#include <math.h>
#include <AR/config.h>

Include dependency graph for backup/include/AR/matrix.h:

Classes
struct	ARMat
	matrix structure. More...
struct	ARVec
	vector structure. More...
Defines
#define	ARELEM0(mat, r, c) ((mat)->m[(r)*((mat)->clm)+(c)])
	macro function that give direct access to an element (0 origin)
#define	ARELEM1(mat, row, clm) ARELEM0(mat,row-1,clm-1)
	macro function that give direct access to an element (1 origin)
Functions
ARMat *	arMatrixAlloc (int row, int clm)
	creates a new matrix.
ARMat *	arMatrixAllocDup (ARMat *source)
	dumps a new matrix
ARMat *	arMatrixAllocInv (ARMat *source)
	inverses a matrix.
ARMat *	arMatrixAllocMul (ARMat a, ARMat b)
	Multiply two matrix with memory allocation.
ARMat *	arMatrixAllocTrans (ARMat *source)
	transposes a matrix with allocation.
ARMat *	arMatrixAllocUnit (int dim)
	Creates a unit matrix.
double	arMatrixDet (ARMat *m)
	compute determinant of a matrix.
int	arMatrixDisp (ARMat *m)
	display content of a matrix.
int	arMatrixDup (ARMat dest, ARMat source)
	copy a matrix
int	arMatrixFree (ARMat *m)
	deletes a matrix.
int	arMatrixInv (ARMat dest, ARMat source)
	inverse a matrix.
int	arMatrixMul (ARMat dest, ARMat a, ARMat *b)
	Multiply two matrix.
int	arMatrixPCA (ARMat input, ARMat evec, ARVec ev, ARVec mean)
	compute the PCA of a matrix.
int	arMatrixPCA2 (ARMat input, ARMat evec, ARVec *ev)
	compute the PCA of a matrix.
int	arMatrixSelfInv (ARMat *m)
	inverses a matrix.
int	arMatrixTrans (ARMat dest, ARMat source)
	transposes a matrix.
int	arMatrixUnit (ARMat *unit)
	Creates a unit matrix.
ARVec *	arVecAlloc (int clm)
	creates a new vector.
int	arVecDisp (ARVec *v)
	display a vector.
int	arVecFree (ARVec *v)
	delete a vector.
double	arVecHousehold (ARVec *x)
	XXXBK.
double	arVecInnerproduct (ARVec x, ARVec y)
	Computes the inner product of 2 vectors.
int	arVecTridiagonalize (ARMat a, ARVec d, ARVec *e)
	XXXBK.

Define Documentation

#define ARELEM0	(	mat,
		r,
		c
	)	((mat)->m[(r)*((mat)->clm)+(c)])

macro function that give direct access to an element (0 origin)

Definition at line 100 of file backup/include/AR/matrix.h.

#define ARELEM1	(	mat,
		row,
		clm
	)	ARELEM0(mat,row-1,clm-1)

macro function that give direct access to an element (1 origin)

Definition at line 108 of file backup/include/AR/matrix.h.

Function Documentation

ARMat* arMatrixAlloc	(	int	row,
		int	clm
	)

creates a new matrix.

Allocate and initialize a new matrix structure. XXXBK initializing ?? to 0 m ??

Parameters:

row	number of line
clm	number of column

Returns:: the matrix structure, NULL if allocation is impossible

Definition at line 22 of file lib/SRC/AR/mAlloc.c.

ARMat* arMatrixAllocDup ( ARMat * source )

dumps a new matrix

Allocates and recopy the original source matrix.

Parameters:

source the source matrix to copy

Returns:: the matrix if success, NULL if error

Definition at line 22 of file lib/SRC/AR/mAllocDup.c.

ARMat* arMatrixAllocInv ( ARMat * source )

inverses a matrix.

Inverses a matrix and copy the result in in a new allocated structure.

Parameters:

source the matrix to inverse

Returns:: the inversed matrix if success, NULL if error

Definition at line 21 of file lib/SRC/AR/mAllocInv.c.

ARMat* arMatrixAllocMul	(	ARMat *	a,
		ARMat *	b
	)

Multiply two matrix with memory allocation.

multiply two matrix and copy the result in a new allocate matrix (the source matrix is unmodified). the product is this one : dest = a * b

Parameters:

a	first matrix
b	second matrix

Returns:: the allocated matrix if success, NULL if error

Definition at line 21 of file lib/SRC/AR/mAllocMul.c.

ARMat* arMatrixAllocTrans ( ARMat * source )

transposes a matrix with allocation.

transposes a matrix and copy the result in a new allocate matrix (the source matrix is unmodified).

Parameters:

source the matrix to transpose

Returns:: the allocated matrix if success, NULL if error (creation or transposition impossible)

Definition at line 21 of file lib/SRC/AR/mAllocTrans.c.

ARMat* arMatrixAllocUnit ( int dim )

Creates a unit matrix.

Allocates and initializes a matrix to a an identity matrix.

Parameters:

dim	dimensions of the unit matrix (square)

Returns:: the matrix allocated if success, NULL if error

Definition at line 21 of file lib/SRC/AR/mAllocUnit.c.

double arMatrixDet ( ARMat * m )

compute determinant of a matrix.

Compute the determinant of a matrix.

Parameters:

m	matrix source

Returns:: the computed determinant

Definition at line 20 of file lib/SRC/AR/mDet.c.

int arMatrixDisp ( ARMat * m )

display content of a matrix.

