// BaseModules Examples.Txt
// LAP-XM® 2.6.0.0
// 26Jun12 CC, JWN, RL
//
// ******************************************************************
// ******************************************************************
//
// The following are example of module sections for use in the 
// [PROCESSES] section of the Lapxm_BaseModule.cfg file.
//
// Please refer to the LAP-XM® Software Reference Manual, Section 4.6,
// for information on how to set up the BaseModules file, and a
// detailed description of the parameters. Section 4.2 describes the 
// configuration file language syntax.
//
// ******************************************************************
// ******************************************************************

// 1 ________________________________________________________________
// ******************************************************************
// Remote Command Module - Executes instructions found in a text
// command file to control the profiler operation.
// Please refer to the LAP-XM® Software Reference Manual,
// Section 4.6.2.1.
// ******************************************************************

  RemoteCommand(NULL)
  {
    iEnable          = 1; 
    sCommandFileName = 'C:\Program Files\Crada\Lapxm\LAP_Control\Lapxm_Command.txt'; 
    sOLEID           = 'Lapxm.RemoteCommand.1';
  };


// 2 ________________________________________________________________
// ******************************************************************
// USB Communications Module - Enables communication between
// the embedded monitor elements of the LAP profiler
// using USB protocol and USB microcontroller modules.
// Please refer to the LAP-XM® Software Reference Manual,
// Section 4.6.2.2.
// ******************************************************************

  Monitor_HwInterface_DLP232(NULL)
  {
    iEnable   = 1;
    sOLEID    = 'Lapxm.Monitor_HwInterface_DLP232.1';
  };

// Optional parameters with default values.

    iSimulateData = 0;


// 3 ________________________________________________________________
// ******************************************************************
// RS-485 Communications Module - Enables communication between
// the embedded monitor elements of the LAP profiler using RS-485
// protocol and RS-485 microcontroller modules.
// Please refer to the LAP-XM® Software Reference Manual,
// Section 4.6.2.3.
// ******************************************************************

  Monitor_HwInterface_485_Com1(NULL)
  {
    iEnable       = 1;
    sComPortName  = 'COM3';
    sOLEID        = 'Lapxm.Monitor_HwInterface_485.1';
  };

// Optional parameters with default values.

    iSimulateData = 0;


// 4 ________________________________________________________________
// ******************************************************************
// Power Meter Communications Module - Enables Ethernet communication
// with the Agilent E4417A Power Meter through a Agilent 5810A LAP/GPIB
// multiport controller.
// Please refer to the LAP-XM® Software Reference Manual,
// Section 4.6.2.4.
// ******************************************************************

  Monitor_HwInterface_PowerMeter_E4417A(NULL)
  {
    iEnable               = 0;
    sIpAddress            = '141.38.186.179';
    iGpibAddress          = 13;
    iStoredConfiguration  = 0;
    iCalibrateEveryXReads = -1;
    sOLEID                = 'Lapxm.Monitor_HwInterface_PowerMeter_E4417A.1';
  };

// Optional parameters with default values.

    iSimulateData         = 0;


// 5 ________________________________________________________________
// ******************************************************************
// NV7000 Communications Module - Enables communication between
// the radar processor and the Rohde and Schwarz FTK NV7000 amplifier
// controller used in LAP-16000 profilers using a RS-232 protocol.
// Please refer to the LAP-XM® Software Reference Manual,
// Section 4.6.2.5.
// ******************************************************************

  Monitor_HwInterface_NV7000(NULL)
  {
    iEnable             = 1;
    sComPortName        = 'COM3';
    sOLEID              = 'Lapxm.Monitor_HwInterface_NV7000.1';
  };

// Optional parameters with default values.

    iReadFaults         = 1;
    iReadForwardPower   = 1;
    iReadReflectedPower = 1;
    iReadStatus         = 1;
    iReadTemperature    = 1;
    iReadTx             = 1;
    iReadWarning        = 1;
    iSimulateData       = 0;


// 6 ________________________________________________________________
// ******************************************************************
// UPS SNMP Communications Module - Enables Ethernet communication
// between the radar processor and an uninterruptible power source
// (UPS)using SNMP protocol.
// Please refer to the LAP-XM® Software Reference Manual,
// Section 4.6.2.6.
// ******************************************************************

