#include <DynVector.h>

Inheritance diagram for icl::math::DynRowVector< T >:

Public Member Functions
	DynRowVector ()
	Default empty constructor creates a null-vector. More...

	DynRowVector (unsigned int dim, const T &initValue=0)
	Creates a row vector with given dimension (and optional initialValue) More...

	DynRowVector (unsigned int dim, T *data, bool deepCopy=true)
	Create a row vector with given data. More...

	DynRowVector (unsigned int dim, const T *data)
	Creates column vector with given data pointer and dimsion (const version: deepCopy only) More...

	DynRowVector (const DynMatrix< T > &other)
	Default copy constructor (the source matrix row count must be 'one') More...

DynRowVector< T > &	operator= (const DynMatrix< T > &other)
	assignment operator (the rvalue's column count must be one) More...

void	setBounds (unsigned int dim, bool holdContent=false, const T &initializer=0)
	adapts the vector dimension More...

void	setDim (unsigned int dim, bool holdContent=false, const T &initializer=0)
	adapts the vector dimension More...

Public Member Functions inherited from icl::math::DynMatrix< T >
	DynMatrix (const DynMatrixColumn &column)
	creates a column matrix from given column of other matrix More...

	DynMatrix ()
	Default empty constructor creates a null-matrix. More...

	DynMatrix (unsigned int cols, unsigned int rows, const T &initValue=0)
	Create a dyn matrix with given dimensions (and optional initialValue) More...

	DynMatrix (unsigned int cols, unsigned int rows, T *data, bool deepCopy=true)
	Create a matrix with given data. More...

	DynMatrix (unsigned int cols, unsigned int rows, const T *data)
	Create a matrix with given data (const version: deepCopy only) More...

	DynMatrix (const DynMatrix &other)
	Default copy constructor. More...

	DynMatrix (const std::string &filename)
	creates a new DynMatrix from given csv filename More...

void	saveCSV (const std::string &filename)
	writes the current matrix to a csv file More...

bool	isNull () const
	returns with this matrix has a valid data pointer More...

	~DynMatrix ()
	Destructor (deletes data if no wrapped shallowly) More...

DynMatrix &	operator= (const DynMatrix &other)
	Assignment operator (using deep/shallow-copy) More...

void	setBounds (unsigned int cols, unsigned int rows, bool holdContent=false, const T &initializer=0)
	resets matrix dimensions More...

bool	isSimilar (const DynMatrix &other, T tollerance=T(0.0001)) const
	tests weather a matrix is enough similar to another matrix More...

bool	operator== (const DynMatrix &other) const
	elementwise comparison (==) More...

bool	operator!= (const DynMatrix &other) const
	elementwise comparison (!=) More...

DynMatrix	operator * (T f) const
	Multiply elements with scalar. More...

DynMatrix &	mult (T f, DynMatrix &dst) const
	Multiply elements with scalar (in source destination fashion) More...

DynMatrix &	operator *= (T f)
	Multiply elements with scalar (inplace) More...

DynMatrix	operator/ (T f) const
	Device elements by scalar. More...

DynMatrix &	operator/= (T f)
	Device elements by scalar (inplace) More...

DynMatrix &	mult (const DynMatrix &m, DynMatrix &dst) const
	Matrix multiplication (in source destination fashion) [IPP-Supported]. More...

DynMatrix &	elementwise_mult (const DynMatrix &m, DynMatrix &dst) const
	Elementwise matrix multiplication (in source destination fashion) [IPP-Supported]. More...

DynMatrix	elementwise_mult (const DynMatrix &m) const
	Elementwise matrix multiplication (without destination matrix) [IPP-Supported]. More...

DynMatrix &	elementwise_div (const DynMatrix &m, DynMatrix &dst) const
	Elementwise division (in source destination fashion) [IPP-Supported]. More...

DynMatrix	elementwise_div (const DynMatrix &m) const
	Elementwise matrix multiplication (without destination matrix) [IPP-Supported]. More...

DynMatrix	operator * (const DynMatrix &m) const
	Essential matrix multiplication [IPP-Supported]. More...

DynMatrix &	operator *= (const DynMatrix &m)
	inplace matrix multiplication applying this = this*m [IPP-Supported] More...

DynMatrix	operator/ (const DynMatrix &m) const
	inplace matrix devision (calling this/m.inv()) [IPP-Supported] More...

DynMatrix &	operator/= (const DynMatrix &m) const
	inplace matrix devision (calling this/m.inv()) (inplace) More...

DynMatrix	operator+ (const T &t) const
	adds a scalar to each element More...

DynMatrix	operator- (const T &t) const
	substacts a scalar from each element More...

DynMatrix &	operator+= (const T &t)
	adds a scalar to each element (inplace) More...

DynMatrix &	operator-= (const T &t)
	substacts a scalar from each element (inplace) More...

DynMatrix	operator+ (const DynMatrix &m) const
	Matrix addition. More...

DynMatrix	operator- (const DynMatrix &m) const
	Matrix substraction. More...

