File MIES_SweepFormula_Operations.ipf¶

SFO Sweep Formula Operations

Functions

wave SFO_OperationAnaFuncParam(SF_ExecutionData *exd)¶

wave SFO_OperationAnaFuncParamIterate(string graph, WaveText names, WaveRefWaveOrNull selectDataArray, string opShort)¶

static wave SFO_OperationAnaFuncParamImpl(string graph, WaveText names, WaveOrNull selectData, string opShort)¶

static wave SFO_OperationAnaFuncParamImplAllNames(WaveText names, WaveRefWave lbnParams)¶

Gather all requested analysis function parameters with wildcard support

Parameters:

names – requested analysis function parameter names, can include wildcards
lbnParams – wave reference wave, one wave per selectData entry, with the analysis function parameter data from the labnotebook including JWN metadata

Returns:

expanded analysis function parameter names (i.e. without wildcards) which match at least in one selectData entry

wave SFO_OperationApFrequency(SF_ExecutionData *exd)¶

static variable SFO_OperationApFrequencyNormalizeOverSweeps(WaveRefWave output, variable normValue)¶

static variable SFO_OperationApFrequencyNormalizeOverSweepsImpl(WaveOrNull data, variable normValue)¶

static wave SFO_OperationApFrequencyImpl(WaveOrNull data, variable level, variable method, string yStr, string normStr, string xAxisTypeStr, variable *normOSValue, wave normMean)¶

static string SFO_OperationApFrequencyMethodToString(variable method)¶

static variable SFO_ApFrequencyInstantaneous(wave peaksAt)¶

static wave SFO_ApFrequencyInstantaneousPairs(wave peaksAt, variable yModeTime, variable xAxisIsCounts)¶

wave SFO_OperationArea(SF_ExecutionData *exd)¶

static wave SFO_OperationAreaImpl(WaveOrNull input, variable zero)¶

wave SFO_OperationAvg(SF_ExecutionData *exd)¶

static wave SFO_OperationAvgImplOver(WaveRefWave input, string graph, string opShort)¶

static wave SFO_OperationAvgImplIn(WaveOrNull input)¶

wave SFO_OperationButterworth(SF_ExecutionData *exd)¶: butterworth(data, lowPassCutoff, highPassCutoff, order)

static wave SFO_OperationButterworthImpl(WaveOrNull input, variable lowPassCutoff, variable highPassCutoff, variable order)¶

wave SFO_OperationConcat(SF_ExecutionData *exd)¶: concat(array0, array1, array2, …)

wave SFO_OperationCursors(SF_ExecutionData *exd)¶

wave SFO_OperationData(SF_ExecutionData *exd)¶

data(array range[, array selectData])

returns [sweepData][sweeps][channelTypeNumber] for all sweeps selected by selectData

wave SFO_OperationDataset(SF_ExecutionData *exd)¶

wave SFO_OperationDerivative(SF_ExecutionData *exd)¶

static wave SFO_OperationDerivativeImpl(WaveOrNull input)¶

wave SFO_OperationDiv(SF_ExecutionData *exd)¶

static wave SFO_OperationDivImplDataSets(WaveOrNull data0, WaveOrNull data1)¶

wave SFO_OperationEpochs(SF_ExecutionData *exd)¶

static wave SFO_OperationEpochsImpl(string graph, WaveText epochPatterns, WaveOrNull selectData, variable epType, string opShort)¶

wave SFO_OperationFindLevel(SF_ExecutionData *exd)¶

wave SFO_OperationFit(SF_ExecutionData *exd)¶

wave SFO_OperationFitImpl(wave xData, wave yData, string fitFunc, wave holdWave, wave initialValues)¶

wave SFO_OperationFitLine(SF_ExecutionData *exd)¶

wave SFO_OperationIntegrate(SF_ExecutionData *exd)¶

static wave SFO_OperationIntegrateImpl(WaveOrNull input)¶

wave SFO_OperationLabnotebook(SF_ExecutionData *exd)¶

labnotebook(array keys[, array selectData [, string entrySourceType]])

