Vaisala Configuration File

Latest revision as of 01:55, 22 November 2013

Vaisala Configuration File

// Configuration Editor file for: // Two Winds, 1290 MHz, no RASS

[GLOBAL] { }

[DWELLMODES] {

 MODENAME = WA
 {
   iAddtoDir         = 0;
   iAtten            = 0;
   iFirstGateNs      = 4000;
   iFlip             = 1;
   iGateSpacingNs    = 500;
   iIppNs            = 56000;
   iNCI              = 50;
   iNCode            = 1;
   iNhts             = 30;
   iNpts             = 256;
   iNRx              = 1;
   iNRxMode          = 0;
   iNSpec            = 16;
   iPwNs             = 708;
   iRassDopPtBegin   = 1;
   iRassDopPtNum     = 0;
   iRassOn           = 0;
   iTxOn             = 0;
   iVertCorrectHw    = 1;
   iWindDopPtBegin   = 1;
   iWindDopPtNum     = 256;
   sOutputTS         = "TsWA";
 }

MODENAME = WB

 {
   iAddtoDir         = 0;
   iAtten            = 0;
   iFirstGateNs      = 6000;
   iFlip             = 0;
   iGateSpacingNs    = 2833;
   iIppNs            = 140000;
   iNCI              = 32;
   iNCode            = 0;
   iNhts             = 21;
   iNpts             = 256;
   iNRx              = 1;
   iNRxMode          = 0;
   iNSpec            = 16;
   iPwNs             = 1417;
   iRassDopPtBegin   = 1;
   iRassDopPtNum     = 0;
   iRassOn           = 0;
   iTxOn             = 1;
   iVertCorrectHw    = 1;
   iWindDopPtBegin   = 1;
   iWindDopPtNum     = 256;
   sOutputTS         = "TsWB";
 }

}

[DWELLLIST] {

      WAB_4 = {'WA/0','WA/1','WA/2','WA/3','WA/4','WA/5'};

}

[DWELLSEQUENCE] {

 REPEAT {
          Acquire(WAB_4); 
        } FOREVER;

}

[PROCESSES] {

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

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

 [SpecWA_IR,SpecWB_IR] = InterferenceReduction(NULL,{SpecWA,SpecWB})
 {
   iUseRiddleGCRemoval   = {1,1};           
   fClutterHeightKm      = {1.1, 4.3};         
   sOLEID = 'Lapxm.Spectra_InterferenceReduction.1';
 };

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

 DwellDisplay(NULL, {TsWA,TsWB},{SpecWA,SpecWB},{MomWA,MomWB})
 {
   iContourFirstLevel    = 1;
   iContourInterval      = 5;
   iCreateContourPlot    = 1;
   iCreateMomentsTable   = 1;
   iCreateSnrPlot        = 1;
   iCreateStackedPlot    = 1;
   iCreateTimeSeriesPlot = 0;
   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';
 };

 [CnsWA] = Consensus_WindTemp_WA(NULL,{MomWA},{TsWA})
 {
   iUseRunningConsensus               = 0;
   iConsenseOnStop                    = 1;
   iConsenseOnMinute                  = {0,30};
   iCnsIntervalCycles                 = 5;
   iCnsLengthCycles                   = 10;
   fDeltaT                            = 0.0;
   fDeltaTc                           = 0.0;
   fDeltaUV                           = 3.0;
   fDeltaW                            = 3.0;
   fPctDataT                          = 0.0;
   fPctDataTc                         = 0.0;
   fPctDataUV                         = 60.0;
   fPctDataW                          = 60.0;
   iVerticalCorrect                   = 1;  
   iUseObliqueBeamsForVertical        = 1;
   iUseVerticalObliqueRangeCorrection = 1;
   iCheckConsensusSpan                = 1;
   sMethod                            = "mean";
   sTimeStamp                         = "begin";
   sOLEID                             = 'Lapxm.Consensus_WindTemp.1';
 };

 [CnsWB] = Consensus_WindTemp_WB(NULL,{MomWB},{TsWB})
 {
   iUseRunningConsensus               = 0;
   iConsenseOnStop                    = 1;
   iConsenseOnMinute                  = {0,30};
   iCnsIntervalCycles                 = 5;
   iCnsLengthCycles                   = 10;
   fDeltaT                            = 0.0;
   fDeltaTc                           = 0.0;
   fDeltaUV                           = 3.0;
   fDeltaW                            = 3.0;
   fPctDataT                          = 0.0;
   fPctDataTc                         = 0.0;
   fPctDataUV                         = 60.0;
   fPctDataW                          = 60.0;
   iVerticalCorrect                   = 1;  
   iUseObliqueBeamsForVertical        = 1;
   iUseVerticalObliqueRangeCorrection = 1;
   iCheckConsensusSpan                = 1;
   sMethod                            = "mean";
   sTimeStamp                         = "begin";
   sOLEID                             = 'Lapxm.Consensus_WindTemp.1';
 };

 [CnsWA_QC, CnsWB_QC, CnsRASS_QC] = QC_WeberWuertz(NULL,{CnsWA, CnsWB, CnsRASS})
 {
   iEnable              = {1, 1, 1};
   iProfiles            = {6, 6, 6}; 
   iNeighborsInHeight   = {2, 2, 2};
   iNeighborsInTime     = {2, 2, 2};
   fMaxGradientU    = {5.0, 5.0, 5.0}; 
   fMaxGradientV    = {5.0, 5.0, 5.0}; 
   fMaxGradientW    = {3.0, 3.0, 3.0}; 
   fMaxGradientTemp     = {4.0, 4.0, 4.0};
   iMinPatternSize      = {10, 10, 10};
   iQCCode              = {7, 7, 7};
   sOLEID               = 'Lapxm.QC_WeberWuertz.1';
 };

}

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