itpp::Mat< Num_T > Class Template Reference
[Array, Vector and Matrix Classes]

Matrix Class (Templated). More...

#include <mat.h>

List of all members.

Public Types
typedef Num_T	value_type
	The type of the matrix values.
Public Member Functions
	Mat (const Factory &f=DEFAULT_FACTORY)
	Default constructor. An element factory f can be specified.
	Mat (int rows, int cols, const Factory &f=DEFAULT_FACTORY)
	Create a matrix of size (rows, cols). An element factory f can be specified.
	Mat (const Mat< Num_T > &m)
	Copy constructor.
	Mat (const Mat< Num_T > &m, const Factory &f)
	Constructor, similar to the copy constructor, but also takes an element factory f as argument.
	Mat (const Vec< Num_T > &v, const Factory &f=DEFAULT_FACTORY)
	Construct a matrix from a column vector v. An element factory f can be specified.
	Mat (const std::string &str, const Factory &f=DEFAULT_FACTORY)
	Set matrix equal to values in string str. An element factory f can be specified.
	Mat (const char *str, const Factory &f=DEFAULT_FACTORY)
	Set matrix equal to values in string str. An element factory f can be specified.
	Mat (const Num_T *c_array, int rows, int cols, bool row_major=true, const Factory &f=DEFAULT_FACTORY)
	Constructor taking a C-array as input. An element factory f can be specified.
	~Mat ()
	Destructor.
int	cols () const
	The number of columns.
int	rows () const
	The number of rows.
int	size () const
	The number of elements.
void	set_size (int rows, int cols, bool copy=false)
	Set size of matrix. If copy = true then keep the data before resizing.
void	zeros ()
	Set matrix equal to the all zero matrix.
void	clear ()
	Set matrix equal to the all zero matrix.
void	ones ()
	Set matrix equal to the all one matrix.
void	set (const std::string &str)
	Set matrix equal to values in the string str.
void	set (const char *str)
	Set matrix equal to values in the string str.
const Num_T &	operator() (int r, int c) const
	Get element (r,c) from matrix.
Num_T &	operator() (int r, int c)
	Get element (r,c) from matrix.
const Num_T &	operator() (int i) const
	Get element i using linear addressing (by rows).
Num_T &	operator() (int i)
	Get element i using linear addressing (by rows).
const Num_T &	get (int r, int c) const
	Get element (r,c) from matrix.
const Num_T &	get (int i) const
	Get element i using linear addressing (by rows).
void	set (int r, int c, Num_T t)
	Set element (r,c) of matrix.
Mat< Num_T >	operator() (int r1, int r2, int c1, int c2) const
	Sub-matrix from row r1 to row r2 and columns c1 to c2.
Mat< Num_T >	get (int r1, int r2, int c1, int c2) const
	Sub-matrix from row r1 to row r2 and columns c1 to c2.
Vec< Num_T >	get_row (int r) const
	Get row r.
Mat< Num_T >	get_rows (int r1, int r2) const
	Get rows r1 through r2.
Mat< Num_T >	get_rows (const Vec< int > &indexlist) const
	Get the rows specified by indexlist.
Vec< Num_T >	get_col (int c) const
	Get column c.
Mat< Num_T >	get_cols (int c1, int c2) const
	Get columns c1 through c2.
Mat< Num_T >	get_cols (const Vec< int > &indexlist) const
	Get the columns specified by indexlist.
void	set_row (int r, const Vec< Num_T > &v)
	Set row r to vector v.
void	set_col (int c, const Vec< Num_T > &v)
	Set column c to vector v.
void	set_rows (int r, const Mat< Num_T > &m)
	Set rows to matrix m, staring from row r.
void	set_cols (int c, const Mat< Num_T > &m)
	Set columns to matrix m, starting from column c.
void	copy_row (int to, int from)
	Copy row from onto row to.
void	copy_col (int to, int from)
	Copy column from onto column to.
void	swap_rows (int r1, int r2)
	Swap the rows r1 and r2.
void	swap_cols (int c1, int c2)
	Swap the columns c1 and c2.
void	set_submatrix (int r1, int r2, int c1, int c2, const Mat< Num_T > &m)
	This function is deprecated. Please use set_submatrix(int r, int c, const Mat<> &m) instead.
void	set_submatrix (int r, int c, const Mat< Num_T > &m)
	Set submatrix defined by upper-left element (r,c) and the size of matrix m to m.
void	set_submatrix (int r1, int r2, int c1, int c2, Num_T t)
	Set all elements of submatrix defined by rows r1,r2 and columns c1,c2 to value t.
void	del_row (int r)
	Delete row number r.
void	del_rows (int r1, int r2)
	Delete rows from r1 to r2.
void	del_col (int c)
	Delete column number c.
void	del_cols (int c1, int c2)
	Delete columns from c1 to c2.
void	ins_row (int r, const Vec< Num_T > &v)
	Insert vector v at row number r. The matrix can be empty.
void	ins_col (int c, const Vec< Num_T > &v)
	Insert vector v at column number c. The matrix can be empty.
