VirtualMatrix.EigenDecomposition(Matrix, Matrix, Matrix, Matrix) Method

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Description

Decomposes the matrix M such that M = V D V^-1, where the columns of V are the eigen vectors of M and D is a diagonal matrix where the diagonal elements are the eigen values of M. Any complex components of of V or D will be returned in separate, corresponding matrices.

Timing Precision Mode

This page describes functionality in nanosecond timing precision mode.

Click here to see the documentation for this object in millisecond timing precision mode.

Method Signature

VirtualMatrix.EigenDecomposition(	Matrix D_real,
	Matrix V_real,
	Matrix D_imaginary,
	Matrix V_imaginary)

Arguments

D_real
Description:	The matrix which holds the real components of the eigen values on the diagonal.

V_real
Description:	The matrix which holds the real components of the eigen vectors as columns.

D_imaginary
Description:	The matrix which holds the imaginary components of the eigen values on the diagonal.

V_imaginary
Description:	The matrix which holds the imaginary components of the eigen vectors as columns.

Syntax

[1,2; 3,4].EigenDecomposition(myMatrix1, myMatrix2, myMatrix3, myMatrix4);