// Process Module Examples.txt
// LAP-XM® 2.6.0.0
// 29May12 CC, JWN, RHL
//
// ******************************************************************
// ******************************************************************
// 
// The following are examples of module sections for use in the 
// [PROCESSES] section of a *.cfg file.
//
// Please refer to the LAP-XM® Software Manual, Section 4.3.5 and 4.3.6,
// for information on how to set up the [PROCESSES] section, and a
// detailed description of the parameters. Section 4.2 describes
// the configuration file language syntax.
//
// Note that for system configurations using the baseband sampled
// receiver, the spectral processing, ground clutter reduction and 
// moments calculation is normally performed in the ISA DSP processor.
// The Lehmann-Teschke Intermittent Clutter Reduction Module, 
// Wavelet Time-series Processing Module, Spectral Processing and
// Averaging Module, Ground Clutter Interference Reduction Module,
// Moments Module, and Multiple Peak Moments Module in the
// [PROCESSES] section of the configuration file should not be
// used.
//
// ******************************************************************
// ******************************************************************


// 1 ________________________________________________________________
// ******************************************************************
// Dwell Engine Module - Acquires data through the radar hardware.
// This should be the first module in the [PROCESSES] section.
//
// The first example is intended for systems with digital IF.
// The second example is intended for systems with baseband sampled
// receiver (ISA cards).
// Please refer to the LAP-XM® Software Reference Manual,
// Section 4.3.5.1.
// ******************************************************************

// For digital IF systems.

  [TsWA, TsWB, TsRASS] = DwellEngine(NULL)
  {
    sOLEID = 'LAPXM.DwellEngine.1';
  };

// For analog IF systems.

  [TsWA,SpecWA,MomWA,TsWB,SpecWB,MomWB,TsRASS,SpecRASS,MomRASS] = DwellEngine(NULL)
  {
    sOLEID = 'LAPXM.DwellEngine.1';
  };

// Optional parameters to read in historic data on the start of data acquisition
// with example values

  [TsWA, SpecWA, MomWA, TsWB, SpecWB, MomWB, TsRASS, SpecRASS, MomRASS, TsWA_H, SpecWA_H, MomWA_H, TsWB_H, SpecWB_H, MomWB_H, TsRASS_H, SpecRASS_H, MomRASS_H] = DwellEngine(NULL)
    iHistory_Enable               = 1;
    sHistory_DataPath             = 'D:\Lapxmdata\SpecMom';
    iHistory_Minutes              = 1440;
    iHistory_ProcessSpeedSec      = 0;                             
    iHistory_ProcessSpeedMilliSec = 0;
    iHistory_OutputTimeSeries     = 1;
    iHistory_OutputSpectra        = 1;
    iHistory_OutputMoments        = 1;
    sHistory_SpeedControl         = 'SpeedControl';            



// 2 ________________________________________________________________
// ******************************************************************
// Lehmann-Teschke Intermittent Clutter Reduction Module - Applies
// the Lehmann-Teschke algorithm to reduce effects of intermittent
// clutter.
//
// This module is not used for systems with baseband sampled receiver
// (ISA cards).
//
// The Lehmann-Teschke intermittent clutter reduction algorithm is
// computationally intensive. The period required for completion is
// dependent upon the speed of the host processor and number of range
// gates to which the algorithm is applied. To avoid exceeding the
// limit of the data queue in LAP-XM, dwell periods should be longer
// than the processing period for the module. Consequently, dwell
// periods of 1 minute or longer are recommended when using this module.
//
// This module must follow the dwell engine module in the [PROCESSES]
// section. Please refer to the LAP-XM® Software Manual, Section 4.3.5.2.
// ******************************************************************

  [TsWA_G, TsWB_G] = Gabor(NULL, {TsWA, TsWB})
  {
    iEnable               = {0, 0};  
    iRedundancy           = {4, 4};
    fClutterHeightKm      = {2.0, 2.0};
    fWindowWidth          = {1.0, 1.0};
    sOLEID                = 'Lapxm.Gabor.1';
  };

// Optional parameters with default values.

    iEnableFiltering      = 1;
    iDefineDiscretization = 0;
    iTimeDiscretization   = {128, 128};
    iFreqDiscretization   = {128, 128};
    fPctSuspectThreshold  = {60.0, 60.0};
    sVarianceEstimator    = {'standard', 'standard'};
    sWindowType           = {'gauss', 'gauss'};

// Optional parameters to change the fPctSuspectThreshold value
// according to the day number in the year and time of day with
// example values

    iParamSwitchEnable               = 1;
    iParamSwitchStartDatesDOY        = {91, 244};
    iParamSwitchStopDatesDOY         = {151, 304};
    iParamSwitchStartTimesMinutesUTC = {180, 420};
    iParamSwitchStopTimesMinutesUTC  = {300, 840};
    fParamSwitchPctSuspectThreshold  = {10.0, 10.0};
    iDebug                           = 0;

// 3 ________________________________________________________________
// ******************************************************************
// Wavelet Time-series Processing Module - Applies wavelet time-series
// processing to reduce the effects of stationary, periodic, and
// intermittent clutter. It should not be used for RASS.
//
// This module is not used for systems with baseband sampled receiver
// (ISA cards).
//
// This module must follow the dwell engine module in the [PROCESSES]
// section. Please refer to the LAP-XM® Software Manual, Section 4.3.5.3.
// ******************************************************************

  [TsWA_Wave, TsWB_Wave] = Wavelet(NULL, {TsWA, TsWB})
  {
    iDaubClip      = {1, 1};
    iDeSpike       = {1, 1};
    iHarmonicSub   = {0, 0};
    sOLEID         = 'Lapxm.Wavelet.1';
  };

// Optional parameters with default values.

    fThresholdRatio_DaubClip      = {0.3, 0.3};
    iNumberOfSegments_DaubClip    = {4, 4};
    fThresholdRatio_DeSpike       = {0.3, 0.3};
    iMinThresholdLevel_Harmonic   = {6, 6};
    iSymmetricThreshold_Harmonic  = {0, 0};
    iThresholdMultiplier_Harmonic = {4, 4};