  Monitor_HwInterface_Ups_Snmp(NULL)
  {
    iEnable                  = 1;
    iEnableShutdown          = 1;   
    sIpAddress               = '141.38.249.12';
    iMinutesBeforeShutdown   = 10;
    iThreePhaseUPS           = 0;
    iVersion                 = 4;
    sPathFileName            = 'C:\Program Files\Crada\Lapxm\Config\66102_GA_UPS_MIB_parameters.ini';
    sOLEID                   = 'Lapxm.Monitor_HwInterface_Ups_Snmp.1';
  };

// Optional parameters with default values.

    iChargePercentMin              = 0;
    iSimulateData                  = 0;
    sLinuxShutDownPathAndFileName  = 'C:\Program Files\Crada\Lapxm\Shutdown\LapxmShutdown';


// 7 ________________________________________________________________
// ******************************************************************
// Phase Shifter Relay Cycle Counter Module - Counts the number of
// requested contact cycles for the RF relays used in the antenna
// phase shifter.
// Please refer to the LAP-XM® Software Reference Manual,
// Section 4.6.2.7.
// ******************************************************************

  DwellControl_AntennaRelayCount(NULL)
  {
    iEnable             = 1;
    sMonitoringSystem   = 'LAP-16000';
    sClassName          = 'LAP-16000';
    sDeviceName         = 'Relay Count';
    sInitFileName       = 'InitFile_RelayCount.txt';
    sOLEID              = 'Lapxm.DwellControl_AntennaRelayCount.1';
  };


// 8 ________________________________________________________________
// ******************************************************************
// ******************************************************************
// Generic Monitor Modules - The generic monitor module defines the
// operating parameters and initialization file name of the LAP monitor
// elements. The following are examples of generic monitor modules
// configured for LAP systems including for USB and RS-485 communication.
// Please refer to the LAP-XM® Software Reference Manual,
// Section 4.6.2.8.
// ******************************************************************

// ******************************************************************
// Example using USB monitor module
// ******************************************************************

  Monitor_DLP232_MII(NULL)
  {
    iEnable                   = 1;
    iUpdateEveryXSecs         = 15;  
    sMonitoringSystem         = 'LAP-3000';
    sClassName                = 'LAP-3000';
    sDeviceName               = 'Power Supply/Mod,IF,Int';
    sInitFileName             = 'InitFile_DLP232_MII.txt';
    sHwInterfaceModuleName    = 'Monitor_HwInterface_DLP232';
    iWriteErrorLog            = 1;
    sErrorLogPathAndFileName  = 'D:\LapxmData\Log Files\Monitor_Log.txt';   
    sOLEID                    = 'Lapxm.Monitor_Generic.1';
  };

// Optional parameters with default values.

    iSimulateData               = 0;


// ******************************************************************
// Example using RS-485 monitor module
// ******************************************************************

  Monitor_MII(NULL)
  {
    iEnable                   = 1;
    iUpdateEveryXSecs         = 15;  
    sMonitoringSystem         = 'LAP-3000';
    sClassName                = 'LAP-3000';
    sDeviceName               = 'Power Supply/Mod,IF,Int';
    sInitFileName             = 'InitFile_MII.txt';
    sHwInterfaceModuleName    = 'Monitor_HwInterface_485_Com1';
    iWriteErrorLog            = 1;
    sErrorLogPathAndFileName  = 'D:\LapxmData\.txt';   
    sOLEID                    = 'Lapxm.Monitor_Generic.1';
  };

// ******************************************************************
// Example using UPS network monitor module
// ******************************************************************

  Monitor_UPS(NULL)
  {
    iEnable                   = 1;
    iUpdateEveryXSecs         = 15;  
    sMonitoringSystem         = 'LAP-3000';
    sClassName                = 'LAP-3000';
    sDeviceName               = 'UPS Pulsar EX 1500';
    sInitFileName             = 'InitFile_LAP-3000_UPS.txt';
    sHwInterfaceModuleName    = 'Monitor_HwInterface_Ups_Snmp';
    iWriteErrorLog            = 1;
    sErrorLogPathAndFileName  = 'D:\LapxmData\Log Files\ERRORLOG.txt'; 
    sOLEID                    = 'Lapxm.Monitor_Generic.1';
  };

// ******************************************************************
// Example using ATRAD STXII monitor module
// ******************************************************************

