Package | Description |
---|---|
us.gov.dod.standard.ssrf._3_1.antenna | |
us.gov.dod.standard.ssrf._3_1.metadata.domains | |
us.gov.dod.standard.ssrf._3_1.transmitter |
Modifier and Type | Method and Description |
---|---|
US_Degrees |
ObservedScanAnalysis.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 |
ObservedScanAnalysis.getAzScanSectorMax()
Get the total angular width in the horizontal plane (aka, azimuth) the
subject emitter antenna mainbeam (aka, mainlobe) is capable of scanning..
|
US_Degrees |
ObservedScanAnalysis.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 |
ObservedScanAnalysis.getElevScanSectorMax()
Get the total angular width in the vertical plane (aka, elevation) the
subject emitter antenna mainbeam (aka, mainlobe) is capable of scanning..
|
US_Degrees |
ObservedLobeValues.getHorzBwMax()
Get the maximum angle of the horizontal component of the antenna mainbeam
measured at the half-power (-3 dB) point of its maximum horizontal width.
|
US_Degrees |
ObservedLobeValues.getHorzBwMin()
Get the minimum angle of the horizontal component of the antenna mainbeam
measured at the half-power (-3 dB) point of its maximum horizontal width..
|
US_Degrees |
ObservedLobeValues.getVertBwMax()
Get the maximum angle of the vertical component of the antenna mainbeam
measured at the half-power (-3 dB) points of its maximum vertical width.
|
US_Degrees |
ObservedLobeValues.getVertBwMin()
Get the minimum angle of the vertical component of the antenna mainbeam
measured at the half-power (-3 dB) points of its maximum vertical width..
|
Modifier and Type | Method and Description |
---|---|
void |
ObservedScanAnalysis.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 |
ObservedScanAnalysis.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 |
ObservedScanAnalysis.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 |
ObservedScanAnalysis.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 |
ObservedLobeValues.setHorzBwMax(US_Degrees value)
Set the maximum angle of the horizontal component of the antenna mainbeam
measured at the half-power (-3 dB) point of its maximum horizontal width.
|
void |
ObservedLobeValues.setHorzBwMin(US_Degrees value)
Set the minimum angle of the horizontal component of the antenna mainbeam
measured at the half-power (-3 dB) point of its maximum horizontal width..
|
void |
ObservedLobeValues.setVertBwMax(US_Degrees value)
Set the maximum angle of the vertical component of the antenna mainbeam
measured at the half-power (-3 dB) points of its maximum vertical width.
|
void |
ObservedLobeValues.setVertBwMin(US_Degrees value)
Set the minimum angle of the vertical component of the antenna mainbeam
measured at the half-power (-3 dB) points of its maximum vertical width..
|
Modifier and Type | Method and Description |
---|---|
int |
US_Degrees.compareTo(US_Degrees obj)
Comparison and sorting.
|
Modifier and Type | Method and Description |
---|---|
US_Degrees |
ObservedMOPValues.getMOPValuePM()
Get In Data Item US:MOPValuePM (US), enter specific data that describes the
Phase (PM)features of a signal impressed on a Pulse.
|
Modifier and Type | Method and Description |
---|---|
void |
ObservedMOPValues.setMOPValuePM(US_Degrees value)
Set In Data Item US:MOPValuePM (US), enter specific data that describes the
Phase (PM)features of a signal impressed on a Pulse.
|
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