// 4 ________________________________________________________________
// ******************************************************************
// Spectral Processing and Averaging Module - Processes time-series
// data to optionally suppress DC, apply FFT, optionally filter
// intermittent clutter, and average spectral data. 
//
// This module is not used for systems with baseband sampled receiver
// (ISA cards).
//
// This module must follow the dwell engine and/or wavelet modules in
// the [PROCESSES] section. Please refer to the LAP-XM® Software
// Manual, Section 4.3.5.4.
// ******************************************************************

  [SpecWA, SpecWB, SpecRASS] = Spectra(NULL, {TsWA, TsWB, TsRASS})
  {
    iDCFilter   = {1, 1, 1};
    iICRA       = {1, 1, 0};
    iOverlap    = {1, 1, 0};
    sOLEID      = 'Lapxm.Spectra.1';
  };

// Optional parameters with default values.

    iWindowType  = {1, 1, 1};
    fAlpha       = {0.0, 0.0, 0.0};
    fBeta        = {0.0, 0.0, 0.0};


// 5 ________________________________________________________________
// ******************************************************************
// Ground Clutter Interference Reduction Module - Reduces stationary
// ground clutter interference from spectral data.
// 
// This module is not used for systems with baseband sampled receiver
// (ISA cards).
//
// This module must follow the spectral module in the [PROCESSES] section.
// Please refer to the LAP-XM® Software Manual, Section 4.3.5.5.
// ******************************************************************

  [SpecWA_IR, SpecWB_IR, SpecRASS_IR] = InterferenceReduction(NULL, {SpecWA, SpecWB, SpecRASS})
  {
    iUseRiddleGCRemoval     = {1, 1, 1};
    fClutterHeightKm        = {2.5, 2.5, 2.0};
    sOLEID                  = 'Lapxm.Spectra_InterferenceReduction.1'; 
  };

// Optional parameters with default values.

    iTimesBigger            = {3, 3, 3};
    iPercentLess            = {20, 20, 20};
    iUseMaxNoiseLevel       = {1, 1, 1};
    iClutterRemovalMethod   = {0, 0, 0};
    iDopplerRestriction     = {1, 1, 1};
    iInterpolateOnlyDcPoint = {0, 0, 0};

// Optional parameters for a peak interpolation algorithm with default values.
// The peak interpolation feature adversely affects all the moment values, and
// should not be used without prior discussion with Vaisala.

    iUsePeakInterpolation  = {0, 0, 0};
    fSpectraRegionMs       = {-0.5, 0.5};
    fHeightRegionKm        = {0.0, 50.0};
    iApplyToBeamCodes      = {0,1,2,3,4,5};


// 6 ________________________________________________________________
// ******************************************************************
// Moments Module - Calculates the spectral moments values (radial
// velocity, noise power, return power, and spectral width) from the
// averaged spectra data.
// 
// This module is not used for systems with baseband sampled receiver
// (ISA cards).
//
// This module must follow the spectral processing and/or ground
// clutter interference modules in the [PROCESSES] section. Please
// refer to the LAP-XM® Software Manual, Section 4.3.5.6.
// ******************************************************************

  [MomWA, MomWB, MomRASS] = Moments(NULL, {SpecWA_IR, SpecWB_IR, SpecRASS_IR})
  {
    sOLEID  = 'Lapxm.Moments.1';
  };

// Optional parameters with default values.

    iUseThresholds                    = {0, 0, 0};
    fMinSNR                           = {-15.0, -15.0, -15.0};
    fMaxSNR                           = {50.0, 50.0, 50.0};
    fMinWidth                         = {0.2, 0.2, 0.2};
    fMaxWidth                         = {5.0, 5.0, 5.0};
    iMaxNumTrials                     = {10, 10, 10};
    fMaxSuspectWidth                  = {3.0, 3.0, 3.0};
    iUseDcPoint_FindMoments           = {0, 0, 0};
    iUseMeanNoiseLevel_FindPeakRegion = {0, 0, 0};
    iInterpolateOnlyDcPoint           = {0, 0, 0};


// 7 ________________________________________________________________
// ******************************************************************
// Multiple Peak Picking Algorithm Module - Multiple peak picking
// algorithm for calculation of the spectral moments values (radial
// velocity, noise power, return power, and spectral width) from the 
// averaged spectra data.
// 
// This module is not used for systems with baseband sampled receiver
// (ISA cards).
//
// Only one spectral data type can be mapped into each
// instantiation of this module.
//
// This module may be used instead of the moments module and must
// follow the spectral processing module in the [PROCESSES] section. 
// Please refer to the LAP-XM® Software Manual, Section 4.3.5.7.
// ******************************************************************

  [MomMPPWA] = MomentsMPP_WA(NULL, SpecWA) 
  {
    iProfileBuildMethod = 1;
    fClutterHeightKm     = 2.5;
    fMaxVertSpeedUp     = -3.0;
    fMaxVertSpeedDw     = 10.0;
    sOLEID              = 'Lapxm.Moments_MPP_ETH.1';
  };

// Optional parameters with default values.

    iUseSnrMagnitude        = 1;
    iIterationCriterium     = 0;
    iNoiseLevelCriterium    = 1;
    iMaxTimeSpan            = 3600;
    fSplApp                 = 3.0;
    fSMV                    = 3.0;
    fSVV                    = 3.0;
    fSSNR                   = 5.0;
    fAMV                    = 0.78;
    fAVV                    = 0.02;
    fASNR                   = 0.20;
    fSH                     = 400.0;
    fAlpha0                 = 2.0;
    fAlpha1                 = 1.0;
    fAlpha2                 = 1.0;
    fBetaA0                 = 4.0;
    fBetaA1                 = 2.5;
    fBetaA2                 = 1.0;
    fBetaAPW0               = 400.0;
    fBetaAPW1               = 710.0;
    fBetaB0                 = 5.0;
    fBetaB1                 = 3.0;
    fBetaB2                 = 1.0;
    fBetaBPW0               = 710.0;
    fBetaBPW1               = 3000.0;
    fFZPower                = 1.0;
    fFZExtend               = 1.0;
    fFZDev                  = 1.0;
    fFZLowest               = 0.25;
    fFZClutter              = 0.75;
    fMaxSuspectWidth        = {3.0, 3.0, 3.0};
    iInterpolateOnlyDcPoint = {0, 0, 0};