void	append_row (const Vec< Num_T > &v)
	Append vector v to the bottom of the matrix. The matrix can be empty.
void	append_col (const Vec< Num_T > &v)
	Append vector v to the right side of the matrix. The matrix can be empty.
Mat< Num_T >	transpose () const
	Matrix transpose.
Mat< Num_T >	T () const
	Matrix transpose.
Mat< Num_T >	hermitian_transpose () const
	Hermitian matrix transpose (conjugate transpose).
Mat< Num_T >	H () const
	Hermitian matrix transpose (conjugate transpose).
Mat< Num_T > &	operator= (Num_T t)
	Set all elements of the matrix equal to t.
Mat< Num_T > &	operator= (const Mat< Num_T > &m)
	Set matrix equal to m.
Mat< Num_T > &	operator= (const Vec< Num_T > &v)
	Set matrix equal to the vector v, assuming column vector.
Mat< Num_T > &	operator= (const std::string &str)
	Set matrix equal to values in the string str.
Mat< Num_T > &	operator= (const char *str)
	Set matrix equal to values in the string str.
Mat< Num_T > &	operator+= (const Mat< Num_T > &m)
	Addition of matrices.
Mat< Num_T > &	operator+= (Num_T t)
	Addition of scalar to matrix.
Mat< Num_T > &	operator-= (const Mat< Num_T > &m)
	Subtraction of matrix.
Mat< Num_T > &	operator-= (Num_T t)
	Subtraction of scalar from matrix.
Mat< Num_T > &	operator*= (const Mat< Num_T > &m)
	Matrix multiplication.
Mat< Num_T > &	operator*= (Num_T t)
	Multiplication by a scalar.
Mat< Num_T > &	operator/= (Num_T t)
	Division by a scalar.
Mat< Num_T > &	operator/= (const Mat< Num_T > &m)
	Element-wise division with the current matrix.
bool	operator== (const Mat< Num_T > &m) const
	Compare two matrices. False if wrong sizes or different values.
bool	operator!= (const Mat< Num_T > &m) const
	Compare two matrices. True if different.
Num_T &	_elem (int r, int c)
	Get element (r,c) from matrix without boundary check (not recommended to use).
const Num_T &	_elem (int r, int c) const
	Get element (r,c) from matrix without boundary check (not recommended to use).
Num_T &	_elem (int i)
	Get element i using linear addressing (by rows) without boundary check (not recommended to use).
const Num_T &	_elem (int i) const
	Get element i using linear addressing (by rows) without boundary check (not recommended to use).
Num_T *	_data ()
	Access of the internal data structure (not recommended to use).
const Num_T *	_data () const
	Access to the internal data structure (not recommended to use).
int	_datasize () const
	Access to the internal data structure (not recommended to use).
Protected Member Functions
void	alloc (int rows, int cols)
	Allocate memory for the matrix.
void	free ()
	Free the memory space of the matrix.
Protected Attributes
Num_T *	data
	Protected data pointer.
const Factory &	factory
	Element factory (set to DEFAULT_FACTORY to use Num_T default constructors only).
int	datasize
int	no_rows
int	no_cols
Friends
Mat< Num_T >	concat_horizontal (const Mat< Num_T > &m1, const Mat< Num_T > &m2)
	Concatenate the matrices m1 and m2 horizontally.
Mat< Num_T >	concat_vertical (const Mat< Num_T > &m1, const Mat< Num_T > &m2)
	Concatenate the matrices m1 and m2 vertically.
Mat< Num_T >	operator+ (const Mat< Num_T > &m1, const Mat< Num_T > &m2)
	Addition of two matrices.
Mat< Num_T >	operator+ (const Mat< Num_T > &m, Num_T t)
	Addition of matrix and scalar.
Mat< Num_T >	operator+ (Num_T t, const Mat< Num_T > &m)
	Addition of scalar and matrix.
Mat< Num_T >	operator- (const Mat< Num_T > &m1, const Mat< Num_T > &m2)
	Subtraction of m2 from m1.
Mat< Num_T >	operator- (const Mat< Num_T > &m, Num_T t)
	Subtraction of scalar from matrix.
Mat< Num_T >	operator- (Num_T t, const Mat< Num_T > &m)
	Subtract matrix from scalar.
Mat< Num_T >	operator- (const Mat< Num_T > &m)
	Subtraction of matrix.
Mat< Num_T >	operator* (const Mat< Num_T > &m1, const Mat< Num_T > &m2)
	Multiplication of two matrices.
Vec< Num_T >	operator* (const Mat< Num_T > &m, const Vec< Num_T > &v)
	Multiplication of matrix m and vector v (column vector).
Mat< Num_T >	operator* (const Mat< Num_T > &m, Num_T t)
	Multiplication of matrix and scalar.
Mat< Num_T >	operator* (Num_T t, const Mat< Num_T > &m)
	Multiplication of scalar and matrix.
Mat< Num_T >	elem_mult (const Mat< Num_T > &m1, const Mat< Num_T > &m2)
	Element wise multiplication of two matrices.
void	elem_mult_out (const Mat< Num_T > &m1, const Mat< Num_T > &m2, Mat< Num_T > &out)
	Element wise multiplication of two matrices, storing the result in matrix out.
void	elem_mult_out (const Mat< Num_T > &m1, const Mat< Num_T > &m2, const Mat< Num_T > &m3, Mat< Num_T > &out)
