Class SLDft.TSLDft
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Use this component to perform Discrete Fourier transformation | Use this component to perform Discrete Fourier transformation | ||
(DFT) over Real or Complex signal. | (DFT) over Real or Complex signal. | ||
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| + | <b>Diagram:</b> | ||
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| + | [[Image:SLDft_Preview.png]] | ||
== Properties == | == Properties == | ||
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=== Published === | === Published === | ||
*[[Property SLDft.TSLDft.WindowType|WindowType]] - Windowing function to be applied on the signal prior performing DFT. | *[[Property SLDft.TSLDft.WindowType|WindowType]] - Windowing function to be applied on the signal prior performing DFT. | ||
| + | *[[Property SLDft.TSLDft.Normalization|Normalization]] - The normalization type for the DFT operation. | ||
== From [[Class SLFourier.TSLFourierBaseComponent|TSLFourierBaseComponent]] == | == From [[Class SLFourier.TSLFourierBaseComponent|TSLFourierBaseComponent]] == | ||
Revision as of 20:30, 10 June 2013
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Package: SignalLabPkg
Unit: SLDft
Inherits: TSLFourierBaseComponent
Contents |
Syntax
Delphi:
type TSLDft = class( TSLFourierBaseComponent )
C++ Builder:
class TSLDft : public TSLFourierBaseComponent
Visual C++ (MFC):
class CTSLDft : public CTSLFourierBaseComponent
C# (.NET):
public ref class TSLDft : Mitov.SignalLab.FourierBaseComponent
Summary
Performs Discrete Fourier Transformation (DFT).
Description
Use this component to perform Discrete Fourier transformation (DFT) over Real or Complex signal.
Diagram:
Properties
Published
- WindowType - Windowing function to be applied on the signal prior performing DFT.
- Normalization - The normalization type for the DFT operation.
From TSLFourierBaseComponent
Properties
Published
- Alpha - Adjustable parameter associated with some of the windowing equations.
- IgnoreDC - Ignores the DC component.
Pins
- InputPin - The Real(double) or Complex input pin of the FFT.
- OutputPin - The Complex output pin of the FFT.
- SpectrumOutputPin - The Real(double) spectrum output pin.