// Optional parameters for RFI reduction algorithm with default values

    iRemoveRFI              = 0;
    fMaxMeanWidthRFI        = 0.45;
    fMaxDevVelRFI           = 0.3;
    iMinHeightsRFI          = 10;
    fMinHeightKmRFI         = 3.0;
    fMinMeanVelRFI          = 0.0;

// Optional parameters for point target interference reduction algorithm
// with default values

    iRemovePointTarget      = 0;
    fPT_DopplerDistance     = 0.2;
    fPT_MinSnr              = 15.0;
    fPT_SnrDropOff          = 10.0;
    fPT_NoiseIncrease       = 5.0;
    fPT_ZeroDopplerLimit    = 0.3;
    fPT_NeighborDistance    = 0.8;
    iPT_Interpolate         = 0;

// Optional parameters for Riddle ground clutter algorithm
// with default values

    iClutterRemovalMethod   = 0;
    iDopplerRestriction     = 1;
    iPercentLess            = 20;
    iTimesBigger            = 3;
    iUseMaxNoiseLevel       = 1;

// Optional bird clutter reduction parameters to employ 
// according to the day number in the year and time of day,
// with example values

    iParamSwitchEnable                  = 1;
    iParamSwitchStartDatesDOY           = {91, 244};
    iParamSwitchStopDatesDOY            = {151, 304};
    iParamSwitchStartTimesMinutesUTC    = {180, 420};
    iParamSwitchStopTimesMinutesUTC     = {300, 840};
    iParamSwitchRainContiguousGates     = 6;
    fParamSwitchRainVelocityThresholdMs = 2.0;
    fParamSwitchRainSNRThresholddB      = 50.0;
    iParamSwitchSnowDwellPercent        = 25;
    fParamSwitchSnowVelocityThresholdMs = 1.0;
    fParamSwitchSnowSNRThresholddB      = 50.0;
    fParamSwitchMinBirdSNRdB            = 55.0;
    fParamSwitchMinBirdWidthMs          = 1.2;
    iDebug                              = 0;


// 8 ________________________________________________________________
// ******************************************************************
// Monitor Database/Moments Data Exchange Module - Calculates the mean
// noise from moments data and writes the value into the monitor database.
// Retrieves the latest Forward Power value from the monitor database
// and appends it to the moments data.
//
// This module must follow the moments and/or MPP modules in the [PROCESSES]
// section. Please refer to the LAP-XM® Software Manual, Section 4.3.6.13.
// ******************************************************************
  [MomWA_MD, MomWB_MD, MomRASS_MD] = Monitor_Data(NULL,NULL,NULL,{MomWA, MomWB, MomRASS})
  {
    iEnable_MeanNoise           = 1;
    sClassName_MeanNoise        = 'LAP-16000';
    sDeviceName_MeanNoise       = 'Mean Noise';

    iEnable_ForwardPower        = 1;
    sDeviceName_ForwardPower    = 'PowerMeter_E4417A';
    sParameterName_ForwardPower = 'Fwd Power (TxOn)';
    sOLEID                      = 'Lapxm.Monitor_Data.1';
  };


// 9 ________________________________________________________________
// ******************************************************************
// POP Archive Module - Records time-series, spectra and/or moments in
// a binary data file.
//
// This module must follow the moments and/or MPP modules in the [PROCESSES]
// section. Please refer to the LAP-XM® Software Manual, Section 4.3.5.10.
// ******************************************************************

  PopArchive(NULL, {TsWA,TsWB,TsRASS}, {SpecWA,SpecWB,SpecRASS}, {MomWA,MomWB,MomRASS})
  {
    iAppend          = 1;
    iPopCompliant    = 1;
    iWriteMoments    = 1;
    iWriteSpectral   = 1;
    iWriteTimeSeries = 0;
    sPath            = 'D:\LapxmData\SpecMom';
    sOLEID           = 'LAPXM.PopArchiver.1';
  };

// Optional parameters with default values.

    iWriteHourlyFiles        = 0;
    sFileNameCharacter       = 'a';
    iWriteBeamDirectionCodes = -1;
    iWriteMisc               = 0;
    iWriteUtcTime            = 0;


// 10 _______________________________________________________________
// ******************************************************************
// Dwell Display Module - Displays time-series, spectra and/or moments
// data using a web browser. Can also produce .jpg format graphs for
// remote use.
//
// This module must follow the spectra and moments and/or MPP modules in
// the [PROCESSES] section. Please refer to the LAP-XM® Software
// Manual, Section 4.3.5.8.
// ******************************************************************

  DwellDisplay(NULL, {TsWA,TsWB,TsRASS},{SpecWA_IR,SpecWB_IR,SpecRASS_IR},{MomWA,MomWB,MomRASS})
  {
    iContourFirstLevel     = 1;
    iContourInterval       = 5;
    iCreateContourPlot     = 1;
    iCreateMomentsTable    = 1;
    iCreateSnrPlot         = 1;
    iCreateStackedPlot     = 1;
    iCreateTimeSeriesPlot  = 1;
    iCreateContourJpeg     = 1;
    iCreateSnrJpeg         = 1;
    iCreateStackedJpeg     = 1;
    iCreateTimeSeriesJpeg  = 0;
    iLogStackPlot          = 0;
    iNormalizeStackPlot    = 1;
    iOmitDcPoint           = 1;
    iRassUnits             = 0;
    iShowRassData          = 1;
    iTimeSeriesA           = 1;
    iTimeSeriesB           = 0;
    iTimeSeriesNormalized  = 1;
    iWindUnits             = 0;
    sOLEID                 = 'LAPXM.DwellDisplay.1';
  }; 


