:orphan:

.. ****************************************************************************
.. CUI//REL TO USA ONLY
..
.. The Advanced Framework for Simulation, Integration, and Modeling (AFSIM)
..
.. The use, dissemination or disclosure of data in this file is subject to
.. limitation or restriction. See accompanying README and LICENSE for details.
.. ****************************************************************************

.. _Print_EM_Interaction:

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
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^

.. parsed-literal::

 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 :ref:`gain data <Beam_Gain_Data>`
  RcvrBeam: Brg: <angle> deg El: <angle> deg TgtRel Az: <angle> deg El: <angle> deg :ref:`gain data <Beam_Gain_Data>`

One Way Interaction between Receiver and Target
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^

.. parsed-literal::

 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
  :ref:`gain data <Beam_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
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^

.. parsed-literal::

 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 :ref:`gain data <Beam_Gain_Data>`
  RcvrBeam: Brg: <angle> deg El: <angle> deg TgtRel Az: <angle> deg El: <angle> deg :ref:`gain data <Beam_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:

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