WsfEM_Interaction¶

WsfEM_Interaction inherits Object

General Methods
Location Methods
Beam Methods
Signature Methods
Power Methods
Signal Methods
Other Methods
Military Specific

All base WsfEM_Interaction methods are available on both the WsfCommInteraction and the WsfSensorInteraction script objects.

NOTE: A value of -999 indicates a non-valid value. Most methods return this default value if not used in the EM interaction.

General Methods ¶

bool Succeeded()¶: Returns ‘true’ if the EM interaction ‘succeeded.’ Success indicates that limits have been checked and no failures have occurred.

bool Failed()¶: Returns ‘true’ if either the limits have NOT been checked or a failure has occurred.

string FailedStatus()¶: Returns a string containing the reason(s) for the failure. This will be an empty string if no failure occurred.

WsfPlatform XmtrPlatform()¶: Returns the transmitter WsfPlatform object used in the EM interaction.

Note

Check the returned platform for validity before using.

string XmtrPlatformName()¶: Returns the name of the transmitter platform.

WsfGeoPoint XmtrLocation()¶: Returns the location of the transmitter if valid, otherwise the location of the platform is given.

WsfEM_Xmtr Xmtr()¶: Returns the transmitter WsfEM_Xmtr object used in the EM interaction.

Note

Check the returned transmitter for validity before using.

WsfEM_Rcvr Rcvr()¶: Returns the receiver WsfEM_Rcvr object used in the EM interaction.

Note

Check the returned receiver for validity before using.

WsfPlatform RcvrPlatform()¶: Returns the receiver WsfPlatform object used in the EM interaction.

Note

Check the returned platform for validity before using.

string RcvrPlatformName()¶: Returns the name of the receiver platform.

WsfGeoPoint RcvrLocation()¶: Returns the location of the receiver if valid, otherwise the location of the platform is given.

WsfPlatform TargetPlatform()¶: Returns the target WsfPlatform object used in the EM interaction.

Note

Check the returned platform for validity before using.

string TargetPlatformName()¶: Returns the name of the target platform, if applicable.

WsfGeoPoint TargetLocation()¶: Returns the location of the target if valid.

Location Methods ¶

double RcvrToTargetRange()¶: Returns the range from the receiver to the target. (meters)

double RcvrToTargetTrueAzimuth()¶: Returns the true azimuth from the receiver to the target. (degrees)

double RcvrToTargetTrueElevation()¶: Returns the true elevation from the receiver to the target. (degrees)

double RcvrToTargetApparentAzimuth()¶: Returns the apparent azimuth from the receiver to the target. (degrees)

double RcvrToTargetApparentElevation()¶: Returns the apparent elevation from the receiver to the target. (degrees)

double TargetToRcvrRange()¶: Returns the range from the target to the receiver. (meters)

double TargetToRcvrTrueAzimuth()¶: Returns the true azimuth from the target to the receiver. (degrees)

double TargetToRcvrTrueElevation()¶: Returns the true elevation from the target to the receiver. (degrees)

double TargetToRcvrApparentAzimuth()¶: Returns the apparent azimuth from the target to the receiver. (degrees)

double TargetToRcvrApparentElevation()¶: Returns the apparent elevation from the target to the receiver. (degrees)

double XmtrToTargetRange()¶: Returns the range from the transmitter to the target. (meters)

double XmtrToTargetTrueAzimuth()¶: Returns the true azimuth from the transmitter to the target. (degrees)

double XmtrToTargetTrueElevation()¶: Returns the true elevation from the transmitter to the target. (degrees)

double XmtrToTargetApparentAzimuth()¶: Returns the apparent azimuth from the transmitter to the target. (degrees)

double XmtrToTargetApparentElevation()¶: Returns the apparent elevation from the transmitter to the target. (degrees)

double TargetToXmtrRange()¶: Returns the range from the target to the transmitter. (meters)

double TargetToXmtrTrueAzimuth()¶: Returns the true azimuth from the target to the transmitter. (degrees)

double TargetToXmtrTrueElevation()¶: Returns the true elevation from the target to the transmitter. (degrees)

double TargetToXmtrApparentAzimuth()¶: Returns the apparent azimuth from the target to the transmitter. (degrees)

double TargetToXmtrApparentElevation()¶: Returns the apparent elevation from the target to the transmitter. (degrees)

double XmtrToRcvrRange()¶: Returns the range from the transmitter to the receiver. (meters)

double XmtrToRcvrTrueAzimuth()¶: Returns the true azimuth from the transmitter to the receiver. (degrees)

double XmtrToRcvrTrueElevation()¶: Returns the true elevation from the transmitter to the receiver. (degrees)

double XmtrToRcvrApparentAzimuth()¶: Returns the apparent azimuth from the transmitter to the receiver. (degrees)

double XmtrToRcvrApparentElevation()¶: Returns the apparent elevation from the transmitter to the receiver. (degrees)

double RcvrToXmtrRange()¶: Returns the range from the receiver to the transmitter. (meters)

double RcvrToXmtrTrueAzimuth()¶: Returns the true azimuth from the receiver to the transmitter. (degrees)

double RcvrToXmtrTrueElevation()¶: Returns the true elevation from the receiver to the transmitter. (degrees)

double RcvrToXmtrApparentAzimuth()¶: Returns the apparent azimuth from the receiver to the transmitter. (degrees)

double RcvrToXmtrApparentElevation()¶: Returns the apparent elevation from the receiver to the transmitter. (degrees)