// 11 _______________________________________________________________
// ******************************************************************
// Console Display Module - Display spectrum and/or moments data using
// the LAP-XM® Console display.
//
// This module must follow the spectra and moments and/or MPP modules in
// the [PROCESSES] section. Please refer to the LAP-XM® Software
// Manual, Section 4.3.5.9.
// ******************************************************************
  ConsoleDisplay(NULL, {TsWA, TsWB, TsRass},{SpecWA, SpecWB, SpecRASS}, {MomWA, MomWB, MomRASS})
  {
    sOLEID          = 'Lapxm.ConsoleDisplay.1';
  };


// 12 _______________________________________________________________
// ******************************************************************
// Cn2 Algorithm Module - Compute and archive Cn2 values.
//
// The data input to the Cn2 Algorithm module are spectral moments. 
// Multiple instantiations of the module with unique process names may
// be required for larger data streams. This module must follow the
// moments and/or MPP modules in the [PROCESSES] section. Please refer
// to the LAP-XM® Software Manual, Section 4.3.6.2.

// ******************************************************************

[Cn2WA, Cn2WB] = Cn2({NULL}, {MomWA, MomWB})
  {
    fAntGainDb           = {28.5, 28.5};
    fAntHalfPwrWidthDeg  = {6.8, 6.8};
    fFeedInsertionLossDb = {-1.8, -1.8};
    fPeakFwdPwrW         = {600.0, 600.0};
    fRXSysGainDb         = {190.47, 190.14};
    sOLEID               = 'Lapxm.Cn2.1';
  };

// Optional parameters with default values.
    fAtmosAttenDb        = 0.0;
    sDevice_FwdPwr       = 'Final Amp/Preamp';
    sOutputFilePath      = 'D:\LAPXMData\Cn2';
    iOutputFileType      = 0;
    sParam_FwdPwr        = 'FAP Fwd Peak Power (TxOn)';
    lRxCorrDelayNs       = {};
    fRxCorrFactor        = {};
    fRxLossFactor        = 1.66;
    iUseFwdPwrMon        = {0};
    iUseRxCorr           = {0, 0};


// 13 _______________________________________________________________
// ******************************************************************
// Boundary Layer Module (experimental) - Computes boundary layer height
// from spectral moments values.
//
// This module must follow the moments or MPP modules in the [PROCESSES]
// section. Please refer to the LAP-XM® Software Manual, Section 4.3.6.3.
// ******************************************************************
 
  BoundaryLayer(NULL, {MomWA, MomWB})
  {
    iEnable              = {1,1};
    iCalculateOnMinute   = {0, 30};
    iMinBlScore          = 1400;
    sOutputPath          = 'D:\LapxmData\BoundaryLayer';
    iSunriseDelayMin     = 120;
    sOLEID               = 'Lapxm.BoundaryLayer.1';
  };

// Optional parameters with default values.

    iCalculateOnStop     = 0;
    iDebug               = 0;
    sFinalResultFromMode = 'none';
    iLogFile             = 0;
    sLogPath             = 'D:\LapxmData\BoundaryLayer';
    iReplaceSnrdb        = -30;
    iWriteHeader         = 0;
    iWriteHourlyFiles    = 0;


// 14 _______________________________________________________________
// ******************************************************************
// Melting Layer Module (optional) - Computes the melting layer height
// from spectral moments values.
//
// This module must follow the moments and/or MPP modules in the [PROCESSES]
// section. Please refer to the LAP-XM® Software Manual, Section 4.3.6.4.
// ******************************************************************
 
  MeltingLayer(NULL, {MomWA, MomWB})
  {
    iEnable              = {1, 1};
    iCalculateOnMinute   = {0, 30};
    iMinHeightM          = {0, 0};
    iMaxHeightM          = {2600, 5000};
    iMinSnrDvvPairs      = {2, 3};
    iMinSnrRain          = {52, 52};
    fDeltaSnrBb          = {2.5, 2.5}; 
    fDeltaDvvBb          = {-1.5, -1.5};
    fMinSnrBb            = {62.0, 62.0};
    iDvvBbOnlyMaxHeightM = {500, 0};
    fDvvBbOnlyMinSnr     = {52.0, 62.0};  
    iGateSpaceResolution = {3, 2};
    iBrightBandPercent   = {25, 25};
    iAcceptHeightRangeM  = {211, 211};
    iAcceptPercent       = {65, 65};
    iQcMaxRainAboveBb    = {4, 8};
    sOutputPath          = 'D:\LapxmData\MeltingLayer';
    sOLEID               = 'Lapxm.MeltingLayer.1';
  };

// Optional parameters with default values.

    iCalculateOnStop     = 1;
    iDebug               = 0;
    iLogFile             = 0;
    sLogPath             = 'D:\LapxmData\MeltingLayer';
    iReplaceSnrdb        = -30;
    iWriteHeader         = 0;
    iWriteHourlyFiles    = 0;


// 15 _______________________________________________________________
// ******************************************************************
// Spectral Moments Quality Control Module (experimental) - Flags suspect
// moments data using Weber/Wuertz pattern recognition algorithm.
// 
// This module must follow the moments and/or MPP modules in the [PROCESSES]
// section. Please refer to the LAP-XM® Software Manual, Section 4.3.6.5.
// ******************************************************************