	Element wise multiplication of three matrices, storing the result in matrix out.
void	elem_mult_out (const Mat< Num_T > &m1, const Mat< Num_T > &m2, const Mat< Num_T > &m3, const Mat< Num_T > &m4, Mat< Num_T > &out)
	Element wise multiplication of four matrices, storing the result in matrix out.
void	elem_mult_inplace (const Mat< Num_T > &m1, Mat< Num_T > &m2)
	In-place element wise multiplication of two matrices. Fast version of B = elem_mult(A, B).
Num_T	elem_mult_sum (const Mat< Num_T > &m1, const Mat< Num_T > &m2)
	Element wise multiplication of two matrices, followed by summation of the resultant elements. Fast version of sumsum(elem_mult(A, B)).
Mat< Num_T >	operator/ (const Mat< Num_T > &m, Num_T t)
	Element-wise division by a scalar.
Mat< Num_T >	operator/ (Num_T t, const Mat< Num_T > &m)
	Element-wise division (t is the dividend, elements of m are divisors).
Mat< Num_T >	elem_div (const Mat< Num_T > &m1, const Mat< Num_T > &m2)
	Element wise division of two matrices.
void	elem_div_out (const Mat< Num_T > &m1, const Mat< Num_T > &m2, Mat< Num_T > &out)
	Element wise division of two matrices, storing the result in matrix out.
Num_T	elem_div_sum (const Mat< Num_T > &m1, const Mat< Num_T > &m2)
	Element wise division of two matrices, followed by summation of the resultant elements. Fast version of sumsum(elem_div(A, B)).
Related Functions
(Note that these are not member functions.)
typedef Mat< double >	mat
	Default Matrix Type.
typedef Mat< std::complex < double > >	cmat
	Default Complex Matrix Type.
typedef Mat< int >	imat
	Integer matrix.
typedef Mat< short int >	smat
	short int matrix
template<class T >
bmat	to_bmat (const Mat< T > &m)
	Converts a Mat<T> to bmat.
template<class T >
smat	to_smat (const Mat< T > &m)
	Converts a Mat<T> to smat.
template<class T >
imat	to_imat (const Mat< T > &m)
	Converts a Mat<T> to imat.
template<class T >
mat	to_mat (const Mat< T > &m)
	Converts a Mat<T> to mat.
template<class T >
cmat	to_cmat (const Mat< T > &m)
	Converts a Mat<T> to cmat.
template<class T >
cmat	to_cmat (const Mat< T > &real, const Mat< T > &imag)
	Converts real and imaginary Mat<T> to cmat.
void	sub_v_vT_m (mat &m, const vec &v)
	Calculates m=m-v*v'*m.
void	sub_m_v_vT (mat &m, const vec &v)
	Calculates m=m-m*v*v'.
template<class Num_T >
std::ostream &	operator<< (std::ostream &os, const Mat< Num_T > &m)
	Output stream for matrices.
template<class Num_T >
std::istream &	operator>> (std::istream &is, Mat< Num_T > &m)
	Input stream for matrices.
template<class T >
Mat< T >	repmat (const Mat< T > &data, int m, int n)
	Creates a matrix with m by n copies of the matrix data.
template<class T >
Mat< T >	repmat (const Vec< T > &v, int m, int n, bool transpose=false)
	Returns a matrix with m by n copies of the vector data.
mat	operator+ (const float &s, const mat &m)
	Addition operator for float and mat.
mat	operator+ (const short &s, const mat &m)
	Addition operator for short and mat.
mat	operator+ (const int &s, const mat &m)
	Addition operator for int and mat.
mat	operator+ (const mat &m, const float &s)
	Addition operator for mat and float.
mat	operator+ (const mat &m, const short &s)
	Addition operator for mat and short.
mat	operator+ (const mat &m, const int &s)
	Addition operator for mat and int.
mat	operator- (const float &s, const mat &m)
	Subtraction operator for float and mat.
mat	operator- (const short &s, const mat &m)
	Subtraction operator for short and mat.
mat	operator- (const int &s, const mat &m)
	Subtraction operator for int and mat.
mat	operator- (const mat &m, const float &s)
	Subtraction operator for mat and float.
mat	operator- (const mat &m, const short &s)
	Subtraction operator for mat and short.
mat	operator- (const mat &m, const int &s)
	Subtraction operator for mat and int.
mat	operator* (const float &s, const mat &m)
	Multiplication operator for float and mat.
mat	operator* (const short &s, const mat &m)
	Multiplication operator for short and mat.
mat	operator* (const int &s, const mat &m)
	Multiplication operator for int and mat.
mat	operator* (const mat &m, const float &s)
	Multiplication operator for mat and float.
mat	operator* (const mat &m, const short &s)
	Multiplication operator for mat and short.
mat	operator* (const mat &m, const int &s)
	Multiplication operator for mat and int.
mat	operator/ (const mat &m, const float &s)
	Division operator for mat and float.
mat	operator/ (const mat &m, const short &s)
	Division operator for mat and short.
mat	operator/ (const mat &m, const int &s)
