public class ObservedScanAnalysis extends Object
Element of AntMode
Sub-Element is ObservedScanValues
Example:
<ObservedScanAnalysis> <:ScansHorzContinuous cls="U">Yes</:ScansHorzContinuous> <AzBoresightAngle cls="U">0.02</AzBoresightAngle> <AzScanChangeRate cls="U">14</AzScanChangeRate> <AzScanRateExtremeMax cls="U">500</AzScanRateExtremeMax> <AzScanRateExtremeMin cls="U">0.01</AzScanRateExtremeMin> <AzScanRateMean cls="U">34</AzScanRateMean> <AzScanRateMedian cls="U">12</AzScanRateMedian> <AzScanSector cls="U">47</AzScanSector> <AzScanSectorMax cls="U">23.9</AzScanSectorMax> <AzScanVelocity cls="U">41.3</AzScanVelocity> <ElevScanChangeRate cls="U">0.002</ElevScanChangeRate> <ElevScanRateExtremeMax cls="U">500</ElevScanRateExtremeMax> <ElevScanRateExtremeMin cls="U">0.01</ElevScanRateExtremeMin> <ElevScanRateMean cls="U">34</ElevScanRateMean> <ElevScanRateMedian cls="U">12</ElevScanRateMedian> <ElevScanSector cls="U">80</ElevScanSector> <ElevScanSectorMax cls="U">87</ElevScanSectorMax> <ElevScanVelocity cls="U">41.3</ElevScanVelocity> <NumBeamPositionsPerScan cls="U">567</NumBeamPositionsPerScan> <NumBeamPositionsTotal cls="U">98651</NumBeamPositionsTotal> <NumBeamsPerRaster cls="U">5956</NumBeamsPerRaster> <NumRastersPerCycle cls="U">3032</NumRastersPerCycle> <NumScanPositions cls="U">567</NumScanPositions> <NumScanValues cls="U">346</NumScanValues> <ScanAdaptiveDriverDesc cls="U">Target Motion Tracking</ScanAdaptiveDriverDesc> <ScanAdaptiveRuleDesc cls="U">Required Pattern Collection</ScanAdaptiveRuleDesc> <ScanAngleAzStart cls="U">0.01</ScanAngleAzStart> <ScanAngleAzStop cls="U">359.99</ScanAngleAzStop> <ScanAngleElevStart cls="U">-89.9</ScanAngleElevStart> <ScanAngleElevStop cls="U">89.9</ScanAngleElevStop> <ScanDwell cls="U">23.781</ScanDwell> <ScanDwellSequence cls="U">Scan Sample Repeat</ScanDwellSequence> <ScanDwellTime cls="U">3.45</ScanDwellTime> <ScanElevContinuous cls="U">Yes</ScanElevContinuous> <ScanPatternType cls="U">Non-Patterned</ScanPatternType> <ScanType cls="U">Primary</ScanType> <ObservedScanValues> <ScanValue cls="U">34.89</ScanValue> <StatisticalIndicator cls="U">97.2</StatisticalIndicator> </ObservedScanValues> </ObservedScanAnalysis>
Constructor and Description |
---|
ObservedScanAnalysis() |
Modifier and Type | Method and Description |
---|---|
US_Deg_Signed |
getAzBoresightAngle()
Get 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)..
|
US_PRIChgRate |
getAzScanChangeRate()
Get the rate of change for horizontal Scan Period variations expressed in
Scan Period change per unit of time.
|
US_ScanRate |
getAzScanRateExtremeMax()
Get 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.
|
US_ScanRate |
getAzScanRateExtremeMin()
Get 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.
|
US_ScanRate |
getAzScanRateMean()
Get the average horizontal scan rate value for a signal that changes
horizontal scan rates on a non-patterned basis..
|
US_ScanRate |
getAzScanRateMedian()
Get the horizontal scan rate that the signal most often used, based on a
statistical study of a data set..
|
US_Degrees |
getAzScanSector()
Get the total angular width in the horizontal plane (aka, azimuth) the
subject emitter antenna mainbeam (aka, mainlobe) scans/covers in one
complete scan.
|
US_Degrees |
getAzScanSectorMax()
Get the total angular width in the horizontal plane (aka, azimuth) the
subject emitter antenna mainbeam (aka, mainlobe) is capable of scanning..