  [MomWA_WWQC, MomWB_WWQC, DwellControl] = WeberWuerts_Moments(NULL, {MomWA_MPP, MomWB_MPP})
  {
    iEnable                        = 1;
    fHeightResolution              = 2.5;
    fMaxVelocityChange             = 1.0;
    iMinPatternSize                = 8;
    iQcBlockOrRunning              = 0;
    iQcOnStop                      = 1;
    iQcProcessOnMinute             = {60};
    fThreshold_MinSNR              = -18.0;
    fTimeResolution                = 2.5;
    sOLEID                         = 'Lapxm.QC_WeberWuertz_Moments.1';
  };

// Optional parameters with default values.

    iMatchFortran                  = 0;
    fThreshold_MaxNoise            = 1000.0;
    fThreshold_MaxSNR              = 1000.0;
    fThreshold_MaxWidth            = 1000.0;
    fThreshold_MinVelocity         = -1000.0;
    sResultPath                    = 'D:\LapxmData\WeberWuertz';
    iWriteLogFiles                 = 0;
    iWriteResultFiles              = 1;


// 16 _______________________________________________________________
// ******************************************************************
// Consensus Wind and Virtual Temperature Module - Computes consensus
// wind and/or virtual temperature values from spectral moments data. 
//
// Unless the moments data from all the modes specified in the
// [DWELLSEQUENCE] section of the configuration file are mapped into
// the Consensus module, time stamped data of all remaining modes should
// be defined as input parameters in the last field of the Consensus
// module declaration.
//
// For example:
// [CnsWindsA, CnsWindsB] = Consensus(NULL, {MomWA, MomWB}, {TsRASS}) 
//
// This module must follow the moments and/or MPP modules in the [PROCESSES]
// section. Please refer to the LAP-XM® Software Manual, Section 4.3.5.11.
// **************************************************************
 
  [CnsWindsA, CnsWindsB, CnsRASS] = Consensus(NULL, {MomWA, MomWB, MomRASS}, NULL)
  {
    iConsenseOnStop                    = {1, 1, 1};
    iConsenseOnMinute                  = {0,30, -1, 0,30, -1, 3,33};
    fDeltaT                            = {0.0, 0.0, 3.0};
    fDeltaTc                           = {0.0, 0.0, 3.0};
    fDeltaUV                           = {3.0, 3.0, 0.0};
    fDeltaW                            = {3.0, 3.0, 3.0};
    fPctDataT                          = {0.0, 0.0, 60.0};
    fPctDataTc                         = {0.0, 0.0, 60.0};
    fPctDataUV                         = {60.0, 60.0, 0.0};
    fPctDataW                          = {60.0, 60.0, 60.0};
    iVerticalCorrect                   = {1, 1, 1};  
    iUseObliqueBeamsForVertical        = {1, 1, 0};
    iUseVerticalObliqueRangeCorrection = {0, 0, 0};
    iCheckConsensusSpan                = {1, 1, 1};
    sMethod                            = {'mean', 'mean', 'mean'};
    sTimeStamp                         = {'begin', 'begin', 'begin'};
    sOLEID                             = 'Lapxm.Consensus_WindTemp.1';
  };

// Optional parameters with default values.

    iEnable                     = {1, 1, 1};
    iApplyToBeamCodes           = {0,1,2,3,4,5};
    iAddToAvgPeriodMin          = {0, 0, 0};
    iAddToCnsQCPeriodMin        = {0, 0, 0};
    iUseRunningConsensus        = {0, 0, 0};
    iCnsIntervalCycles          = {5, 5, 5};
    iCnsLengthCycles            = {10, 10, 10};
    iMinCnsLengthCycles         = {3, 3, 3};
    iConsenseOnBeamDirection    = {-1, -1, -1};
    iTimeStampOffset            = {0, 0, 0};
    iUseBeamVariabilityCheck    = {0, 0, 0};             
    fVariabilityFactorLimit     = {10.0, 10.0, 10.0};          
    iVariabilityCheckRequireCns = {1, 1, 1};      

// Optional parameters for NOAA precipitation correction algorithm with default values.

    iPrecipitationCorrection    = {0, 0, 0};
    fDeltaPrecip                = {0.0, 0.0, 0.0};
    fPctDataPrecip              = {0.0, 0.0, 0.0};
    fPrecipMinSnr               = {60.0, 60.0, 60.0};
    fPrecipMinVelocity          = {1.0, 1.0, 1.0};
    iPrecipOutputSnrRc          = {0, 0, 0};

// Optional parameters for surface wind and temperature data from the optional
// WXT Weather Transmitter with default values.

    iIncludeWeatherTransmitterData = {0, 0, 0};
    sWeatherTransmitterModuleName  = 'Wxt';


// 17 _______________________________________________________________
// ******************************************************************
// Wind and RASS Data Quality Control Module - Computes quality control
// values for wind and/or RASS data. The data points are flagged from
// 0 (good) to 9 (bad).
//
// The default QC codes are 0 = valid, 9 = missing or failed consensus,
// or a single user-defined value between 2-8 (= iQCCode) marking data
// that did not pass the Weber-Wuertz criteria. The recommended codes
// are 7 = suspect or 8 = invalid. The latter will also cause the
// data value to be replaced with a missing value.
//
// This module must follow the consensus modules in the [PROCESSES]
// section. Please refer to the LAP-XM® Software Manual, Section 4.3.5.12.
// ******************************************************************

  [CnsWindsA_QC, CnsWindsB_QC, CnsRASS_QC] = QC_WeberWuertz(NULL, {CnsWindsA, CnsWindsB, CnsRASS})
  {
    fMaxGradientU      = {5.0, 5.0, 0.0};
    fMaxGradientV      = {5.0, 5.0, 0.0};
    fMaxGradientW      = {3.0, 3.0, 3.0};
    fMaxGradientTemp   = {0.0, 0.0, 4.0};
    iMinPatternSize    = {10, 10, 10};
    iNeighborsInHeight = {2, 2, 2};
    iNeighborsInTime   = {2, 2, 2};
    iProfiles          = {6, 6, 6};
    iQCCode            = {8, 8, 8};                    
    sOLEID             = 'Lapxm.QC_WeberWuertz.1';
  };

// Optional parameters with default values.

