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FloatVector Class Reference

#include <FloatVector.hpp>

Collaboration diagram for FloatVector:

[legend]List of all members.

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Detailed Description

Float Vector.

Author:

Bernard De Cuyper

Version:

0.05

Date:

26/08/2002

 
Purpose:        Define the concept of Real Vector.
                

@ Copyrights: Bernard De Cuyper & Eddy Fraiha 2002, Eggs & Pictures. MIT/Open BSD copyright model.

Public Methods
	FloatVector (int size)
	FloatVector (int size, float adata)
	FloatVector (const FloatVector &v)
FloatVector	operator= (const FloatVector &v)
	~FloatVector ()
FloatVector *	sub (int start, int step, int end)
FloatVector *	copy ()
int	size ()
void	load (FloatVector *v)
void	load (float coeff, FloatVector *v)
float *	getData ()
void	set0 (int index, float value)
float	get0 (int index)
void	set (int index, float value)
float	get (int index)
void	setAll (float value)
void	setAt (int p0, int n, float value)
int	indexArgMin ()
int	indexArgMax ()
float	argMin ()
float	argMax ()
float	vT_v ()
float	norme1 ()
float	norme2 ()
float	normeInf ()
float	sum ()
float	minimum ()
float	maximum ()
float	maxAbs ()
float	mean ()
float	sigma ()
void	random (float minval=0.0, float maxval=1.0)
float	undividedDiff (int cellj, int order)
float	dividedDiff (int cellj, int order, float dx=1.0)
FloatVector	pow (float pow)
FloatVector	log (float base)
void	operator+= (float value)
void	operator-= (float value)
void	operator *= (float value)
void	operator/= (float value)
void	operator+= (FloatVector &v)
void	operator-= (FloatVector &v)
void	operator *= (FloatVector &v)
void	operator/= (FloatVector &v)
void	subst (float a)
void	mult (float a)
void	div (float a)
void	delta (FloatVector *v1, FloatVector *v)
void	subst (FloatVector *v)
void	add (float a)
void	add (FloatVector *v)
void	add (FloatVector *v, FloatVector *v1)
void	add (FloatVector *v, FloatVector *v1, FloatVector *v2)
void	add (float a, FloatVector *v)
void	add (float a, FloatVector *v, float b, FloatVector *w)
void	add (float a, FloatVector *v, float b, FloatVector *w, float c, FloatVector *z)
void	add (float a, float b, FloatVector *v)
void	add (float a, float b, FloatVector *v, float c, FloatVector *w)
void	saxpy (float a, FloatVector *v)
void	gaxpy (AFSymMatrix *A, FloatVector *v)
void	gaxpy (float a, AFSymMatrix *A, FloatVector *v)
void	gaxpy (float a, float b, AFSymMatrix *A, FloatVector *v)
void	gaxpy (float a, float b, AFSymMatrix *A, FloatVector *v, float c, FloatVector *w)
void	gaxpy (float a, float b, AFSymMatrix *A, FloatVector *v, float c, AFSymMatrix *B, FloatVector *w)
float	prodScalar (FloatVector *v)
void	output ()
void	output (FILE *file)
Public Attributes
FloatVectorT	t ()
FloatVector	sqrt ()
FloatVector	sqr ()
FloatVector	exp ()
FloatVector	log ()
FloatVector	sin ()
FloatVector	cos ()
FloatVector	tan ()
Private Attributes
int	dataSize
float *	data
float *	data1
Friends
float	operator * (FloatVectorT &vt, FloatVector &u)
	Real Math Operations.
FloatVector	operator+ (FloatVector &v, float a)
FloatVector	operator+ (float a, FloatVector &v)
FloatVector	operator- (FloatVector &v, float a)
FloatVector	operator- (float a, FloatVector &v)
FloatVector	operator * (FloatVector &v, float a)
FloatVector	operator * (float a, FloatVector &v)
FloatVector	operator/ (FloatVector &v, float a)
FloatVector	operator+ (FloatVector &v1, FloatVector &v2)
FloatVector	operator- (FloatVector &v1, FloatVector &v2)

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Friends And Related Function Documentation

float operator * (  FloatVectorT &    vt, FloatVector &    u )  [friend]

Real Math Operations. Author: Bernard De Cuyper Version: 0.05 Date: 26/08/2002 Purpose: Define the concept of Real Math operands. @ Copyrights: Bernard De Cuyper & Eddy Fraiha 2002, Eggs & Pictures. MIT/Open BSD copyright model.

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The documentation for this class was generated from the following files:

• FloatVector.hpp
• FloatVector.cpp

Restoreinpaint sourceforge project `C++/Java Image Processing, Restoration, Inpainting Project'.

Bernard De Cuyper: Open Project Leader: Concept, design and development. Bernard De Cuyper & Eddy Fraiha 2002, 2003. Bernard De Cuyper 2004. Open and free, for friendly usage only. Modifications on Belgium ground of this piece of artistic work, by governement institutions or companies, must be notified to Bernard De Cuyper.