LQ Decomposition of a General Size Matrix
[General Size Matrices]


Functions
Gan_Bool	gan_mat_lq (Gan_Matrix A, Gan_SquMatrix L, Gan_Matrix Q, double work, unsigned long work_size)
	Performs LQ decomposition of matrix.
Gan_Bool	gan_matf_lq (Gan_Matrix_f A, Gan_SquMatrix_f L, Gan_Matrix_f Q, float work, unsigned long work_size)
	Performs LQ decomposition of matrix.

Function Documentation

Gan_Bool gan_mat_lq ( Gan_Matrix * A,

Gan_SquMatrix * L,

Gan_Matrix * Q,

double * work,

unsigned long work_size

)

Performs LQ decomposition of matrix.

Returns:
GAN_TRUE on success, GAN_FALSE on failure.
Performs LQ decomposition of matrix A:
$A = L \: Q$
where A is an $ m $ by $ n $ matrix where $m \geq n$ , L is a lower triangular matrix and Q is an orthogonal matrix.
work is a workspace array of size work_size, which should be $\geq n+\mbox{max}(1,m)$ .
L may be passed as NULL, in which case the triangular factor is not computed.

Gan_Bool gan_matf_lq ( Gan_Matrix_f * A,

Gan_SquMatrix_f * L,

Gan_Matrix_f * Q,

float * work,

unsigned long work_size

)

Performs LQ decomposition of matrix.

Returns:
GAN_TRUE on success, GAN_FALSE on failure.
Performs LQ decomposition of matrix A:
$A = L \: Q$
where A is an $ m $ by $ n $ matrix where $m \geq n$ , L is a lower triangular matrix and Q is an orthogonal matrix.
work is a workspace array of size work_size, which should be $\geq n+\mbox{max}(1,m)$ .
L may be passed as NULL, in which case the triangular factor is not computed.

Generated on Fri Mar 17 12:44:59 2006 by

1.3.9.1

LQ Decomposition of a General Size Matrix [General Size Matrices]

Functions

Function Documentation

LQ Decomposition of a General Size Matrix
[General Size Matrices]