return lab notebook key for all sweeps that belong to the channels channels

static wave SFO_OperationLabnotebookIterate(string graph, WaveText lbnKeys, WaveRefWaveOrNull selectDataArray, variable mode, string opShort)¶

static wave SFO_OperationLabnotebookImpl(string graph, WaveText LBNKeys, WaveOrNull selectData, variable mode, string opShort)¶

static wave SFO_OperationLabnotebookImplGetEntry(string graph, wave selectData, variable index, string lbnKey, variable mode)¶

static string SFO_GetLabnotebookEntryUnits_Impl(wave numericalKeys, wave textualKeys, string entry)¶

static wave SFO_GetLabnotebookEntryUnits(string graph, WaveText allLBNKeys, wave selectData)¶

static wave SFO_OperationLabnotebookExpandKeys(string graph, WaveText LBNKeys, wave selectData, variable mode)¶

wave SFO_OperationLog(SF_ExecutionData *exd)¶

static variable SFO_OperationLogImpl(WaveOrNull input)¶

wave SFO_OperationLog10(SF_ExecutionData *exd)¶

static wave SFO_OperationLog10Impl(WaveOrNull input)¶

wave SFO_OperationMax(SF_ExecutionData *exd)¶

static wave SFO_OperationMaxImpl(WaveOrNull input)¶

wave SFO_OperationMerge(SF_ExecutionData *exd)¶

wave SFO_OperationMin(SF_ExecutionData *exd)¶

static wave SFO_OperationMinImpl(WaveOrNull input)¶

wave SFO_OperationMinus(SF_ExecutionData *exd)¶

static wave SFO_OperationMinusImplDataSets(WaveOrNull data0, WaveOrNull data1)¶

wave SFO_OperationMult(SF_ExecutionData *exd)¶

static wave SFO_OperationMultImplDataSets(WaveOrNull data0, WaveOrNull data1)¶

wave SFO_OperationPlus(SF_ExecutionData *exd)¶

static wave SFO_OperationPlusImplDataSets(WaveOrNull data0, WaveOrNull data1)¶

wave SFO_OperationPowerSpectrum(SF_ExecutionData *exd)¶

static wave SFO_PowerSpectrumRatio(WaveOrNull input, variable ratioFreq, variable deltaHz, wave fitData = defaultValue)¶

variable SFO_LineNoiseFit(wave w, variable x)¶

static wave SFO_OperationPowerSpectrumImpl(WaveOrNull input, string unit, variable cutoff, string winFunc)¶

wave SFO_OperationRange(SF_ExecutionData *exd)¶: range (start[, stop[, step]])

wave SFO_OperationRMS(SF_ExecutionData *exd)¶

static wave SFO_OperationRMSImpl(WaveOrNull input)¶

wave SFO_OperationSetScale(SF_ExecutionData *exd)¶: setscale(data, dim, [dimOffset, [dimDelta[, unit]]])

static wave SFO_OperationSetScaleImpl(WaveOrNull input, string dim, variable offset, variable delta, string unit)¶

wave SFO_OperationStdev(SF_ExecutionData *exd)¶

static wave SFO_OperationStdevImpl(WaveOrNull input)¶

wave SFO_OperationStore(SF_ExecutionData *exd)¶

wave SFO_OperationText(SF_ExecutionData *exd)¶

static wave SFO_OperationTextImpl(WaveOrNull input)¶

wave SFO_OperationVariance(SF_ExecutionData *exd)¶

static wave SFO_OperationVarianceImpl(WaveOrNull input)¶

wave SFO_OperationWave(SF_ExecutionData *exd)¶

wave SFO_OperationXValues(SF_ExecutionData *exd)¶

static wave SFO_OperationXValuesImpl(WaveOrNull input)¶

static wave SFO_IndexOverDataSetsForPrimitiveOperation(SF_ExecutionData *exd, string opShort)¶