|
US_ScanSpeed |
getAzScanVelocity()
Get the horizontal angular speed (i.e., degrees per second) of the subject
emitter Mainbeam (aka., mainlobe) scan referenced to a fixed point..
|
US_PRIChgRate |
getElevScanChangeRate()
Get 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.
|
US_ScanRate |
getElevScanRateExtremeMax()
Get 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.
|
US_ScanRate |
getElevScanRateExtremeMin()
Get 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.
|
US_ScanRate |
getElevScanRateMean()
Get the average vertical scan rate value for a signal that changes vertical
scan rates on a non-patterned basis..
|
US_ScanRate |
getElevScanRateMedian()
Get the vertical scan rate that the signal most often used, based on a
statistical study of a data set..
|
US_Degrees |
getElevScanSector()
Get the total angular width in the vertical plane (aka, elevation) the
subject emitter antenna mainbeam (aka, mainlobe) scans/covers in one
complete scan.
|
US_Degrees |
getElevScanSectorMax()
Get the total angular width in the vertical plane (aka, elevation) the
subject emitter antenna mainbeam (aka, mainlobe) is capable of scanning..
|
US_ScanSpeed |
getElevScanVelocity()
Get the vertical angular speed (i.e., degrees per second) of the subject
emitter Mainbeam (aka., mainlobe) scan referenced to a fixed point..
|
UN6 |
getNumBeamPositionsPerScan()
Get the number of beam positions (aka., dwells) per scan cycle.
|
UN6 |
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 |
getNumBeamsPerRaster()
Get the number of beam positions necessary to complete one bar of the
raster scan..
|
UN6 |
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 |
getNumScanPositions()
Get the number of discrete values observed in a single repeating scan
period sequence..
|
UN6 |
getNumScanValues()
Get the number of discrete values observed in multiple repeating scan
period sequences..
|
Set<ObservedScanValues> |
getObservedScanValues()
Get the US:ObservedScanValues
|
S500 |
getScanAdaptiveDriverDesc()
Get the condition which controls or can be associated with the signal Scan
Period variations..
|
S500 |
getScanAdaptiveRuleDesc()
Get the rule which describes the signal Scan Period variations..
|
US_Deg_Signed |
getScanAngleAzStart()
Get the maximum angle the subject emitter antenna mainbeam (aka., mainlobe)
reaches in the horizontal plane (aka., azimuth)..
|
US_Deg_Signed |
getScanAngleAzStop()
Get the minimum angle the subject emitter antenna mainbeam (aka., mainlobe)
reaches in the horizontal plane (aka., azimuth)..
|
US_Deg_Signed |
getScanAngleElevStart()
Get the maximum angle the subject emitter antenna mainbeam (aka., mainlobe)
reaches in the vertical plane (aka., elevation)..
|
US_Deg_Signed |
getScanAngleElevStop()
Get the minimum angle the subject emitter antenna mainbeam (aka., mainlobe)
reaches in the vertical plane (aka., azimuth)..
|
microsecs |
getScanDwell()
Get the scan duration.
|
S500 |
getScanDwellSequence()
Get the Sequence of dwell durations, with elevation and azimuth.
|
US_PRIChgRate |
getScanDwellTime()
Get 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..
|
TString |
getScanElevContinuous()
Get In Data Item ScanElevContinuous (US), indicate the if the scan
elevation progression is a continuous sweep..
|
TString |
getScanPatternType()
Get In Data Item ScanPatternType (US), indicate whether the Scan Period is
unmodulated, Patterned, Non-Patterned, or Adaptive..
|
TString |
getScansHorzContinuous()
Get In Data Item ScanHorzContinuous (US), indicate the if the scan azimuth
progression is a continuous sweep..
|
TString |
getScanType()
Get In Data Item ScanType (US), indicate if the observed data was detected
via a primary or secondary scan..
|
boolean |
isSet()
Determine if the required fields in this SSRF data type instance are set.
|
boolean |
isSetAzBoresightAngle()
Determine if the AzBoresightAngle is configured.
|
boolean |
isSetAzScanChangeRate()
Determine if the AzScanChangeRate is configured.
