# ****************************************************************************
# CUI
#
# 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.
# ****************************************************************************

# CLASSIFICATION: UNCLASSIFIED
#
# This script is for controlling the mutually exclusive aspect of the
# SLB and SLC operations currently.
#
# The sensor name and technique names may be changed on the instantiation
# of the processor on the platform definition.
#
# Also note that the update_interval is set to 10.0 sec as the default and
# may need changed if it needs updated at a different interval (e.g. scan
# rate of the radar).
# --------------------------------------------------------------------------

processor EP_OPERATIONS WSF_SCRIPT_PROCESSOR
   #script_call_trace off
   #script_debug_writes off

   update_interval 10.0 sec // default, need to update once per scan of the radar

   script_variables
      Array<string> mSensorNameList = Array<string>();
      string mSLB_TechName = "sidelobe_blanking";
      string mSLC_TechName = "sidelobe_canceling";

      bool mStateChange = false;
      string mPerceptionString = "";
   end_script_variables

   on_initialize
      if (mSensorNameList.Empty())
      {
         int sensorCount = PLATFORM.SensorCount();
         for (int i = 0; i < sensorCount; i = i + 1)
         {
            mSensorNameList.PushBack(PLATFORM.SensorEntry(i).Name());
            writeln_d("EP_OPERATIONS script auto added platform:sensor ", PLATFORM.Name(),
                      ":", PLATFORM.SensorEntry(i).Name(), " to control list.");
         }
      }
      else
      {
         foreach (string sensorName in mSensorNameList)
         {
            writeln_d("EP_OPERATIONS script manually added platform:sensor ", PLATFORM.Name(),
                      ":", sensorName, " to control list.");
         }
      }

      if (mSensorNameList.Empty())
      {
         writeln("****WARNING: EP_OPERATIONS script has empty sensor list on ", PLATFORM.Name());
      }
   end_on_initialize

   on_update
      // Loop the sensor list and get each sensor in list to update
      foreach (string sensorName in mSensorNameList)
      {
         // Get the sensor
         WsfSensor sensor = PLATFORM.Sensor(sensorName);

         // Update the operating status of the techniques
         bool mSLB_Operating = sensor.IsEP_TechniqueActive(mSLB_TechName);
         bool mSLC_Operating = sensor.IsEP_TechniqueActive(mSLC_TechName);

         if (sensor.ContinuousJammingPerceived())
         {
            if (! mSLC_Operating)
            {
               mSLC_Operating = sensor.SelectEP_Technique(mSLC_TechName);
               mPerceptionString = "Continuous jamming perceived";
               mStateChange = true;
            }

            if (mSLB_Operating && mSLC_Operating)
            {
               mSLB_Operating = (! sensor.DeselectEP_Technique(mSLB_TechName));
            }
         }
         else if (sensor.PulseJammingPerceived())
         {
            writeln_d("Perceived pulse jamming");

            if (! mSLB_Operating)
            {
               mSLB_Operating = sensor.SelectEP_Technique(mSLB_TechName);
               mPerceptionString = "Pulse jamming perceived";
               mStateChange = true;
            }

            if (mSLB_Operating && mSLC_Operating)
            {
               mSLC_Operating = (! sensor.DeselectEP_Technique(mSLC_TechName));
            }
         }
         else
         {
            if (mSLC_Operating)
            {
               mSLC_Operating = (! sensor.DeselectEP_Technique(mSLC_TechName));
               mPerceptionString = "Jamming not perceived";
               mStateChange = true;
            }

            if (mSLB_Operating)
            {
               mSLB_Operating = (! sensor.DeselectEP_Technique(mSLB_TechName));
               mPerceptionString = "Jamming not perceived";
               mStateChange = true;
            }
         }

         if (mStateChange)
         {
            mStateChange = false;  // reset the state change flag
            writeln_d("T=", TIME_NOW, " ", PLATFORM.Name(), ":", sensorName, " ", mPerceptionString);
            writeln_d("   SLB=", mSLB_Operating);
            writeln_d("   SLC=", mSLC_Operating);
         }
      }
   end_on_update
end_processor