org.ejml.dense.block.decomposition.chol

Class InnerCholesky_FDRB

java.lang.Object

org.ejml.dense.block.decomposition.chol.InnerCholesky_FDRB

public class InnerCholesky_FDRB
extends java.lang.Object

Performs a cholesky decomposition on an individual inner block.

Constructor Summary

Constructors

Constructor and Description
InnerCholesky_FDRB()

Method Summary

Modifier and Type	Method and Description
static boolean	lower(float[] T, int indexT, int n) Performs an inline lower Cholesky decomposition on an inner row-major matrix.
static boolean	lower(org.ejml.data.FSubmatrixD1 T)
static boolean	upper(float[] T, int indexT, int n) Performs an inline upper Cholesky decomposition on an inner row-major matrix.
static boolean	upper(org.ejml.data.FSubmatrixD1 T)

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

InnerCholesky_FDRB

public InnerCholesky_FDRB()

Method Detail

upper

public static boolean upper(org.ejml.data.FSubmatrixD1 T)

lower

public static boolean lower(org.ejml.data.FSubmatrixD1 T)

upper

public static boolean upper(float[] T,
                            int indexT,
                            int n)

Performs an inline upper Cholesky decomposition on an inner row-major matrix. Only the upper triangular portion of the matrix is read or written to.

Parameters:

T - Array containing an inner row-major matrix. Modified.

indexT - First index of the inner row-major matrix.

n - Number of rows and columns of the matrix.

Returns:

If the decomposition succeeded.

lower

public static boolean lower(float[] T,
                            int indexT,
                            int n)

Performs an inline lower Cholesky decomposition on an inner row-major matrix. Only the lower triangular portion of the matrix is read or written to.

Parameters:

T - Array containing an inner row-major matrix. Modified.

indexT - First index of the inner row-major matrix.

n - Number of rows and columns of the matrix.

Returns:

If the decomposition succeeded.