  Monitor_LAP12000_ATRAD_ST80_AmpA(NULL)
  {
    iEnable                   = 1;
    iUpdateEveryXSecs         = 15;  
    sMonitoringSystem         = 'LAP-12000';
    sClassName                = 'LAP-12000';
    sDeviceName               = 'ATRAD ST80 AmpA';
    sInitFileName             = 'InitFile_LAP-12000_ATRAD_ST80_AmpA.txt';
    sHwInterfaceModuleName    = 'MonitorControl_DwellControl_ATRAD_ST80';
    iWriteErrorLog            = 1;
    sErrorLogPathAndFileName  = 'D:\LapxmData\Log Files\Monitor_Log.txt';   
    sOLEID                    = 'Lapxm.Monitor_Generic.1';
  };

// ******************************************************************
// Example using NV-7000 serial monitor module
// ******************************************************************

  Monitor_FinalAmplifier(NULL)
  {
    iEnable                   = 1;
    iUpdateEveryXSecs         = 15;  
    sMonitoringSystem         = 'LAP-16000';
    sClassName                = 'LAP-16000';
    sDeviceName               = 'Final Amp Controller';
    sInitFileName             = 'InitFile_FinalAmp.txt';
    sHwInterfaceModuleName    = 'Monitor_HwInterface_NV7000';
    iWriteErrorLog            = 1;
    sErrorLogPathAndFileName  = 'D:\LapxmData\Log Files\ERRORLOG.txt'; 
    sOLEID                    = 'Lapxm.Monitor_Generic.1';
  };

// ******************************************************************
// Example using power meter monitor module
// ******************************************************************

  Monitor_PowerMeter_E4417A(NULL)
  {
    iEnable                   = 1;
    iUpdateEveryXSecs         = 15;  
    sMonitoringSystem         = 'LAP-16000';
    sClassName                = 'LAP-16000';
    sDeviceName               = 'PowerMeter_E4417A';
    sInitFileName             = 'InitFile_PowerMeter_E4417A.txt';
    sHwInterfaceModuleName    = 'Monitor_HwInterface_PowerMeter_E4417A';
    iWriteErrorLog            = 1;
    sErrorLogPathAndFileName  = 'D:\LapxmData\Log Files\PowerMeter_E4417A.txt';
    sWriteParamsToRegistry    = 'Pwd Power (TxOn)';   
    sOLEID                    = 'Lapxm.Monitor_Generic.1';
  };


// 9 ________________________________________________________________
// ******************************************************************
// XML Status Module - Creates an XML based file containing the status
// of the radar.
// Please refer to the LAP-XM® Software Reference Manual,
// Section 4.6.2.9.
// ******************************************************************

  Status_XML(NULL)
  {
    iEnable                   = 1;
    iUpdateEveryXSecs         = 15;  
    sOutputPath               = 'D:\LapxmData\Status';   
    sOLEID                    = 'Lapxm.Status_XML.1';
  };

// Optional parameters with default values.

    iMessageLevel             = 6;
    sHardLinkPath             = 'D:\LapxmData\XML Files\Status'; 


// 10 _______________________________________________________________
// ******************************************************************
// WXT Weather Transmitter Interface Module - Enables serial
// communication between the radar processor and Vaisala WXT510 or
// WXT520 surface weather station.
// Please refer to the LAP-XM® Software Reference Manual,
// Section 4.6.2.10.
// ******************************************************************

  WXT(NULL)
  {
    iEnable               = 1;
    sComPortName          = 'COM4';
    iDirectionCorrection  = 0;
    iRequestIntervalSec   = 60;
    iWindAveragingTimeSec = 600;
    iWxtAltitudeM         = 5;
    sOLEID                = 'Lapxm.Wxt.1';
  };


// 11 _______________________________________________________________
// ******************************************************************
// Suspend Transmit Module - Used to suspend RF transmission during 
// intervals specified in an ephemeris file.
// Please refer to the LAP-XM® Software Reference Manual,
// Section 4.6.2.11.
// ******************************************************************

  DwellControl_SuspendOperations(NULL)
  {
    iUseLapxmGPS        = 1;
    iStartParsingAtLine = 8;
    iTimePadSecs        = 30;
    sPathFileName       = 'C:\Program Files\Crada\Lapxm\Config\Ephemeris.txt';
    sOLEID              = 'Lapxm.DwellControl_SuspendOperations.1';
  };