Display in current console, the content of the matrix. The display is done line by line.

Parameters:

m

Returns:: 0

Definition at line 16 of file lib/SRC/AR/mDisp.c.

int arMatrixDup	(	ARMat *	dest,
		ARMat *	source
	)

copy a matrix

copy one matrix to another. The two ARMat must be allocated.

Parameters:

dest	the destination matrix of the copy
source	the original matrix source

Returns:: 0 if success, -1 if error (matrix with different size)

Definition at line 16 of file lib/SRC/AR/mDup.c.

int arMatrixFree ( ARMat * m )

deletes a matrix.

Delete a matrix structure (deallocate used memory).

Parameters:

m	matrix to delete

Returns:: 0

Definition at line 21 of file lib/SRC/AR/mFree.c.

int arMatrixInv	(	ARMat *	dest,
		ARMat *	source
	)

inverse a matrix.

inverse a matrix and copy the result in a new one (the source matrix is unmodified). the destination matrix must be allocated. the source matrix need to be a square matrix.

Parameters:

dest	result matrix of the inverse operation
source	source matrix

Returns:: 0 if success, -1 if error (not square matrix)

Definition at line 16 of file lib/SRC/AR/mInv.c.

int arMatrixMul	(	ARMat *	dest,
		ARMat *	a,
		ARMat *	b
	)

Multiply two matrix.

Multiply two matrix and copy the result in another the product is this one : dest = a * b. The destination matrix must be allocated. Matrix a and b need to have the same size (the source matrix is unmodified).

Parameters:

dest	final matrix product
a	first matrix
b	second matrix

Returns:: 0 if success, -1 if error (multiplication impossible, or destination matrix have not comptabile size)

Definition at line 16 of file lib/SRC/AR/mMul.c.

int arMatrixPCA	(	ARMat *	input,
		ARMat *	evec,
		ARVec *	ev,
		ARVec *	mean
	)

compute the PCA of a matrix.

Compute the Principal Component Analysis (PCA) of a matrix.

Parameters:

input	source matrix
evec	eigen vector computed
ev	eigen value computed
mean	mean computed

Returns:: 0 if success to compute, -1 otherwise

Definition at line 49 of file lib/SRC/AR/mPCA.c.

int arMatrixPCA2	(	ARMat *	input,
		ARMat *	evec,
		ARVec *	ev
	)

compute the PCA of a matrix.

Compute the Principal Component Analysis (PCA) of a matrix.

Parameters:

input	source matrix
evec	result matrix
ev	egein value computed

Returns:: 0 if success to compute, -1 otherwise

Definition at line 89 of file lib/SRC/AR/mPCA.c.

int arMatrixSelfInv ( ARMat * m )

inverses a matrix.

Inverses a matrix and copy the result in the same structure.

Parameters:

m	the matrix to inverse

Returns:: 0 if success, -1 if error

Definition at line 18 of file lib/SRC/AR/mSelfInv.c.

int arMatrixTrans	(	ARMat *	dest,
		ARMat *	source
	)

transposes a matrix.

Transposes a matrix. The destination matrix must be allocated (the source matrix is unmodified).

Parameters:

dest	the destination matrix of the copy
source	the source matrix

Returns:: 0 if success, -1 if error (source and destination matrix have different size)

Definition at line 16 of file lib/SRC/AR/mTrans.c.

int arMatrixUnit ( ARMat * unit )

Creates a unit matrix.

Transforms the source parameter matrix to a unit matrix (all values are modified). the unit matrix needs to be allocated.

Parameters:

unit	the matrix to transform

Returns:: 0 if success, -1 if error

Definition at line 16 of file lib/SRC/AR/mUnit.c.

ARVec* arVecAlloc ( int clm )

creates a new vector.

Allocates and initializes new vector structure.

Parameters:

clm	dimension of vector

Returns:: the allocated vector, NULL if error (impossible allocation)

Definition at line 22 of file lib/SRC/AR/vAlloc.c.

int arVecDisp ( ARVec * v )

display a vector.

Display element of a vector.

Parameters:

v	the vector to display

Returns:: 0

Definition at line 17 of file lib/SRC/AR/vDisp.c.

int arVecFree ( ARVec * v )

delete a vector.

Delete a vector structure (deallocate used memory).

Parameters:

v	the vector to delete

Returns:: 0

Definition at line 22 of file lib/SRC/AR/vFree.c.

double arVecHousehold ( ARVec * x )

XXXBK.

XXXBK: for QR decomposition ?? (can't success to find french translation of this term)

Parameters:

x XXXBK

Returns:: XXXBK

Definition at line 17 of file lib/SRC/AR/vHouse.c.

double arVecInnerproduct	(	ARVec *	x,
		ARVec *	y
	)

Computes the inner product of 2 vectors.

computes the inner product of the two argument vectors. the operation done is a=x.y (and a is return)

Parameters:

x	first vector source
y	second vector source

Returns:: the computed innerproduct

Definition at line 18 of file lib/SRC/AR/vInnerP.c.

int arVecTridiagonalize	(	ARMat *	a,
		ARVec *	d,
		ARVec *	e
	)

XXXBK.

XXXBK

Parameters:

a	XXXBK
d	XXXBK
e	XXXBK

Returns:: XXXBK

Definition at line 17 of file lib/SRC/AR/vTridiag.c.

Classes

Defines

Functions

Define Documentation

Function Documentation