ISmUnivariateSpectrumAnalysis

Assembly: Stat;

Namespace: Prognoz.Platform.Interop.Stat;

Description

The ISmUnivariateSpectrumAnalysis interface defines the parameters of spectrum analysis. Spectrum analysis is used to determine seasonal effects with various length, whereas other types of analysis use seasonal components whose length is known or predicted and then included into some theoretical models of moving average or autocorrelation.

Inheritance Hierarchy

          IStatMethod

          ISmUnivariateSpectrumAnalysis

Properties

	Property name	Brief description
	CalculateCovariances	Outdated. The CalculateCovariances property determines whether covariances are specified or calculated.
	Covariances	Outdated. The Covariances property determines covariances.
	CovariancesCount	Outdated. The CovariancesCount property determines the number of covariances.
	CutOffPoint	The CutOffPoint property determines a cutoff point (the length of a source series for the sample period).
	DataProportion	The DataProportion property determines boundary data proportion.
	FastFourierTransformOrder	The FastFourierTransformOrder property determines the order of fast Fourier transform.
	FrequencyDevision	Outdated. The FrequencyDevision property determines a frequency divisor.
	InitCorrection	The InitCorrection property determines the type of initial correction.
	LagWindow	The LagWindow property determines a lag window.
	LoggedSpectralEstimates	Outdated.The LoggedSpectralEstimates property determines whether spectral estimates can be shifted.
	MissingData	The MissingData property determines missing data treatment parameters.
	ModelPeriod	The ModelPeriod property determines the sample period.
	PaddingType	The PaddingType property determines series padding or truncating method.
	Periodogramm	The Periodogramm property returns a periodogram.
	Serie	The Serie property determines a source data series.
	ShapeParameter	The ShapeParameter property determines the shape parameter.
	Spectrum	The Spectrum property returns spectral concentration.
	SpectrumFrequency	The SpectrumFrequency property returns spectral frequency.
	SpectrumPeriod	The SpectrumPeriod property returns spectrum period.
	SpectrumStatistics	The SpectrumStatistics property returns spectral summary statistics.
	UseFastFourierTransform	The UseFastFourierTransform property determines whether a fast Fourier transform should be used.
	Weights	The Weights property returns lag window weights.
	ZerosCount	The ZerosCount property determines the number of zero values for extending the length of a source series.

Properties inherited from IStatMethod

	Property name	Brief description
	DisplayName	The DisplayName property returns the displayed method name.
	ErrorByStatus	The ErrorByStatus property returns an error message by the error number.
	Errors	The Errors property returns a message with all the errors and warnings.
	Name	The Name property returns the internal method name.
	PerformanceTime	The PerformanceTime property returns method execution time.
	Status	The Status property returns the method execution status.
	SupportsR	The SupportsR property returns whether statistical method can be calculated via R package.
	UseR	The UseR property determines whether statistical method is calculated via the R package.
	WarningByStatus	The WarningByStatus property returns a warning text by its number.
	Warnings	The Warnings property returns the warnings that occurred at method calculation.
	WarningsCount	The WarningsCount property returns the number of warnings that occurred at the method calculation.
	WarningsNumbers	The WarningsNumbers property returns numbers of warnings that occurred at the method calculation.

Methods inherited from IStatMethod

	Method Name	Brief description
	Clone	The Clone method clones a statistical method object.
	Execute	The Execute method executes a statistical method.
	LoadFromXML	The LoadFromXML method loads statistical method settings from XML code.
	SaveToXML	The SaveToXML method unloads statistical method settings to XML code.

See also:

Stat Assembly Interfaces | Spectrum analysis