DynMatrix &	operator+= (const DynMatrix &m)
	Matrix addition (inplace) More...

DynMatrix &	operator-= (const DynMatrix &m)
	Matrix substraction (inplace) More...

T &	operator() (unsigned int col, unsigned int row)
	element access operator (x,y)-access index begin 0! More...

const T &	operator() (unsigned int col, unsigned int row) const
	element access operator (x,y)-access index begin 0! (const) More...

T &	at (unsigned int col, unsigned int row)
	element access with index check More...

const T &	at (unsigned int col, unsigned int row) const
	element access with index check (const) More...

T &	operator[] (unsigned int idx)
	linear access to actual data array More...

const T &	operator[] (unsigned int idx) const
	linear access to actual data array (const) More...

T	norm (double l=2) const
	applies an L_l norm on the matrix elements (all elements are treated as vector) More...

T	sqrDistanceTo (const DynMatrix &other) const
	returns the squared distance of the inner data vectors (linearly interpreted) (IPP accelerated) More...

T	distanceTo (const DynMatrix &other) const
	returns the distance of the inner data vectors (linearly interpreted) (IPP accelerated) More...

unsigned int	rows () const
	height of the matrix (number of rows) More...

unsigned int	cols () const
	width of the matrix (number of columns) More...

T *	data ()
	internal data pointer More...

const T *	data () const
	internal data pointer (const) More...

unsigned int	dim () const
	matrix dimension (widthheight) or (colsrows) More...

int	stride0 () const
	returns sizeof (T)*dim() More...

int	stride1 () const
	returns sizeof(T)*cols() More...

int	stride2 () const
	returns sizeof (T) More...

DynMatrix &	operator= (const DynMatrixColumn &col)

iterator	begin ()
	returns an iterator to the begin of internal data array More...

iterator	end ()
	returns an iterator to the end of internal data array More...

const_iterator	begin () const
	returns an iterator to the begin of internal data array (const) More...

const_iterator	end () const
	returns an iterator to the end of internal data array (const) More...

col_iterator	col_begin (unsigned int col)
	returns an iterator running through a certain matrix column More...

col_iterator	col_end (unsigned int col)
	returns an iterator end of a certain matrix column More...

const_col_iterator	col_begin (unsigned int col) const
	returns an iterator running through a certain matrix column (const) More...

const_col_iterator	col_end (unsigned int col) const
	returns an iterator end of a certain matrix column (const) More...

row_iterator	row_begin (unsigned int row)
	returns an iterator running through a certain matrix row More...

row_iterator	row_end (unsigned int row)
	returns an iterator of a certains row's end More...

const_row_iterator	row_begin (unsigned int row) const
	returns an iterator running through a certain matrix row (const) More...

const_row_iterator	row_end (unsigned int row) const
	returns an iterator of a certains row's end (const) More...

DynMatrix	row (int row)
	Extracts a shallow copied matrix row. More...

const DynMatrix	row (int row) const
	Extracts a shallow copied matrix row (const) More...

DynMatrixColumn	col (int col)
	Extracts a shallow copied matrix column. More...

const DynMatrixColumn	col (int col) const

void	decompose_QR (DynMatrix &Q, DynMatrix &R) const
	applies QR-decomposition using stabilized Gram-Schmidt orthonormalization (only for icl32f and icl64f) More...

void	decompose_RQ (DynMatrix &R, DynMatrix &Q) const
	applies RQ-decomposition (by exploiting implemnetation of QR-decomposition) (only for icl32f, and icl64f) More...

void	decompose_LU (DynMatrix &L, DynMatrix &U, T zeroThreshold=T(1E-16)) const
	applies LU-decomposition (without using partial pivoting) (only for icl32f and icl64f) More...

DynMatrix	solve_upper_triangular (const DynMatrix &b) const
	solves Mx=b for M=*this (only if M is a squared upper triangular matrix) (only for icl32f and icl64f) More...

DynMatrix	solve_lower_triangular (const DynMatrix &b) const
	solves Mx=b for M=*this (only if M is a squared lower triangular matrix) (only for icl32f and icl64f) More...

DynMatrix	solve (const DynMatrix &b, const std::string &method="lu", T zeroThreshold=T(1E-16))
	solves Mx=b for M=*this (only for icl32f and icl64f) More...

DynMatrix	inv () const
	invert the matrix (only for icl32f and icl64f) More...

void	eigen (DynMatrix &eigenvectors, DynMatrix &eigenvalues) const
	Extracts the matrix's eigenvalues and eigenvectors. More...

void	svd (DynMatrix &U, DynMatrix &S, DynMatrix &V) const
	Computes Singular Value Decomposition of a matrix - decomposes A into USV'. More...

DynMatrix	pinv (bool useSVD=false, T zeroThreshold=T(1E-16)) const
	calculates the Moore-Penrose pseudo-inverse (only implemented for icl32f and icl64f) More...

DynMatrix	big_matrix_pinv (T zeroThreshold=T(1E-16)) const
	calculates the Moore-Penrose pseudo-inverse (specialized for big matrices) More...