	Division operator for mat and int.
cmat	operator+ (const double &s, const cmat &m)
	Addition operator for double and cmat.
cmat	operator- (const double &s, const cmat &m)
	Subtraction operator for double and cmat.
cmat	operator* (const double &s, const cmat &m)
	Multiplication operator for double and cmat.
cmat	operator* (const std::complex< double > &s, const mat &m)
	Multiplication operator for complex<double> and mat.
cmat	operator* (const mat &m, const std::complex< double > &s)
	Multiplication operator for mat and complex<double>.
cmat	operator/ (const cmat &m, const double &s)
	Division operator for cmat and double.
mat	operator+ (const bmat &a, const mat &b)
	Addition operator for bmat and mat.
mat	operator+ (const smat &a, const mat &b)
	Addition operator for smat and mat.
mat	operator+ (const imat &a, const mat &b)
	Addition operator for imat and mat.
mat	operator+ (const mat &a, const bmat &b)
	Addition operator for mat and bmat.
mat	operator+ (const mat &a, const smat &b)
	Addition operator for mat and smat.
mat	operator+ (const mat &a, const imat &b)
	Addition operator for mat and imat.
mat	operator- (const bmat &a, const mat &b)
	Subtraction operator for bmat and mat.
mat	operator- (const smat &a, const mat &b)
	Subtraction operator for smat and mat.
mat	operator- (const imat &a, const mat &b)
	Subtraction operator for imat and mat.
mat	operator- (const mat &a, const bmat &b)
	Subtraction operator for mat and bmat.
mat	operator- (const mat &a, const smat &b)
	Subtraction operator for mat and smat.
mat	operator- (const mat &a, const imat &b)
	Subtraction operator for mat and imat.
cmat	operator+ (const bmat &a, const cmat &b)
	Addition operator for bmat and cmat.
cmat	operator+ (const smat &a, const cmat &b)
	Addition operator for smat and cmat.
cmat	operator+ (const imat &a, const cmat &b)
	Addition operator for imat and cmat.
cmat	operator+ (const mat &a, const cmat &b)
	Addition operator for mat and cmat.
cmat	operator+ (const cmat &a, const bmat &b)
	Addition operator for cmat and bmat.
cmat	operator+ (const cmat &a, const smat &b)
	Addition operator for cmat and smat.
cmat	operator+ (const cmat &a, const imat &b)
	Addition operator for cmat and imat.
cmat	operator+ (const cmat &a, const mat &b)
	Addition operator for cmat and mat.
cmat	operator- (const bmat &a, const cmat &b)
	Subtraction operator for bmat and cmat.
cmat	operator- (const smat &a, const cmat &b)
	Subtraction operator for smat and cmat.
cmat	operator- (const imat &a, const cmat &b)
	Subtraction operator for imat and cmat.
cmat	operator- (const mat &a, const cmat &b)
	Subtraction operator for mat and cmat.
cmat	operator- (const cmat &a, const bmat &b)
	Subtraction operator for cmat and bmat.
cmat	operator- (const cmat &a, const smat &b)
	Subtraction operator for cmat and smat.
cmat	operator- (const cmat &a, const imat &b)
	Subtraction operator for cmat and imat.
cmat	operator- (const cmat &a, const mat &b)
	Subtraction operator for cmat and mat.
cmat	operator* (const mat &a, const cmat &b)
	Multiplication operator for mat and cmat.
cmat	operator* (const bmat &a, const cmat &b)
	Multiplication operator for bmat and cmat.
cmat	operator* (const smat &a, const cmat &b)
	Multiplication operator for smat and cmat.
cmat	operator* (const imat &a, const cmat &b)
	Multiplication operator for imat and cmat.
cmat	operator* (const cmat &a, const mat &b)
	Multiplication operator for cmat and mat.
cmat	operator* (const cmat &a, const bmat &b)
	Multiplication operator for cmat and bmat.
cmat	operator* (const cmat &a, const smat &b)
	Multiplication operator for cmat and smat.
cmat	operator* (const cmat &a, const imat &b)
	Multiplication operator for cmat and imat.
template<class T >
Mat< T >	mat_1x1 (T m00)
	Matrix of size 1 by 1.
template<class T >
Mat< T >	mat_1x2 (T m00, T m01)
	Matrix of size 1 by 2.
template<class T >
Mat< T >	mat_2x1 (T m00, T m10)
	Matrix of size 2 by 1.
template<class T >
Mat< T >	mat_2x2 (T m00, T m01, T m10, T m11)
	Matrix of size 2 by 2.
template<class T >
Mat< T >	mat_1x3 (T m00, T m01, T m02)
	Matrix of size 1 by 3.
template<class T >
Mat< T >	mat_3x1 (T m00, T m10, T m20)
	Matrix of size 3 by 1.
template<class T >
Mat< T >	mat_2x3 (T m00, T m01, T m02, T m10, T m11, T m12)
	Matrix of size 2 by 3.
template<class T >
Mat< T >	mat_3x2 (T m00, T m01, T m10, T m11, T m20, T m21)
	Matrix of size 3 by 2.
template<class T >
Mat< T >	mat_3x3 (T m00, T m01, T m02, T m10, T m11, T m12, T m20, T m21, T m22)
	Matrix of size 3 by 3.

