Print EM Interaction

Print EM Interaction prints receiver, target, and transmitter interaction information common to a number of event records.

Format

One Way Interaction between Transmitter and Receiver

PrintEM_AbsXmtrRcvrData
 Xmtr: Type: <type> LLA: <lat> <lon> <alt> m Heading: <heading> deg Pitch: <pitch> deg Roll: <roll> deg
  Speed: <speed> m/s
 Rcvr: Type: <type> LLA: <lat> <lon> <alt> m Heading: <heading> deg Pitch: <pitch> deg Roll: <roll> deg
  Speed: <speed> m/s

PrintEM_RelXmtrRcvrData
 Xmtr->Rcvr: Type: <type> LLA: <lat> <lon> <alt> m Heading: <hdg> deg Pitch: <pitch> deg Roll: <roll> deg
  Speed: <speed> m/s
 Rcvr->Xmtr: Type: <type> LLA: <lat> <lon> <alt> m Heading: <hdg> deg Pitch: <pitch> deg Roll: <roll> deg
  Speed: <speed> m/s

PrintEM_BeamData
 XmtrBeam: Brg: <angle> deg El: <angle> deg TgtRel Az: <angle> deg El: <angle> deg gain data
 RcvrBeam: Brg: <angle> deg El: <angle> deg TgtRel Az: <angle> deg El: <angle> deg gain data

One Way Interaction between Receiver and Target

PrintEM_AbsXmtrRcvrData
 Rcvr: Type: <type> LLA: <lat> <lon> <alt> m Heading: <hdg> deg Pitch: <pitch> deg Roll: <roll> deg
  Speed: <speed> m/s

PrintEM_AbsTargetData
 Tgt: Type: <type> LLA: <lat> <lon> <alt> m Heading: <heading> deg Pitch: <pitch> deg Roll: <roll> deg
  Speed: <speed> m/s

PrintEM_RelXmtrRcvrData
 Rcvr->Tgt Brg: <bearing> deg El: <elevation> deg Apparent: Brg: <bearing> deg El: <elevation> deg

PrintEM_RelTargetData
 Tgt->Rcvr Brg: <bearing> deg El: <elevation> deg Apparent: Brg: <bearing> deg El: <elevation> deg

PrintEM_BeamData
 RcvrBeam: Brg: <angle> deg El: <angle> deg TgtRel Az: <angle> deg El: <angle> deg
 gain data

Two Way Interaction between Transmitter, Target, and Receiver - Bistatic

PrintEM_AbsXmtrRcvrData
 Xmtr: Type: <type> LLA: <lat> <lon> <alt> m Heading: <hdg> deg Pitch: <pitch> deg Roll: <roll> deg
  Speed: <speed> m/s
 Rcvr: Type: <type> LLA: <lat> <lon> <alt> m Heading: <hdg> deg Pitch: <pitch> deg Roll: <roll> deg
  Speed: <speed> m/s

PrintEM_AbsTargetData
 Tgt: Type: <type> LLA: <lat> <lon> <alt> m Heading: <hdg> deg Pitch: <pitch> deg Roll: <roll> deg
  Speed: <speed> m/s

PrintEM_RelXmtrRcvrData
 Xmtr->Tgt: Brg: <bearing> deg El: <elev> deg Apparent: Brg: <bearing> deg El: <elev> deg

PrintEM_RelTargetData
 Tgt->Xmtr: Brg: <bearing> deg El: <elev> deg Apparent: Brg: <bearing> deg El: <elev> deg

PrintEM_RelXmtrRcvrData
 Rcvr->Tgt: Brg: <bearing> deg El: <elev> deg Apparent: Brg: <bearing> deg El: <elev> deg

PrintEM_RelTargetData
 Tgt->Rcvr: Brg: <bearing> deg El: <elev> deg Apparent: Brg: <bearing> deg El: <elev> deg

Two Way Interaction between Transmitter, Target, and Receiver - Not Bistatic

PrintEM_AbsXmtrRcvrData
 Xmtr/Rcvr: Type: <type> LLA: <lat> <lon> <alt> m Heading: <hdg> deg Pitch: <pitch> deg Roll: <roll> deg
  Speed: <speed> m/s