|
boolean |
isSetAzScanRateExtremeMax()
Determine if the AzScanRateExtremeMax is configured.
|
boolean |
isSetAzScanRateExtremeMin()
Determine if the AzScanRateExtremeMin is configured.
|
boolean |
isSetAzScanRateMean()
Determine if the AzScanRateMean is configured.
|
boolean |
isSetAzScanRateMedian()
Determine if the AzScanRateMedian is configured.
|
boolean |
isSetAzScanSector()
Determine if the AzScanSector is configured.
|
boolean |
isSetAzScanSectorMax()
Determine if the AzScanSectorMax is configured.
|
boolean |
isSetAzScanVelocity()
Determine if the AzScanVelocity is configured.
|
boolean |
isSetElevScanChangeRate()
Determine if the ElevScanChangeRate is configured.
|
boolean |
isSetElevScanRateExtremeMax()
Determine if the ElevScanRateExtremeMax is configured.
|
boolean |
isSetElevScanRateExtremeMin()
Determine if the ElevScanRateExtremeMin is configured.
|
boolean |
isSetElevScanRateMean()
Determine if the ElevScanRateMean is configured.
|
boolean |
isSetElevScanRateMedian()
Determine if the ElevScanRateMedian is configured.
|
boolean |
isSetElevScanSector()
Determine if the ElevScanSector is configured.
|
boolean |
isSetElevScanSectorMax()
Determine if the ElevScanSectorMax is configured.
|
boolean |
isSetElevScanVelocity()
Determine if the ElevScanVelocity is configured.
|
boolean |
isSetNumBeamPositionsPerScan()
Determine if the NumBeamPositionsPerScan is configured.
|
boolean |
isSetNumBeamPositionsTotal()
Determine if the NumBeamPositionsTotal is configured.
|
boolean |
isSetNumBeamsPerRaster()
Determine if the NumBeamsPerRaster is configured.
|
boolean |
isSetNumRastersPerCycle()
Determine if the NumRastersPerCycle is configured.
|
boolean |
isSetNumScanPositions()
Determine if the NumScanPositions is configured.
|
boolean |
isSetNumScanValues()
Determine if the NumScanValues is configured.
|
boolean |
isSetObservedScanValues()
Determine if the ObservedScanValues is configured.
|
boolean |
isSetScanAdaptiveDriverDesc()
Determine if the ScanAdaptiveDriverDesc is configured.
|
boolean |
isSetScanAdaptiveRuleDesc()
Determine if the ScanAdaptiveRuleDesc is configured.
|
boolean |
isSetScanAngleAzStart()
Determine if the ScanAngleAzStart is configured.
|
boolean |
isSetScanAngleAzStop()
Determine if the ScanAngleAzStop is configured.
|
boolean |
isSetScanAngleElevStart()
Determine if the ScanAngleElevStart is configured.
|
boolean |
isSetScanAngleElevStop()
Determine if the ScanAngleElevStop is configured.
|
boolean |
isSetScanDwell()
Determine if the ScanDwell is configured.
|
boolean |
isSetScanDwellSequence()
Determine if the ScanDwellSequence is configured.
|
boolean |
isSetScanDwellTime()
Determine if the ScanDwellTime is configured.
|
boolean |
isSetScanElevContinuous()
Determine if the ScanElevContinuous is configured.
|
boolean |
isSetScanPatternType()
Determine if the ScanPatternType is configured.
|
boolean |
isSetScansHorzContinuous()
Determine if the ScansHorzContinuous is configured.
|
boolean |
isSetScanType()
Determine if the ScanType is configured.
|
void |
setAzBoresightAngle(US_Deg_Signed 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)..
|
void |
setAzScanChangeRate(US_PRIChgRate value)
Set the rate of change for horizontal Scan Period variations expressed in
Scan Period change per unit of time.
|
void |
setAzScanRateExtremeMax(US_ScanRate 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.
|
void |
setAzScanRateExtremeMin(US_ScanRate 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.
|
void |
setAzScanRateMean(US_ScanRate value)
Set the average horizontal scan rate value for a signal that changes
horizontal scan rates on a non-patterned basis..
|
void |
setAzScanRateMedian(US_ScanRate value)
Set the horizontal scan rate that the signal most often used, based on a
statistical study of a data set..
