public interface AntennaResult
Modifier and Type | Method and Description |
---|---|
double |
getAzimuth()
Azimuth of the antenna in degrees in the range
[0-360]
|
double |
getAzimuthCompensation()
Azimuth Compensation can be used to calculate the
EAST pointing azimuth (as is external representation of azimuth angles).
|
double |
getElevation()
Elevation of the antenna in degrees in the
range [-90;90]
|
double |
getElevationCompensation()
Elevation Compensation can be used to calculate the
horizontally elevation (as is external representation of elevation angles).
|
double |
getGain() |
double |
getHeight() |
LocalEnvironmentResult |
getLocalEnvironment() |
Point2D |
getPosition() |
double |
getRandomPanelOffsetAzimuth() |
double |
getRandomPanelOffsetElevation() |
double |
getTilt() |
void |
setAzimuth(double azimuth) |
void |
setAzimuthCompensation(double azimuthCompensation) |
void |
setElevation(double elevation) |
void |
setElevationCompensation(double elevationCompensation) |
void |
setGain(double gain) |
void |
setHeight(double height) |
void |
setLocalEnvironment(LocalEnvironmentResult localEnvironment) |
void |
setPosition(Point2D position) |
void |
setRandomPanelOffsetAzimuth(double panelOffsetAzimuth) |
void |
setRandomPanelOffsetElevation(double panelOffsetElevation) |
void |
setTilt(double tilt) |
double getGain()
void setGain(double gain)
double getAzimuth()
void setAzimuth(double azimuth)
double getAzimuthCompensation()
Azimuth Compensation can be used to calculate the EAST pointing azimuth (as is external representation of azimuth angles).
Some systems uses a different internal interpretation of the azimuth, for instance, when antennas are pointing at each other. In such a pointing scenario a zero azimuth means pointing directly at the other antenna.
void setAzimuthCompensation(double azimuthCompensation)
double getElevation()
void setElevation(double elevation)
double getElevationCompensation()
Elevation Compensation can be used to calculate the horizontally elevation (as is external representation of elevation angles).
Some systems uses a different internal interpretation of the elevation, for instance, when antennas are pointing at each other. In such a pointing scenario a zero elevation means pointing directly at the other antenna.
void setElevationCompensation(double elevationCompensation)
double getTilt()
void setTilt(double tilt)
double getHeight()
void setHeight(double height)
Point2D getPosition()
void setPosition(Point2D position)
LocalEnvironmentResult getLocalEnvironment()
void setLocalEnvironment(LocalEnvironmentResult localEnvironment)
void setRandomPanelOffsetAzimuth(double panelOffsetAzimuth)
void setRandomPanelOffsetElevation(double panelOffsetElevation)
double getRandomPanelOffsetAzimuth()
double getRandomPanelOffsetElevation()
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