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residuezd (MathScript RT Module Function)

LabVIEW 2012 MathScript RT Module Help

Edition Date: June 2012

Part Number: 373123C-01

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Owning Class: linear systems

Requires: MathScript RT Module

Syntax

[r, p, k] = residuezd(b, a)

[b2, a2] = residuezd(r2, p2, k2)

Legacy Name: residuez

Description

Computes the z-transform partial fraction expansion of two polynomials or transforms a given partial fraction expansion into the original polynomial representation.

Examples

Inputs

Name Description
b Specifies the coefficients in descending order of power of the numerator polynomial.
a Specifies the coefficients in descending order of power of the denominator polynomial.
r2 Specifies the residues of the partial fraction expansion. r2 is a real or complex vector.
p2 Specifies the poles of the partial fraction expansion. p2 is a real or complex vector.
k2 Specifies the coefficients in descending order of power of the quotient polynomial of a2 and b2.

Outputs

Name Description
r Returns the residues of the partial fraction expansion. r is a real or complex vector.
p Returns the poles of the partial fraction expansion. p is a real or complex vector.
k Returns the coefficients in descending order of power of the quotient polynomial of a and b.
b2 Returns the coefficients in descending order of power of the numerator polynomial.
a2 Returns the coefficients in descending order of power of the denominator polynomial.

Details

The following table lists the support characteristics of this function.

Supported in the LabVIEW Run-Time Engine Yes
Supported on RT targets Yes
Suitable for bounded execution times on RT Not characterized

Examples

B = [1, 2, 3, 4];
A = [1, 1];
[R, P, K] = residuezd(B, A)

Related Topics

residue


 

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