|
void |
setAzScanSector(US_Degrees 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.
|
void |
setAzScanSectorMax(US_Degrees value)
Set the total angular width in the horizontal plane (aka, azimuth) the
subject emitter antenna mainbeam (aka, mainlobe) is capable of scanning..
|
void |
setAzScanVelocity(US_ScanSpeed value)
Set the horizontal angular speed (i.e., degrees per second) of the subject
emitter Mainbeam (aka., mainlobe) scan referenced to a fixed point..
|
void |
setElevScanChangeRate(US_PRIChgRate 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.
|
void |
setElevScanRateExtremeMax(US_ScanRate 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.
|
void |
setElevScanRateExtremeMin(US_ScanRate 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.
|
void |
setElevScanRateMean(US_ScanRate value)
Set the average vertical scan rate value for a signal that changes vertical
scan rates on a non-patterned basis..
|
void |
setElevScanRateMedian(US_ScanRate value)
Set the vertical scan rate that the signal most often used, based on a
statistical study of a data set..
|
void |
setElevScanSector(US_Degrees 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.
|
void |
setElevScanSectorMax(US_Degrees value)
Set the total angular width in the vertical plane (aka, elevation) the
subject emitter antenna mainbeam (aka, mainlobe) is capable of scanning..
|
void |
setElevScanVelocity(US_ScanSpeed value)
Set the vertical angular speed (i.e., degrees per second) of the subject
emitter Mainbeam (aka., mainlobe) scan referenced to a fixed point..
|
void |
setNumBeamPositionsPerScan(UN6 value)
Set the number of beam positions (aka., dwells) per scan cycle.
|
void |
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 |
setNumBeamsPerRaster(UN6 value)
Set the number of beam positions necessary to complete one bar of the
raster scan..
|
void |
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 |
setNumScanPositions(UN6 value)
Set the number of discrete values observed in a single repeating scan
period sequence..
|
void |
setNumScanValues(UN6 value)
Set the number of discrete values observed in multiple repeating scan
period sequences..
|
void |
setScanAdaptiveDriverDesc(S500 value)
Set the condition which controls or can be associated with the signal Scan
Period variations..
|
void |
setScanAdaptiveRuleDesc(S500 value)
Set the rule which describes the signal Scan Period variations..
|
void |
setScanAngleAzStart(US_Deg_Signed value)
Set the maximum angle the subject emitter antenna mainbeam (aka., mainlobe)
reaches in the horizontal plane (aka., azimuth)..
|
void |
setScanAngleAzStop(US_Deg_Signed value)
Set the minimum angle the subject emitter antenna mainbeam (aka., mainlobe)
reaches in the horizontal plane (aka., azimuth)..
|
void |
setScanAngleElevStart(US_Deg_Signed value)
Set the maximum angle the subject emitter antenna mainbeam (aka., mainlobe)
reaches in the vertical plane (aka., elevation)..
|
void |
setScanAngleElevStop(US_Deg_Signed value)
Set the minimum angle the subject emitter antenna mainbeam (aka., mainlobe)
reaches in the vertical plane (aka., azimuth)..
|
void |
setScanDwell(microsecs value)
Set the scan duration.
|
void |
setScanDwellSequence(S500 value)
Set the Sequence of dwell durations, with elevation and azimuth.
|
void |
setScanDwellTime(US_PRIChgRate 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..
|
void |
setScanElevContinuous(TString value)
Set In Data Item ScanElevContinuous (US), indicate the if the scan
elevation progression is a continuous sweep..
|
void |
setScanPatternType(TString value)
Set In Data Item ScanPatternType (US), indicate whether the Scan Period is
unmodulated, Patterned, Non-Patterned, or Adaptive..
|
void |
setScansHorzContinuous(TString value)
Set In Data Item ScanHorzContinuous (US), indicate the if the scan azimuth
progression is a continuous sweep..
|
void |
setScanType(TString value)
Set In Data Item ScanType (US), indicate if the observed data was detected
via a primary or secondary scan..
|
String |
toString()
Get a string representation of this ObservedScanAnalysis instance
configuration.
|
void |
unsetObservedScanValues()
Clear the ObservedScanValues field.