static variable SFO_AssertOnMismatchedWaves(wave data0, wave data1, string opShort)¶

static std::tuple<WaveDouble, WaveDouble> SFO_ParseFitConstraints(WaveTextOrNull constraints, variable numParameters)¶

static wave SFO_GetNumericVarArgs(SF_ExecutionData *exd, string opShort)¶

static variable SFO_RemoveEndOfSweepNaNs(WaveOrNull input)¶

static wave SFO_AverageDataOverSweeps(WaveRefWave input)¶

static wave SFO_SweepAverageHelper(WaveRefWave group)¶

Variables

static const double SF_APFREQUENCY_FULL = 0x0¶

static const double SF_APFREQUENCY_INSTANTANEOUS = 0x1¶

static const double SF_APFREQUENCY_APCOUNT = 0x2¶

static const double SF_APFREQUENCY_INSTANTANEOUS_PAIR = 0x3¶

static const string SF_OP_APFREQUENCY_Y_TIME = "time"¶

static const string SF_OP_APFREQUENCY_Y_FREQ = "freq"¶

static const string SF_OP_APFREQUENCY_NORMOVERSWEEPSMIN = "normoversweepsmin"¶

static const string SF_OP_APFREQUENCY_NORMOVERSWEEPSMAX = "normoversweepsmax"¶

static const string SF_OP_APFREQUENCY_NORMOVERSWEEPSAVG = "normoversweepsavg"¶

static const string SF_OP_APFREQUENCY_NORMWITHINSWEEPMIN = "norminsweepsmin"¶

static const string SF_OP_APFREQUENCY_NORMWITHINSWEEPMAX = "norminsweepsmax"¶

static const string SF_OP_APFREQUENCY_NORMWITHINSWEEPAVG = "norminsweepsavg"¶

static const string SF_OP_APFREQUENCY_NONORM = "nonorm"¶

static const string SF_OP_APFREQUENCY_X_COUNT = "count"¶

static const string SF_OP_APFREQUENCY_X_TIME = "time"¶

static const string SF_OP_AVG_INSWEEPS = "in"¶

static const string SF_OP_AVG_OVERSWEEPS = "over"¶

static const string SF_OP_EPOCHS_TYPE_RANGE = "range"¶

static const string SF_OP_EPOCHS_TYPE_NAME = "name"¶

static const string SF_OP_EPOCHS_TYPE_TREELEVEL = "treelevel"¶

static const double EPOCHS_TYPE_INVALID = -1¶

static const double EPOCHS_TYPE_RANGE = 0¶

static const double EPOCHS_TYPE_NAME = 1¶

static const double EPOCHS_TYPE_TREELEVEL = 2¶

static const string SF_POWERSPECTRUM_UNIT_DEFAULT = "default"¶

static const string SF_POWERSPECTRUM_UNIT_DB = "db"¶

static const string SF_POWERSPECTRUM_UNIT_NORMALIZED = "normalized"¶

static const string SF_POWERSPECTRUM_AVG_ON = "avg"¶

static const string SF_POWERSPECTRUM_AVG_OFF = "noavg"¶

static const string SF_POWERSPECTRUM_WINFUNC_NONE = "none"¶

static const double SF_POWERSPECTRUM_RATIO_DELTAHZ = 10¶

static const double SF_POWERSPECTRUM_RATIO_EPSILONHZ = 0.25¶

static const double SF_POWERSPECTRUM_RATIO_EPSILONPOSFIT = 1E-3¶

static const double SF_POWERSPECTRUM_RATIO_MAXFWHM = 5¶

static const double SF_POWERSPECTRUM_RATIO_GAUSS_SIGMA2FWHM = 2.35482004503¶

static const double SF_POWERSPECTRUM_RATIO_GAUSS_NUMCOEFS = 4¶

static const string SF_AVERAGING_NONSWEEPDATA_LBL = "NOSWEEPDATA"¶