    iEnable               = {1, 1, 1}; 
    iDisplayQualityScore  = {0, 0, 0};
    iMinRequiredProfiles  = {2, 2, 2};
    iModel                = {1, 1, 1};
    iNeighbors            = {128, 128, 128};
    fOutlierThresholdU    = {30.0, 30.0, 0.0}; 
    fOutlierThresholdV    = {30.0, 30.0, 0.0}; 
    fOutlierThresholdW    = {5.0,  5.0,  5.0};  
    fOutlierThresholdTemp = {0.0, 0.0, 20.0}; 
    iOverwriteVertical    = {1, 1, 1}; 
    iRejectionThreshold   = {10, 10, 10};    
    iUseMultipleQCCodes   = {0, 0, 0};   

// Optional parameters for 4-beam winds with default values.

    fMaxGradient4BeamU    = {5.0, 5.0, 0.0};
    fMaxGradient4BeamV    = {5.0, 5.0, 0.0};
    iMin4BeamPatternSize  = {10, 10, 10};

// Optional parameters for vertical velocity check with default values.

    iUseVerticalVelocityCheck = {0, 0, 0};
    fMaxDiffVerticalVelocity  = {4.0, 4.0, 4.0};
    fMaxVerticalVelocity      = {12.0, 12.0, 12.0};


// 18 _______________________________________________________________
// ******************************************************************
// Optional Wind Data Quality Control Module (experimental) - Calculates
// winds values using flagged QC data from moments version of the 
// same module. Resulting wind values are flagged using Weber/Wuertz 
// pattern recognition algorithm.
//
// This module must follow the Spectral Moments Quality Control module
// in the [PROCESSES] section. Please refer to the LAP-XM® Software 
// Manual, Section 4.3.6.6.
// ******************************************************************
  [WindsWA_WWQC, WindsWB_WWQC] = WeberWuertz_Winds(NULL, {MomWA_WWQC, MomWB_WWQC}, {DwellControl})
  {
    iEnable                        = 1;
    iFlagSuspectData               = 1;
    fHeightResolution              = 2.5;
    fMaxVelocityChange             = 4.0;
    iMinPatternSize                = 8;
    iMinSamplesInAverage           = 4;
    iQcBlockOrRunning              = 1;
    iQcOnStop                      = 1;
//  iQcProcessOnMinute             = {60}; // Parameter should be used only if iQcBlockOrRunning = 0; 
    iQcProcessingPeriodInMinutes   = 1440; // Parameter should be used only if iQcBlockOrRunning = 1;
    fTimeResolution                = 2.5;
    iWindAverageOnMinute           = {60};
    sOLEID                         = 'Lapxm.QC_WeberWuertz_Winds.1';
  };

// Optional parameters with default values.

    iMatchFortran                  = 0;
    sResultPath                    = 'D:\LapxmData\WeberWuertz';
    iWriteLogFiles                 = 0;
    iWriteResultFiles              = 1;

// Optional Bird Parameter Switching
    iDebug                           = 1;
    iParamSwitchEnable               = 1;
    iParamSwitchStartDatesDOY        = {91, 244};
    iParamSwitchStopDatesDOY         = {151, 304};
    iParamSwitchStartTimesMinutesUTC = {180};
    iParamSwitchStopTimesMinutesUTC  = {840};
    iParamSwitchMinSamplesInAverage  = 3;


// 19 _______________________________________________________________
// ******************************************************************
// Consensus Archive Module - Archives wind and/or RASS data to a text file.
// Using PopCompliant = 0 allows user to select items to write.
// Using PopCompliant = 1 forces the output to be POP format compliant.
//
// This module must follow the consensus and/or QC module in the [PROCESSES]
// section. Please refer to the LAP-XM® Software Manual, Section 4.3.5.13.
// ******************************************************************

  Archive_Cns_Text(NULL, {CnsWindsA, CnsWindsB, CnsRASS})
  {
    iWrite          = 1;
    iPopCompliant   = 1;
    iWrite_Radials  = 1;
    iWrite_SNR      = 1;
    iWrite_CCounts  = 1;
    iWrite_UVW      = 0;
    iWrite_QC       = 0; 
    sPath           = 'D:\LapxmData\WindTemp';
    sOLEID          = 'Lapxm.Archive_Cns_Text.1';
  };

// Optional parameters with default values.

    iUseExtendPrecision = 0;
    iWriteSurfaceMet    = 0;
    iWrite_Width        = 0;
    iWriteUtcTime       = 0;


// 20 _______________________________________________________________
// ******************************************************************
// NetCDF Archive Module - Archives time-series, spectra and/or moments
// in a NetCDF based data file. It can also write wind and/or virtual
// temperature data into another separate file (not containing 
// time-series, spectra and/or moments data.
//
// This module must follow the spectral, moments, MPP, consensus
// wind/temperature, and/or QC modules in the [PROCESSES]section.
// Please refer to the LAP-XM® Software Manual, Section 4.3.5.14.
// ******************************************************************

  Archive_NetCDF_TSMW(NULL, {TsWA,TsWB, TSRASS}, {SpecWA,SpecWB, SpecRASS}, 
{MomWA, MomWB, MomRASS}, {CnsWindsA, CnsWindsB, CnsRASS})
  {           
    iAppend           = 1;
    iWriteMoments     = 1; 
    iWriteSpectral    = 1; 
    iWriteTimeSeries  = 0; 
    iWriteWinds       = 0; 
    sPath             = 'D:\LapxmData\NetCDF';   
    sOLEID            = 'LAPXM.Archiver_TSMW_NetCDF.1';
  };

// Optional parameters with default values.

    iEnable                  = 1;
    sFileNameCharacter       = 'a';
    sHardLinkPath            = '';
    iWMOStationNumber        = -1;
    iWriteBeamDirectionCodes = -1;
    iWriteFullHeader         = 1; 
    iWriteSurfaceData        = 0;
    iWriteWindBeams          = 0;