|
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 |
withAzScanChangeRate(Double value)
Set the rate of change for horizontal Scan Period variations expressed in
Scan Period change per unit of time
|
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 |
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 |
withAzScanRateMean(Double value)
Set the average horizontal scan rate value for a signal that changes
horizontal scan rates on a non-patterned basis.
|
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 |
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 |
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 |
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 |
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 |
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 |
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 |
withElevScanRateMean(Double value)
Set the average vertical scan rate value for a signal that changes vertical
scan rates on a non-patterned basis.
|
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 |
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 |
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 |
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 |
withNumBeamPositionsPerScan(Integer value)
Set the number of beam positions (aka., dwells) per scan cycle
|
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 |
withNumBeamsPerRaster(Integer value)
Set the number of beam positions necessary to complete one bar of the
raster scan.
|
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 |
withNumScanPositions(Integer value)
Set the number of discrete values observed in a single repeating scan
period sequence.
|
ObservedScanAnalysis |
withNumScanValues(Integer value)
Set the number of discrete values observed in multiple repeating scan
period sequences.
|
ObservedScanAnalysis |
withObservedScanValues(Collection<ObservedScanValues> values)
Set the US:ObservedScanValues
|
ObservedScanAnalysis |
withObservedScanValues(ObservedScanValues... values)
Set the US:ObservedScanValues
|
ObservedScanAnalysis |
withScanAdaptiveDriverDesc(String value)
Set the condition which controls or can be associated with the signal Scan
Period variations.
|
ObservedScanAnalysis |
withScanAdaptiveRuleDesc(String value)
Set the rule which describes the signal Scan Period variations.
|
ObservedScanAnalysis |
withScanAngleAzStart(Double value)
Set the maximum angle the subject emitter antenna mainbeam (aka., mainlobe)
reaches in the horizontal plane (aka., azimuth).
|
ObservedScanAnalysis |
withScanAngleAzStop(Double value)
Set the minimum angle the subject emitter antenna mainbeam (aka., mainlobe)
reaches in the horizontal plane (aka., azimuth).
|
ObservedScanAnalysis |
withScanAngleElevStart(Double value)
Set the maximum angle the subject emitter antenna mainbeam (aka., mainlobe)
reaches in the vertical plane (aka., elevation).
|
ObservedScanAnalysis |
withScanAngleElevStop(Double value)
Set the minimum angle the subject emitter antenna mainbeam (aka., mainlobe)
reaches in the vertical plane (aka., azimuth).
|
ObservedScanAnalysis |
withScanDwell(Double value)
Set the scan duration
|
ObservedScanAnalysis |
withScanDwellSequence(String value)
Set the Sequence of dwell durations, with elevation and azimuth.
|
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 |
withScanElevContinuous(ListCBO value)
Set In Data Item ScanElevContinuous (US), indicate the if the scan
elevation progression is a continuous sweep.
|
ObservedScanAnalysis |
withScanPatternType(ListUS7 value)
Set In Data Item ScanPatternType (US), indicate whether the Scan Period is
unmodulated, Patterned, Non-Patterned, or Adaptive.
|
ObservedScanAnalysis |
withScansHorzContinuous(ListCBO value)
Set In Data Item ScanHorzContinuous (US), indicate the if the scan azimuth
progression is a continuous sweep.
|
ObservedScanAnalysis |
withScanType(ListUS8 value)
Set In Data Item ScanType (US), indicate if the observed data was detected
via a primary or secondary scan.
|
public TString getScansHorzContinuous()
TString
data typepublic void setScansHorzContinuous(TString value)
value
- the ScansHorzContinuous value in a TString
data typepublic boolean isSetScansHorzContinuous()
If configured this method also inspects the TString
wrapped value.
public US_Deg_Signed getAzBoresightAngle()
US_Deg_Signed
instancepublic void setAzBoresightAngle(US_Deg_Signed value)
value
- a US_Deg_Signed
instancepublic boolean isSetAzBoresightAngle()
public US_PRIChgRate getAzScanChangeRate()
US_PRIChgRate
instancepublic void setAzScanChangeRate(US_PRIChgRate value)
value
- a US_PRIChgRate
instancepublic boolean isSetAzScanChangeRate()
public US_ScanRate getAzScanRateExtremeMax()
[XSL ERR MINMAX] If US:AzScanRateExtremeMax is used, it MUST be greater than US:AzScanRateExtremeMin..