// 12 _______________________________________________________________
// ******************************************************************
// RASS Background Audio Module - Produces a band-limited white noise
// signal which is used between RASS modes to keep the speaker voice
// coil warm. This should reduce the occurances of damaging condensation
// or ice formation on the speaker diaphragm.
// Please refer to the LAP-XM® Software Reference Manual,
// Section 4.6.2.12.
// ******************************************************************

  Background_Audio(NULL)
  {
    iEnable         = 1;
    iVolumePct      = 5;
    sWaveFileName   = 'BL1-3k.wav';
    sOLEID          = 'Lapxm.Background_Audio.1';
  };


// 13 _______________________________________________________________
// ******************************************************************
// VHF Amplifier Control Communications Module, ATRAD STX - Controls
// configuration and network communication with the Control and
// Monitor Modules of STX VHF amplifiers manufactured by ATRAD Pty.
// which are used in some versions of LAP-12000 profilers.
// Please refer to the LAP-XM® Software Reference Manual,
// Section 4.6.2.13.1.
// ******************************************************************

  MonitorControl_DwellControl_ATRAD_STXX(NULL)
  {
    iEnable		= 1;
    sIPAddresses	= {'172.16.16.0', '172.16.16.1', '172.16.16.2', '172.16.16.3'};
    sOLEID		= 'Lapxm.Monitor_Atrad_STXX.1';
  };


// ******************************************************************
// VHF Amplifier Control Communications Module, Tomco - Controls
// configuration and serial communication with the Transmitter
// Control and Monitoring Unit of VT40B VHF amplifiers manufactured by
// Tomco Electronics Pty. which are used in some versions of LAP-12000
// profilers.
// Please refer to the LAP-XM® Software Reference Manual,
// Section 4.6.2.13.2.
// ******************************************************************

  MonitorControl_DwellControl_TOMCO(NULL)
  {
    iEnable                 = 1;
    iOutputAmplitudePercent = 100;
    sComPort_Amp1           = 'COM3';
    sComPort_Amp2           = 'COM4';
    sMonitoringSystem       = 'LAP-12000';
    sOLEID                  = 'Lapxm.Monitor_Tomco.1';
  };


// ******************************************************************
// VHF Amplifier Control Communications Module, ATRAD VTX - Controls
// configuration and serial communication with the Modulator and
// Controller Unit of VTX VHF amplifiers manufactured by ATRAD Pty.
// which are used in some versions of LAP-12000 profilers.
// Please refer to the LAP-XM® Software Reference Manual,
// Section 4.6.2.13.3.
// ******************************************************************

  MonitorControl_DwellControl_ATRAD(NULL)
  {
    iEnable                     = 1;
    sMonitoringSystem           = 'ATRAD';
    iLongestFaultPresenceSec    = 90;
    iRecentFaultIntervalSec     = 1800;
    iTestPulses                 = 0;
    iTestPulsesOnPause          = 0;
    iTransmitterWarmupPeriodSec = 300;
    sComPort                    = 'COM1';
    iDisableAmp1                = 1;
    iDisableAmp2                = 1;
    iDisableAmp3                = 1;
    iDisableAmp4                = 1;
    iDisableAmp5                = 1;
    iDisableAmp6                = 1;
    sOLEID                      = 'Lapxm.Monitor_Atrad.1';
  };


// 14 _______________________________________________________________
// ******************************************************************
// LAP®-3000 Monitor Module - Controls configuration and
// communication with the obsolete Vaisala 60001035 Profiler Monitor
// unit and remote monitor.
// Please refer to the LAP-XM® Software Reference Manual,
// Section 4.6.2.14.
// ******************************************************************

  Monitor_Lap3000(NULL)
  {
    iEnable                      = 1;
    sMonitoringSystem            = 'LAP-3000';
    sComPortName                 = 'COM1';
    iBaudRate                    = 2400;
    iParity                      = 0;
    iDataBits                    = 8;
    iStopBits                    = 1;
    iShutDownAmplifierTemp       = 1;
    iShutDownShelterTemp         = 1;
    iShutDownReflectedRfPower    = 1;
    iShutDownUpsFailure          = 1;
    iUpsLineVoltageThreshold     = 90;
    iUpsTimeLimit                = 5;
    iKeepMinuteRecordsForXDays   = 1;
    iKeepHourlyRecordsforXDays   = 30;
    iWriteTextErrorLog           = 1;
    sOLEID                       = 'LAPXM.Monitor_Lap3000.1';
  };