// 21 _______________________________________________________________
// ******************************************************************
// Consensus Database Module - Archives wind and/or virtual temperature
// data into a Microsoft Access database.
//
// This module must follow the consensus wind/temperature and/or QC
// module in the [PROCESSES] section. Please refer to the LAP-XM®
// Software Manual, Section 4.3.5.15.
// ******************************************************************

  Archive_Cns_DB(NULL, {CnsWindsA, CnsWindsB, CnsRASS})
  {
    sDescription     = 'Two winds and RASS';
    iWrite           = 1;
    sPath            = 'D:\LapxmData\DB\LapxmCnsDb.mdb';
    sOLEID           = 'Lapxm.Archive_Cns_DB.1';
  };

// Optional parameters with default values.

    iWriteUtcTime  = 0;


// 22 _______________________________________________________________
// ******************************************************************
// WMO BUFR Data Formatting Module - Archives wind and/or virtual
// temperature data in BUFR messages using format and parameter
// definitions from the COST-76 final report.
//
// This module must follow the consensus wind/temperature and/or QC
// module in the [PROCESSES] section. Please refer to the LAP-XM®
// Software Manual, Section 4.3.6.8.
// ******************************************************************

  Archive_Cns_BUFR(NULL, {CnsWindsA, CnsWindsB, CnsRASS})
  {
    iWMOBlockNumber                  = 12;
    iWMOStationNumber                = {806, 807, 808};
    iTypeOfStation                   = 0;
    iTypeOfAntenna                   = 4;
    fAntenna3dBBeamWidth             = 6.0;
    iObservationSignificance         = 21;
    iVerticalObservationSignificance = 21;
    iBadGates                        = {1,2, 0,0, 0,0};
    sFlagBadMethod                   = 'SetSignificance';
    sFileNameBegin                   = {'CM2WP_','CAMWP_','CM2RS_'};
    sFileNameEnd                     = '.PRO';
    sTimeFormat                      = '%m%d%H%M';
    sOutputPath                      = 'D:\LapxmData\BUFR';
    iOutputAllowOverwrite            = 1;
    iOutputFilesToKeep               = 1;
    iArchive                         = 1;
    sArchivePath                     = 'D:\LapxmData\BUFR\Archive';
    iArchiveAllowOverwrite           = 0;
    iArchiveFilesToKeep              = 0;
    sOLEID                           = 'Lapxm.Archive_Cns_BUFR.1';
  };

// Optional parameters with default values.

    iWrite                           = 1;
    iBufrTableVersion                = 9;
    iFlagBadSignificanceValue        = 1;
    sHeightConvention                = 'AGL';
    iMeanSpeedEstimation             = 0;
    fSurfacePressure                 = 0.0;
    iTimeSignificance                = 2;
    iWindComputationEnhancement      = 2;
    iWriteUtcTime                    = 0;


// 23 _______________________________________________________________
// ******************************************************************
// XML Data Formatting Module - Archives wind and/or virtual temperature
// data in XML format.
//
// The XML message is written to the output data structure, and optionally
// to a text file. The optional iOutputAltitudes parameter allows reporting
// only select altitudes. The nearest range gate is used at each height.
//
// This module must follow the consensus wind/temperature and/or QC
// module in the [PROCESSES] section. Please refer to the LAP-XM®
// Software Manual, Section 4.3.6.9.
// ******************************************************************

  [CnsWindsA_XML, CnsWindsB_XML, CnsRASS_XML] = Archive_Cns_XML(NULL, {CnsWindsA, CnsWindsB, CnsRASS})
  {
    iWrite                     = 1;
    sXmlSchema                 = 'C:\Program Files\Crada\Lapxm\Bin\wdml.xsd';
    sOLEID                     = 'Lapxm.Archive_Cns_XML.1';
  };

// Optional parameters with default values.

    sAltitudeUnits             = 'meters';
    sFileNameEnd               = {'_WA_%H%M.XML', '_WB_%H%M.XML','_%H%M.XML'}; //This list is not the default values.
    iOutputAltitudes           = {500, 1000, 2000, -1, 1000, 2000, 3000, -1, 300, 500, 700}; //This list is not the default values.
    sPath                      = 'D:\LapxmData\XML';
    iWriteToFile               = 0;
    iWriteUtcTime              = 0;


// 24 _______________________________________________________________
// ******************************************************************
// COM Consensus Communications Module - Sends wind and/or virtual
// temperaure data to a serial port. The output has the same format
// as Archive_Cns_Text.
//
// This module must follow the consensus wind/temperature and/or QC
// module in the [PROCESSES] section. Please refer to the LAP-XM®
// Software Manual, Section 4.3.6.10.
// ******************************************************************

  Archive_Cns_COM(NULL, {CnsWindsA, CnsWindsB, CnsRASS} )
  {
    iWrite         = 1;
    sCOMport       = 'COM1';
    iBaudRate      = 9600;
    iDataBits      = 8;
    iStopBits      = 1;
    sParity        = 'N';
    iPopCompliant  = 1;
    iWrite_Radials = 1;
    iWrite_SNR     = 1;
    iWrite_CCounts = 1;
    iWrite_UVW     = 0;
    iWrite_QC      = 0;
    sOLEID         = 'Lapxm.Archive_Cns_COM.1';
  };

// Optional parameters with default values.

    iUseExtendPrecision = 0;
    iWriteSurfaceMet    = 0;
    iWrite_Width        = 0;
    iWriteUtcTime       = 0;


// 25 _______________________________________________________________
// ******************************************************************
// CDF Formatting Module - Archives wind and/or virtual temperature
// RASS data in a Sonoma Technology Inc. CDF format.
//
// This module must follow the consensus wind/temperature and/or QC
// module in the [PROCESSES] section. Please refer to the LAP-XM®
// Software Manual, Section 4.3.6.11.
// ******************************************************************