US_ScanRate
instancepublic void setAzScanRateExtremeMax(US_ScanRate value)
[XSL ERR MINMAX] If US:AzScanRateExtremeMax is used, it MUST be greater than US:AzScanRateExtremeMin..
value
- a US_ScanRate
instancepublic boolean isSetAzScanRateExtremeMax()
public US_ScanRate getAzScanRateExtremeMin()
US_ScanRate
instancepublic void setAzScanRateExtremeMin(US_ScanRate value)
value
- a US_ScanRate
instancepublic boolean isSetAzScanRateExtremeMin()
public US_ScanRate getAzScanRateMean()
US_ScanRate
instancepublic void setAzScanRateMean(US_ScanRate value)
value
- a US_ScanRate
instancepublic boolean isSetAzScanRateMean()
public US_ScanRate getAzScanRateMedian()
US_ScanRate
instancepublic void setAzScanRateMedian(US_ScanRate value)
value
- a US_ScanRate
instancepublic boolean isSetAzScanRateMedian()
public US_Degrees getAzScanSector()
US_Degrees
instancepublic void setAzScanSector(US_Degrees value)
value
- a US_Degrees
instancepublic boolean isSetAzScanSector()
public US_Degrees getAzScanSectorMax()
US_Degrees
instancepublic void setAzScanSectorMax(US_Degrees value)
value
- a US_Degrees
instancepublic boolean isSetAzScanSectorMax()
public US_ScanSpeed getAzScanVelocity()
US_ScanSpeed
instancepublic void setAzScanVelocity(US_ScanSpeed value)
value
- a US_ScanSpeed
instancepublic boolean isSetAzScanVelocity()
public US_PRIChgRate getElevScanChangeRate()
US_PRIChgRate
instancepublic void setElevScanChangeRate(US_PRIChgRate value)
value
- a US_PRIChgRate
instancepublic boolean isSetElevScanChangeRate()
public US_ScanRate getElevScanRateExtremeMax()
[XSL ERR MINMAX] If US:ElevScanRateExtremeMax is used, it MUST be greater than US:ElevScanRateExtremeMin..
US_ScanRate
instancepublic void setElevScanRateExtremeMax(US_ScanRate value)
[XSL ERR MINMAX] If US:ElevScanRateExtremeMax is used, it MUST be greater than US:ElevScanRateExtremeMin..
value
- a US_ScanRate
instancepublic boolean isSetElevScanRateExtremeMax()
public US_ScanRate getElevScanRateExtremeMin()
US_ScanRate
instancepublic void setElevScanRateExtremeMin(US_ScanRate value)
value
- a US_ScanRate
instancepublic boolean isSetElevScanRateExtremeMin()
public US_ScanRate getElevScanRateMean()
US_ScanRate
instancepublic void setElevScanRateMean(US_ScanRate value)
value
- a US_ScanRate
instancepublic boolean isSetElevScanRateMean()
public US_ScanRate getElevScanRateMedian()
US_ScanRate
instancepublic void setElevScanRateMedian(US_ScanRate value)
value
- a US_ScanRate
instancepublic boolean isSetElevScanRateMedian()
public US_Degrees getElevScanSector()
US_Degrees
instancepublic void setElevScanSector(US_Degrees value)
value
- a US_Degrees
instancepublic boolean isSetElevScanSector()
public US_Degrees getElevScanSectorMax()
US_Degrees
instancepublic void setElevScanSectorMax(US_Degrees value)
value
- a US_Degrees
instancepublic boolean isSetElevScanSectorMax()
public US_ScanSpeed getElevScanVelocity()
US_ScanSpeed
instancepublic void setElevScanVelocity(US_ScanSpeed value)
value
- a US_ScanSpeed
instancepublic boolean isSetElevScanVelocity()
public UN6 getNumBeamPositionsPerScan()
UN6
instancepublic void setNumBeamPositionsPerScan(UN6 value)
value
- a UN6
instancepublic boolean isSetNumBeamPositionsPerScan()
public UN6 getNumBeamPositionsTotal()
UN6