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Detailed Description

template<class Num_T>
class itpp::Mat< Num_T >

Matrix Class (Templated).

Author:

Tony Ottosson, Tobias Ringstrom, Adam Piatyszek and Conrad Sanderson

Matrices can be of arbitrarily types, but conversions and functions are prepared for bin, short, int, double, and complex<double> vectors and these are predefined as: bmat, smat, imat, mat, and cmat. double and complex<double> are usually double and complex<double> respectively. However, this can be changed when compiling the it++ (see installation notes for more details). (Note: for binary matrices, an alternative to the bmat class is GF2mat and GF2mat_dense, which offer a more memory efficient representation and additional functions for linear algebra.)

Examples:

Matrix Constructors: When constructing a matrix without dimensions (memory) use

 mat temp; 

For construction of a matrix of a given size use

 mat temp(rows, cols); 

It is also possible to assign the constructed matrix the value and dimension of another matrix by

 vec temp(inmatrix); 

If you have explicit values you would like to assign to the matrix it is possible to do this using strings as:

  mat a("0 0.7;5 9.3"); // that is a = [0, 0.7; 5, 9.3]
  mat a="0 0.7;5 9.3";  // the constructor are called implicitly

It is also possible to change dimension by

 temp.set_size(new_rows, new_cols, false); 

where false is used to indicate that the old values in temp is not copied. If you like to preserve the values use true.