PrintEM_AbsTargetData
 Tgt: LLA: Type: <type> <lat> <lon> <alt> m Heading: <hdg> deg Pitch: <pitch> deg Roll: <roll> deg
  Speed: <speed> m/s

PrintEM_RelXmtrRcvrData
 Xmtr/Rcvr->Tgt: LLA: <lat> <lon> <alt> m Heading: <hdg> deg Pitch: <pitch> deg Roll: <roll> deg
  Speed: <speed> m/s

PrintEM_RelTargetData
 Tgt->Xmtr/Rcvr: Brg: <bearing> deg El: <elev> deg Apparent: Brg: <bearing> deg El: <elev> deg

PrintEM_BeamData
 XmtrBeam: Brg: <angle> deg El: <angle> deg TgtRel Az: <angle> deg El: <angle> deg gain data
 RcvrBeam: Brg: <angle> deg El: <angle> deg TgtRel Az: <angle> deg El: <angle> deg gain data

If Radar Signal Greater than 0.0 Add:

Radar_Sig: <RadarSignal> dBsm (<RadarSignal (linear)> m^2) Az: <azimuth> deg El: <elev> deg

If Optical Signal Greater than 0.0 Add:

Optical_Sig: <RadarSignal> dBsm (<RadarSignal (linear)> m^2) Az: <azimuth> deg El: <elev> deg

If Infrared Signal Greater than 0.0 Add:

Infrared_Sig: <RadarSignal> dBsm (<RadarSignal (linear)> m^2) Az: <azimuth> deg El: <elev> deg

If Signal to Noise > 0.0
 Background_radiant_intensity: <BackgroundRadiantIntensity> w/sr
 Contrast_radiant_intensity: <ContrastRadiantIntensity> w/sr
 Transmittance: <AbsorptionFactor>

If AbsorptionFactor > 0.0

Absorption_factor: <AbsorptionFactor> dB (<AbsorptionFactor (linear)>)

If PropagationFactor > 0.0

Propagation_factor_F^4: <PropagationFactor> dB (<PropagationFactor (linear)>) F: <PropagationFactor ^0.25>

If Transmitted Power > 0.0

Xmtd_Power: <TransmittedPower (linear)> dBw

If Received Power > 0.0

Rcvd_Power: <ReceivedPower (linear)> dBw

If Receiver Noise Power > 0.0

Rcvr_Noise: <ReceiverNoisePower (linear)> dBw

If Clutter Power > 0.0

Clutter_Power: <ClutterPower (linear)> dBw

If Jammer Noise Power > 0.0

Noise_Jammer_Power: <NoiseJammerPower (linear)> dBw

If Jammer Coherent Power > 0.0

Coherent_Jammer_Power: <CoherentJammerPower (linear)> dBw

If Pixel Count > 0.0

Pixel_Count: <PixelCount>

If Signal To Noise > 0.0

S/I: <SignalToNoise> dB
If Detection Threshold > 0.0
 Threshold: <DetectionThreshold> dB
If Received Power > 0.0
 S/N: <SignalPower/noisePower> dB S/(N+C): <SignalPower/(noisePower+clutterPower)> dB
  S/(N+C+J): <SignalPower/(noisePower+clutterPower+jammerPower)> dB

If EW Effects Mask > 0

EW_Effects:
If Dropped Track
 Drop_Track
If Maintain Track
 Maintain_Track
If Track Error
 Track_Error
If Drop Message
 Drop_Message
If Maintain Message
 Maintain_Message
If Message_Error
 Message_Error
If Jammer Power Effect
 Jammer_Power_Effect
If False Target Effect
 False_Target

If Various Limits have been Exceeded ONE or MORE of Following:

Xmtr_Range_Limits_Exceeded
Rcvr_Range_Limits_Exceeded
Xmtr_Altitude_Limits_Exceeded
Rcvr_Altitude_Limits_Exceeded
Xmtr_Angle_Limits_Exceeded
Rcvr_Angle_Limits_Exceeded
Xmtr_Masked_By_Horizon
Rcvr_Masked_By_Horizon
Xmtr_Masked_By_Terrain
Rcvr_Masked_By_Terrain
Insufficient_Signal

Beam Gain Data

If beam gain is greater than 0.0 and Antenna EBS Mode is available:

EBS Az: <angle> deg El: <angle> deg Omega: <angle> deg
Gain: <gain> dB