instancepublic void setNumBeamPositionsTotal(UN6 value)
value
- a UN6
instancepublic boolean isSetNumBeamPositionsTotal()
public UN6 getNumBeamsPerRaster()
UN6
instancepublic void setNumBeamsPerRaster(UN6 value)
value
- a UN6
instancepublic boolean isSetNumBeamsPerRaster()
public UN6 getNumRastersPerCycle()
UN6
instancepublic void setNumRastersPerCycle(UN6 value)
value
- a UN6
instancepublic boolean isSetNumRastersPerCycle()
public UN6 getNumScanPositions()
UN6
instancepublic void setNumScanPositions(UN6 value)
value
- a UN6
instancepublic boolean isSetNumScanPositions()
public UN6 getNumScanValues()
UN6
instancepublic void setNumScanValues(UN6 value)
value
- a UN6
instancepublic boolean isSetNumScanValues()
public S500 getScanAdaptiveDriverDesc()
S500
instancepublic void setScanAdaptiveDriverDesc(S500 value)
value
- a S500
instancepublic boolean isSetScanAdaptiveDriverDesc()
public S500 getScanAdaptiveRuleDesc()
S500
instancepublic void setScanAdaptiveRuleDesc(S500 value)
value
- a S500
instancepublic boolean isSetScanAdaptiveRuleDesc()
public US_Deg_Signed getScanAngleAzStart()
US_Deg_Signed
instancepublic void setScanAngleAzStart(US_Deg_Signed value)
value
- a US_Deg_Signed
instancepublic boolean isSetScanAngleAzStart()
public US_Deg_Signed getScanAngleAzStop()
US_Deg_Signed
instancepublic void setScanAngleAzStop(US_Deg_Signed value)
value
- a US_Deg_Signed
instancepublic boolean isSetScanAngleAzStop()
public US_Deg_Signed getScanAngleElevStart()
US_Deg_Signed
instancepublic void setScanAngleElevStart(US_Deg_Signed value)
value
- a US_Deg_Signed
instancepublic boolean isSetScanAngleElevStart()
public US_Deg_Signed getScanAngleElevStop()
US_Deg_Signed
instancepublic void setScanAngleElevStop(US_Deg_Signed value)
value
- a US_Deg_Signed
instancepublic boolean isSetScanAngleElevStop()
public microsecs getScanDwell()
microsecs
instancepublic void setScanDwell(microsecs value)
value
- a microsecs
instancepublic boolean isSetScanDwell()
public S500 getScanDwellSequence()
S500
instancepublic void setScanDwellSequence(S500 value)
value
- a S500
instancepublic boolean isSetScanDwellSequence()
public US_PRIChgRate getScanDwellTime()
US_PRIChgRate
instancepublic void setScanDwellTime(US_PRIChgRate value)
value
- a US_PRIChgRate
instancepublic boolean isSetScanDwellTime()
public TString getScanElevContinuous()
TString
data typepublic void setScanElevContinuous(TString value)
value
- the ScanElevContinuous value in a TString
data typepublic boolean isSetScanElevContinuous()
If configured this method also inspects the TString
wrapped value.
public TString getScanPatternType()
TString
data typepublic void setScanPatternType(TString value)
value
- the ScanPatternType value in a TString
data typepublic boolean isSetScanPatternType()
If configured this method also inspects the TString
wrapped value.
public TString getScanType()
TString
data typepublic void setScanType(TString value)
value
- the ScanType value in a TString
data typepublic boolean isSetScanType()
If configured this method also inspects the TString
wrapped value.
public Set<ObservedScanValues> getObservedScanValues()
Complex element ObservedScanValues (US) contains data describing the discrete scan rate values and supporting statistical information..
