Integer 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.
ObservedScanAnalysis	ObservedScanAnalysis.withNumBeamsPerRaster(Integer value) Set the number of beam positions necessary to complete one bar of the raster scan.
ObservedScanAnalysis	ObservedScanAnalysis.withNumRastersPerCycle(Integer 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.
ObservedScanAnalysis	ObservedScanAnalysis.withNumScanPositions(Integer value) Set the number of discrete values observed in a single repeating scan period sequence.
ObservedScanAnalysis	ObservedScanAnalysis.withNumScanValues(Integer value) Set the number of discrete values observed in multiple repeating scan period sequences.
ObservedScanAnalysis	ObservedScanAnalysis.withObservedScanValues(Collection<ObservedScanValues> values) Set the US:ObservedScanValues
ObservedScanAnalysis	ObservedScanAnalysis.withObservedScanValues(ObservedScanValues... values) Set the US:ObservedScanValues
ObservedScanAnalysis	ObservedScanAnalysis.withScanAdaptiveDriverDesc(String value) Set the condition which controls or can be associated with the signal Scan Period variations.
ObservedScanAnalysis	ObservedScanAnalysis.withScanAdaptiveRuleDesc(String value) Set the rule which describes the signal Scan Period variations.
ObservedScanAnalysis	ObservedScanAnalysis.withScanAngleAzStart(Double value) Set the maximum angle the subject emitter antenna mainbeam (aka., mainlobe) reaches in the horizontal plane (aka., azimuth).
ObservedScanAnalysis	ObservedScanAnalysis.withScanAngleAzStop(Double value) Set the minimum angle the subject emitter antenna mainbeam (aka., mainlobe) reaches in the horizontal plane (aka., azimuth).
ObservedScanAnalysis	ObservedScanAnalysis.withScanAngleElevStart(Double value) Set the maximum angle the subject emitter antenna mainbeam (aka., mainlobe) reaches in the vertical plane (aka., elevation).
ObservedScanAnalysis	ObservedScanAnalysis.withScanAngleElevStop(Double value) Set the minimum angle the subject emitter antenna mainbeam (aka., mainlobe) reaches in the vertical plane (aka., azimuth).
ObservedScanAnalysis	ObservedScanAnalysis.withScanDwell(Double value) Set the scan duration
ObservedScanAnalysis	ObservedScanAnalysis.withScanDwellSequence(String value) Set the Sequence of dwell durations, with elevation and azimuth.
ObservedScanAnalysis	ObservedScanAnalysis.withScanDwellTime(Double value) Set the time duration for a complete dwell/group of scan cycles which all have the same Scan Period Discrete value before changing to a different one.
ObservedScanAnalysis	ObservedScanAnalysis.withScanElevContinuous(ListCBO value) Set In Data Item ScanElevContinuous (US), indicate the if the scan elevation progression is a continuous sweep.
ObservedScanAnalysis	ObservedScanAnalysis.withScanPatternType(ListUS7 value) Set In Data Item ScanPatternType (US), indicate whether the Scan Period is unmodulated, Patterned, Non-Patterned, or Adaptive.
ObservedScanAnalysis	ObservedScanAnalysis.withScansHorzContinuous(ListCBO value) Set In Data Item ScanHorzContinuous (US), indicate the if the scan azimuth progression is a continuous sweep.
ObservedScanAnalysis	ObservedScanAnalysis.withScanType(ListUS8 value) Set In Data Item ScanType (US), indicate if the observed data was detected via a primary or secondary scan.

Methods in us.gov.dod.standard.ssrf._3_1.antenna that return types with arguments of type ObservedScanAnalysis

Modifier and Type	Method and Description
Set<ObservedScanAnalysis>	AntMode.getObservedScanAnalysis() Get the US:ObservedScanAnalysis

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

Modifier and Type	Method and Description
AntMode	AntMode.withObservedScanAnalysis(ObservedScanAnalysis... values) Set the US:ObservedScanAnalysis

Method parameters in us.gov.dod.standard.ssrf._3_1.antenna with type arguments of type ObservedScanAnalysis

Modifier and Type	Method and Description
AntMode	AntMode.withObservedScanAnalysis(Collection<ObservedScanAnalysis> values) Set the US:ObservedScanAnalysis