There are a number of methods to access parts of a matrix. Examples are

  a(5,3);     // Element number (5,3)
  a(5,9,3,5);  // Sub-matrix from rows 5, 6, 7, 8, 9 the columns 3, 4, and 5
  a.get_row(10);  // Row 10
  a.get_col(10); // Column 10

It is also possible to modify parts of a vector as e.g. in

  a.set_row(5, invector);    // Set row 5 to \c invector
  a.set_col(3, invector); // Set column 3 to \c invector
  a.copy_col(1, 5); // Copy column 5 to column 1
  a.swap_cols(1, 5); // Swap the contents of columns 1 and 5

It is of course also possible to perform the common linear algebra methods such as addition, subtraction, and matrix multiplication. Observe though, that vectors are assumed to be column-vectors in operations with matrices.

Most elementary functions such as sin(), cosh(), log(), abs(), ..., are available as operations on the individual elements of the matrices. Please see the individual functions for more details.

By default, the Mat elements are created using the default constructor for the element type. This can be changed by specifying a suitable Factory in the Mat constructor call; see Detailed Description for Factory.

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Constructor & Destructor Documentation

template<class Num_T>

itpp::Mat< Num_T >::Mat	(	const Num_T *	c_array,
		int	rows,
		int	cols,
		bool	row_major = true,
		const Factory &	f = DEFAULT_FACTORY
	)			[inline]

Constructor taking a C-array as input. An element factory f can be specified.

By default the matrix is stored as a row-major matrix (i.e. listing elements in sequence beginning with the first column).

References itpp::Mat< Num_T >::alloc(), itpp::Mat< Num_T >::data, and itpp::Mat< Num_T >::datasize.

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Member Function Documentation

template<class Num_T >

Mat< Num_T > itpp::Mat< Num_T >::get	(	int	r1,
		int	r2,
		int	c1,
		int	c2
	)			const [inline]

Sub-matrix from row r1 to row r2 and columns c1 to c2.

Value -1 indicates the last row and column, respectively.

template<class Num_T >

Mat< Num_T > itpp::Mat< Num_T >::operator()	(	int	r1,
		int	r2,
		int	c1,
		int	c2
	)			const [inline]

Sub-matrix from row r1 to row r2 and columns c1 to c2.

Value -1 indicates the last row and column, respectively.

References itpp::Mat< Num_T >::data, it_assert_debug, itpp::Mat< Num_T >::no_cols, and itpp::Mat< Num_T >::no_rows.

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Friends And Related Function Documentation

template<class Num_T >

std::istream & operator>>	(	std::istream &	is,
		Mat< Num_T > &	m
	)			[related]

Input stream for matrices.

The input can be on the form "1 2 3; 4 5 6" or "[[1 2 3][4 5 6]]", i.e. with brackets or semicolons as row delimiters. The first form is compatible with the set method, while the second form is compatible with the ostream operator. The elements on a row can be separated by blank space or commas. Rows that are shorter than the longest row are padded with zero elements. "[]" means an empty matrix.

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Member Data Documentation

template<class Num_T>

int itpp::Mat< Num_T >::datasize [protected]

Protected integer variables

Referenced by itpp::Mat< bin >::_datasize(), itpp::Mat< Num_T >::alloc(), itpp::Mat< Num_T >::free(), itpp::Mat< Num_T >::Mat(), itpp::Mat< Num_T >::ones(), itpp::Mat< Num_T >::operator!=(), itpp::Mat< Num_T >::operator*=(), itpp::Mat< Num_T >::operator+=(), itpp::Mat< Num_T >::operator-=(), itpp::Mat< Num_T >::operator/=(), itpp::Mat< Num_T >::operator=(), itpp::Mat< Num_T >::operator==(), itpp::Mat< Num_T >::set_size(), itpp::Mat< bin >::size(), and itpp::Mat< Num_T >::zeros().

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

• mat.h
• converters.h
• fastmath.h
• matfunc.h
• operators.h
• specmat.h
• cfix.cpp
• cfix.h
• fix.cpp
• fix.h