AnalogFilterContinousToDiscrete Method

Transforms Continous Poles and zeros into Discrete poles and zeros. this uses the biLinear transformation/ Tustin Approximation If necessary Prewarping is supported via fp

Namespace: GSF.NumericalAnalysis
Assembly: GSF.Core (in GSF.Core.dll) Version: 2.4.101-beta

Syntax

C++

JavaScript

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public DigitalFilter ContinousToDiscrete(
	double fs,
	double fp = 0
)

Public Function ContinousToDiscrete ( 
	fs As Double,
	Optional fp As Double = 0
) As DigitalFilter

public:
DigitalFilter^ ContinousToDiscrete(
	double fs, 
	double fp = 0
)

member ContinousToDiscrete : 
        fs : float * 
        ?fp : float 
(* Defaults:
        let _fp = defaultArg fp 0
*)
-> DigitalFilter

function ContinousToDiscrete(fs, fp);

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Parameters

fs: Type: SystemDouble
Sampling Frequency
fp (Optional): Type: SystemDouble
pre-warp frequency

Return Value

Type: DigitalFilter

Reference

AnalogFilter Class

GSF.NumericalAnalysis Namespace

AnalogFilterAddLanguageSpecificTextSet("LST67664A39_0?cpp=::|nu=.");ContinousToDiscrete Method

Parameters

Return Value

Reference

AnalogFilterContinousToDiscrete Method