Beam Methods ¶

double XmtrBeamBearing()¶: Returns the bearing of the transmitter beam. (degrees)

double XmtrBeamElevation()¶: Returns the elevation of the transmitter beam. (degrees)

double XmtrBeamTargetRelativeAzimuth()¶: Returns of the azimuth of the target with respect to the transmitter beam. (degrees)

double XmtrBeamTargetRelativeElevation()¶: Returns of the elevation of the target with respect to the transmitter beam. (degrees)

double XmtrBeamGain()¶: Returns the gain at the specified az/el. (dB)

double XmtrBeamEBS_Azimuth()¶: Returns the azimuth of the beam with respect to the antenna face. (degrees)

double XmtrBeamEBS_Elevation()¶: Returns the elevation of the beam with respect to the antenna face. (degrees)

double XmtrBeamEBS_Omega()¶

double RcvrBeamBearing()¶: Returns the bearing of the receiver beam. (degrees)

double RcvrBeamElevation()¶: Returns the elevation of the receiver beam. (degrees)

double RcvrBeamTargetRelativeAzimuth()¶: Returns of the azimuth of the target with respect to the receiver beam. (degrees)

double RcvrBeamTargetRelativeElevation()¶: Returns of the elevation of the target with respect to the receiver beam. (degrees)

double RcvrBeamGain()¶: Returns the gain at the specified az/el. (dB)

double RcvrBeamEBS_Azimuth()¶: Returns the azimuth of the beam with respect to the antenna face. (degrees)

double RcvrBeamEBS_Elevation()¶: Returns the elevation of the beam with respect to the antenna face. (degrees)

double RcvrBeamEBS_Omega()¶

Signature Methods ¶

double InfraredSignature()¶: Returns the infrared signature. (m^2)

double InfraredSignatureAzimuth()¶: Returns the azimuth used for infrared signature determination. (degrees)

double InfraredSignatureElevation()¶: Returns the elevation used for infrared signature determination. (degrees)

double RadarSignature()¶: Returns the radar signature. (m^2)

double RadarSignatureAzimuth()¶: Returns the azimuth used for radar signature determination. (degrees)

double RadarSignatureElevation()¶: Returns the elevation used for radar signature determination. (degrees)

double OpticalSignature()¶: Returns the optical signature. (m^2)

double OpticalSignatureAzimuth()¶: Returns the azimuth used for optical signature determination. (degrees)

double OpticalSignatureElevation()¶: Returns the elevation used for optical signature determination. (degrees)

Power Methods ¶

double XmtdPower()¶: Returns the transmitted power at the antenna face. (dBw)

double RcvdPower()¶: Returns the received power at the antenna face. (dBw)

double RcvrNoise()¶: Returns the receiver noise power. (dBw)

double ClutterPower()¶: Returns the clutter power. (dBw)

Signal Methods ¶

double SignalToInterference()¶: Returns the signal-to-interference value. (dB)

double SignalToNoise()¶: Returns the signal-to-noise value. (dB)

double SignalToNoiseClutter()¶: Returns the signal-to-noise + clutter value. (dB)

Other Methods ¶

double AbsorptionFactor()¶: Returns the atmospheric absorption factor (typically the atmospheric attenuation or transmittance). (dB)

double MaskingFactor()¶: Returns the masking factor (in the range [0..1] that accounts for blockage or attenuation by structure. A value of 1 indicates there is no blockage or attenuation by structure while a value of zero indicates blockage or attenuation.

Note

This includes the effects of both the transmitter and receiver sides.

double PropagationFactor()¶: Returns the pattern propagation factor (typically called ‘F40’) (dB)

double BackgroundRadiantIntensity()¶: Returns the infrared background radiant intensity. (w/sr)

double ContrastRadiantIntensity()¶: Returns the contrast radiant intensity. (w/sr)

double DetectionThreshold()¶: Returns the nominal detection threshold.

double PixelCount()¶: Returns the approximate number of pixels the target occupies in the image. (For imaging sensors only)

Military Specific ¶

Power Methods ¶

double NoiseJammerPower()¶: Returns the noise jammer power. (dBw)

double PulseJammerPower()¶: Returns the pulse jammer power. (dBw)

double CoherentJammerPower()¶: Returns the coherent jammer power. (dBw)

Signal Methods ¶

double SignalToNoiseClutterJamming()¶: Returns the signal-to-noise + clutter + jamming value. (dB)

Other Methods ¶

WsfEW_Effects EW_Effects()¶: Returns the Electronic Warfare Effects associated with this interaction.

WsfEM_Interaction¶

General Methods ¶

Location Methods ¶

Beam Methods ¶

Signature Methods ¶

Power Methods ¶

Signal Methods ¶

Other Methods ¶

Military Specific ¶

Power Methods ¶

Signal Methods ¶

Other Methods ¶

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