  CnsCDF({NULL}, {CnsWindsA, CnsWindsB, CnsTemps})
  {
    iWrite                = 1;
    fCdfVer               = 2.0;
    iWriteHourly          = 0;
    iWriteParamLog        = 1;
    fUTMN_km              = 432.1;
    fUTME_km              = 123.4;
    sProjectName          = 'Boondocks';
    sTimeZone             = 'UTC';
    iNumModes             = 4;
    sModeName1            = '60 meter';
    sModeName2            = '100 meter';
    sModeName3            = '200 meter';
    sModeName4            = '400 meter';
    iModeNS1              = 417;
    iModeNS2              = 708;
    iModeNS3              = 1417;
    iModeNS4              = 2833;
    iWindAvgPeriodMin     = 0;
    iRassAvgPeriodMin     = 0;
    iWindReqAvgPeriodMin  = 0;
    iRassReqAvgPeriodMin  = 0;
    iRdyHoldProdCnt       = 2;
    sTimeConv             = 'Begin';
    sTvUnits              = 'C';
    sVelUnits             = 'm/s';
    sGateHeightUnits      = 'm';
    sGateHeightConv       = 'agl';
    sPathDailyWind        = 'D:\LapxmData\CDF\Daily\Winds\';
    sPathDailyTv          = 'D:\LapxmData\CDF\Daily\Tv\';
    sPathHourlyWind       = 'D:\LapxmData\CDF\Hourly\Winds\';
    sPathHourlyTv         = 'D:\LapxmData\CDF\Hourly\Tv\';
    sPathParamLog         = 'D:\LapxmData\WindTemp\';
    sPathDataReadyTv      = 'D:\LapxmData\CDF\';
    sPathDataReadyWind    = 'D:\LapxmData\CDF\';
    sOLEID                = 'Lapxm.Archive_Cns_STICDF.1';
    };

// Optional parameters with default values.

    iWriteUtcTime  = 0;


// 26 _______________________________________________________________
// ******************************************************************
// Network Data Communications Module - Sends any data to a network
// location using the Vaisala Messaging Middle-Ware library.
//
// This module is typically used with the XML data formatting module.
//
// This module must follow the Archive XML module in the [PROCESSES]
// section. Please refer to the LAP-XM® Software Manual, Section 4.3.6.12.
// ******************************************************************

  MmwSender(NULL, {CnsWindsA_XML, CnsWindsB_XML, CnsRASS_XML})
  {
    iWrite           = 1;  
    sNodeName        = ‘Airport WP’;
    sServerURI       = ‘socket://193.10.100.10:30000’;
    sOLEID           = ‘Lapxm.MmwSender.1’;
  };

// Optional parameters with default values.

    sGateWayURI      = 'none';
    iMsgReceiptLevel = 0;
    sMsgSendMethod   = 'post';
    iMsgTimeout      = 120;


// 27 _______________________________________________________________
// ******************************************************************
// Adaptive RASS Audio Frequency Module - Adjusts the limits of the
// RASS audio frequencies using virtual temperature data acquired
// in a previous RASS consensus cycle.
//
// This module must follow the consensus wind/temperature and/or QC
// module in the [PROCESSES] section. Please refer to the LAP-XM®
// Software Manual, Section 4.3.5.16.
// ******************************************************************

  Rass_AdaptiveAudioFreq(NULL, CnsRASS)
  {
    iEnable        = 1;
    fTempAllowance = 3.0;
    sOLEID         = 'Lapxm.Rass_AdaptiveAudioFreq.1';
  };

// Optional parameters with default values.

    fMaxSnr             = 60.0;
    fMaxSnrGradient     = 120.0;
    fMinSnr             = -20.0;
    fPctLimit           = 50.0;
    iSpecPointAllowance = 4;
    iUseTempCorrected   = 0;


// 28 _______________________________________________________________
// ******************************************************************
// RASS Correction Module - Computes corrected virtual temperature
// using an algorithm from the German Weather Service (DWD).
//
// This module must follow the consensus wind/temperature module in
// the [PROCESSES] section. Please refer to the LAP-XM® Software Manual,
// Section 4.3.6.7.
// ******************************************************************

  [CnsRASSCorr, CnsRASS1Corr] = RassCorrection(NULL, {CnsRASS, CnsRASS1})
  {
    fAverageHumidityPct        = {70.0, 70.0};
    iInterpolateBadRanges      = {1, 1};
    fLightVelocityAtm          = {2.99707e+8, 2.99707e+8};
    fMaxSnr                    = {45.0, 45.0};
    fMaxSnrGradient            = {60.0, 60.0};
    fMinSnr                    = {0.0, 0.0};
    iUseReflectivityCorrection = {1, 1};
    iUseTemperatureCorrection  = {1, 1};
    sOLEID                     = 'Lapxm.RassCorrection_DWD.1';  
  };


// 29 _______________________________________________________________
// ******************************************************************
// Spectra/Moments Replay Module - Replays Time Series, Spectra and/or
// Moment binary data files for display or reprocessing. The [PROCESSES]
// section of a configuration file for reprocessing would start with
// this module. The signal processing and/or display modules would follow.
//
// sFile can have wildcards: sFile = {'D06*a.spc'};
// sDateRange shows YYJJJ of desired files: sDateRange = {'06143','06150'};
//
// Please refer to the LAP-XM® Software Manual, Section 4.3.6.1.
// ******************************************************************

  [TsWA,SpecWA,MomWA,TsWB,SpecWB,MomWB,TsRASS,SpecRASS,MomRASS] = PlayBack(NULL)
  {
    sFile            = 'D06267a.spc';
    sPath            = 'd:\LapxmData\specmom';
    iProcessSpeedSec = 2;
    sOLEID           = 'LAPXM.PlayBack.1';      
  };

// Optional parameters with default values.

    sDateRange            = {'none'};
    iDwellControlModule   = 'DwellControl_Speed';
    iProcessSpeedMilliSec = 0;
    iUseCurrentTimeStamp = 0;