DynMatrix	big_matrix_pinv (T zeroThreshold, GESDD gesdd, CBLAS_GEMM cblas_gemm) const

T	det () const
	matrix determinant (only for icl32f and icl64f) More...

DynMatrix	transp () const
	matrix transposed More...

const DynMatrix< T >	shallowTransposed () const
	returns a shallow transposed copy of this matrix (dimensions are swapped, data is not re-aranged) (const) More...

const DynMatrix< T >	shallowTransposed ()
	returns a shallow transposed copy of this matrix (dimensions are swapped, data is not re-aranged) More...

void	reshape (int newCols, int newRows)
	resets the matrix dimensions without changing the content More...

T	element_wise_inner_product (const DynMatrix< T > &other) const
	inner product of data pointers (not matrix-mulitiplication) More...

DynMatrix< T >	dot (const DynMatrix< T > &M) const
	returns the inner product of two matrices (i.e. dot-product) More...

DynMatrix< T >	diag () const
	returns diagonal-elements as column-vector More...

T	trace () const
	computes the sum of all diagonal elements More...

T	cond (const double p=2) const
	computes the condition of a matrix More...

T *	set_data (T *newData)
	sets new data internally and returns old data pointer (for experts only!) More...

Additional Inherited Members
Public Types inherited from icl::math::DynMatrix< T >
typedef T *	iterator
	default iterator type (just a data-pointer) More...

typedef const T *	const_iterator
	dafault const_iterator type (just a data-pointer) More...

typedef T *	row_iterator
	comples row_iterator type More...

typedef const T *	const_row_iterator
	complex const_row_iterator type More...

typedef const col_iterator	const_col_iterator
	const column iterator typedef More...

typedef void(*	GESDD) (const char , const int , const int , T , const int , T , T , const int , T , const int , T , const int , int , int )

typedef void(*	CBLAS_GEMM) (CBLAS_ORDER, CBLAS_TRANSPOSE, CBLAS_TRANSPOSE, int, int, int, T, const T , int, const T , int, T, T *, int)

Static Public Member Functions inherited from icl::math::DynMatrix< T >
static DynMatrix< T >	loadCSV (const std::string &filename)
	loads a dynmatrix from given CSV file More...

static DynMatrix< T >	cross (const DynMatrix< T > &x, const DynMatrix< T > &y)
	computes the cross product More...

static DynMatrix	id (unsigned int dim)
	creates a dim-D identity Matrix More...

Constructor & Destructor Documentation

◆ DynRowVector() [1/5]

template<class T >

icl::math::DynRowVector< T >::DynRowVector ( )

inline

Default empty constructor creates a null-vector.

◆ DynRowVector() [2/5]

template<class T >

icl::math::DynRowVector< T >::DynRowVector	(	unsigned int	dim,
		const T &	initValue = `0`
	)

inline

Creates a row vector with given dimension (and optional initialValue)

◆ DynRowVector() [3/5]

template<class T >

icl::math::DynRowVector< T >::DynRowVector	(	unsigned int	dim,
		T *	data,
		bool	deepCopy = `true`
	)

inline

Create a row vector with given data.

Data can be wrapped deeply or shallowly. If the latter is true, given data pointer will not be released in the destructor, i.e. the data ownership is not passed to the DynColumnVector instance

◆ DynRowVector() [4/5]

template<class T >

icl::math::DynRowVector< T >::DynRowVector	(	unsigned int	dim,
		const T *	data
	)

inline

Creates column vector with given data pointer and dimsion (const version: deepCopy only)

◆ DynRowVector() [5/5]

template<class T >

icl::math::DynRowVector< T >::DynRowVector ( const DynMatrix< T > & other )

inline

Default copy constructor (the source matrix row count must be 'one')

Member Function Documentation

◆ operator=()

template<class T >

DynRowVector<T>& icl::math::DynRowVector< T >::operator= ( const DynMatrix< T > & other )

inline

assignment operator (the rvalue's column count must be one)

◆ setBounds()

template<class T >

void icl::math::DynRowVector< T >::setBounds	(	unsigned int	dim,
		bool	holdContent = `false`,
		const T &	initializer = `0`
	)

inline

adapts the vector dimension

overwrites setBounds from the parent matrix class to prevent the vector from being resized to matrix bounds

◆ setDim()

template<class T >

void icl::math::DynRowVector< T >::setDim	(	unsigned int	dim,
		bool	holdContent = `false`,
		const T &	initializer = `0`
	)

inline

adapts the vector dimension

The documentation for this struct was generated from the following file:

/Users/alneuman/vm/icl/ICLMath/src/ICLMath/DynVector.h

Public Member Functions

Additional Inherited Members

Constructor & Destructor Documentation

◆ DynRowVector() [1/5]

◆ DynRowVector() [2/5]

◆ DynRowVector() [3/5]

◆ DynRowVector() [4/5]

◆ DynRowVector() [5/5]

Member Function Documentation

◆ operator=()

◆ setBounds()

◆ setDim()