ObservedScanValues
instancepublic boolean isSetObservedScanValues()
public void unsetObservedScanValues()
public ObservedScanAnalysis withScansHorzContinuous(ListCBO value)
value
- An instances of type ListCBO
.public ObservedScanAnalysis withAzBoresightAngle(Double value)
value
- An instances of type Double
.public ObservedScanAnalysis withAzScanChangeRate(Double value)
value
- An instances of type Double
.public ObservedScanAnalysis withAzScanRateExtremeMax(Double value)
[XSL ERR MINMAX] If US:AzScanRateExtremeMax is used, it MUST be greater than US:AzScanRateExtremeMin.
value
- An instances of type Double
.public ObservedScanAnalysis withAzScanRateExtremeMin(Double value)
value
- An instances of type Double
.public ObservedScanAnalysis withAzScanRateMean(Double value)
value
- An instances of type Double
.public ObservedScanAnalysis withAzScanRateMedian(Double value)
value
- An instances of type Double
.public ObservedScanAnalysis withAzScanSector(Double value)
value
- An instances of type Double
.public ObservedScanAnalysis withAzScanSectorMax(Double value)
value
- An instances of type Double
.public ObservedScanAnalysis withAzScanVelocity(Double value)
value
- An instances of type Double
.public ObservedScanAnalysis withElevScanChangeRate(Double value)
value
- An instances of type Double
.public ObservedScanAnalysis withElevScanRateExtremeMax(Double value)
[XSL ERR MINMAX] If US:ElevScanRateExtremeMax is used, it MUST be greater than US:ElevScanRateExtremeMin.
value
- An instances of type Double
.public ObservedScanAnalysis withElevScanRateExtremeMin(Double value)
value
- An instances of type Double
.public ObservedScanAnalysis withElevScanRateMean(Double value)
value
- An instances of type Double
.public ObservedScanAnalysis withElevScanRateMedian(Double value)
value
- An instances of type Double
.public ObservedScanAnalysis withElevScanSector(Double value)
value
- An instances of type Double
.public ObservedScanAnalysis withElevScanSectorMax(Double value)
value
- An instances of type Double
.public ObservedScanAnalysis withElevScanVelocity(Double value)
value
- An instances of type Double
.public ObservedScanAnalysis withNumBeamPositionsPerScan(Integer value)
value
- An instances of type Integer
.public ObservedScanAnalysis withNumBeamPositionsTotal(Integer value)
value
- An instances of type Integer
.public ObservedScanAnalysis withNumBeamsPerRaster(Integer value)
value
- An instances of type Integer
.public ObservedScanAnalysis withNumRastersPerCycle(Integer value)
value
- An instances of type Integer
.public ObservedScanAnalysis withNumScanPositions(Integer value)
value
- An instances of type Integer
.public ObservedScanAnalysis withNumScanValues(Integer value)
value
- An instances of type Integer
.public ObservedScanAnalysis withScanAdaptiveDriverDesc(String value)
value
- An instances of type String
.public ObservedScanAnalysis withScanAdaptiveRuleDesc(String value)
value
- An instances of type String
.public ObservedScanAnalysis withScanAngleAzStart(Double value)
value
- An instances of type Double
.public ObservedScanAnalysis withScanAngleAzStop(Double value)
value
- An instances of type Double
.public ObservedScanAnalysis withScanAngleElevStart(Double value)
value
- An instances of type Double
.public ObservedScanAnalysis withScanAngleElevStop(Double value)
value
- An instances of type Double
.public ObservedScanAnalysis withScanDwell(Double value)
value
- An instances of type Double
.public ObservedScanAnalysis withScanDwellSequence(String value)
value
- An instances of type String
.public ObservedScanAnalysis withScanDwellTime(Double value)
value
- An instances of type Double
.public ObservedScanAnalysis withScanElevContinuous(ListCBO value)
value
- An instances of type ListCBO
.public ObservedScanAnalysis withScanPatternType(ListUS7 value)
value
- An instances of type ListUS7
.public ObservedScanAnalysis withScanType(ListUS8 value)
value
- An instances of type ListUS8
.public ObservedScanAnalysis withObservedScanValues(ObservedScanValues... values)
Complex element ObservedScanValues (US) contains data describing the discrete scan rate values and supporting statistical information.
values
- One or more instances of type ObservedScanValues...
.public ObservedScanAnalysis withObservedScanValues(Collection<ObservedScanValues> values)
Complex element ObservedScanValues (US) contains data describing the discrete scan rate values and supporting statistical information.
values
- A collection of ObservedScanValues
instancespublic String toString()
public boolean isSet()
ObservedScanAnalysis
has no configuration requirements.
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