Class template for a two dimensional dense matrix stored in row-major format. More...

#include <mdsMatrix.h>

Inheritance diagram for mds::math::CMatrix< T >:

[legend]

Public Types
enum	{ CLASS_MATRIX }
	Templates that require members of the CMatrix class can use this enum to check the existence. More...
enum	{ CLASS_OBJECT }
	Templates that require members of the CObject class can use this enum to check the existence. More...
enum	{ HEAP_OBJECT = 0x70616568 }
	Signature used to recognize objects on the heap. More...
typedef CMatrixBase< CMatrix< T > >	tBase
	Base class.
typedef T	tElement
	Matrix element type.
typedef CMatrix< T >	tMatrix
	Matrix type.
typedef Eigen::Matrix < tElement, Eigen::Dynamic, Eigen::Dynamic, Eigen::RowMajor\|Eigen::AutoAlign >	tStorage
	Underlying matrix data (see the Eigen library).
Public Member Functions
CMatrix &	abs ()
	Makes absolute value of all elements.
tStorage &	asEigen ()
	Returns reference to the underlying matrix data (see the Eigen library).
const tStorage &	asEigen () const
T &	at (tSize Row, tSize Col)
	Returns reference to the element [Row][Col].
const T &	at (tSize Row, tSize Col) const
	Method returns element (by value) at (row, col).
T &	at (tSize i)
	Returns the subscripted pixel.
const T &	at (tSize i) const
template<typename T >
	CMatrix ()
template<typename T >
	CMatrix (tSize NumOfRows, tSize NumOfCols)
template<typename T >
	CMatrix (const CMatrix< T > &Matrix, tSize Row, tSize Col, tSize NumOfRows, tSize NumOfCols)
template<typename T >
	CMatrix (const CMatrix< T > &Matrix)
	CMatrix ()
	Declare iterators.
template<typename Derived >
	CMatrix (const Eigen::MatrixBase< Derived > &Matrix)
	CMatrix (tSize NumOfRows, tSize NumOfCols)
	Constructor.
	CMatrix (const CMatrix &Matrix, tSize Row, tSize Col, tSize NumOfRows, tSize NumOfCols)
	Constructor.
	CMatrix (const CMatrix &Matrix)
	Copy constructor.
template<typename Derived >
	CMatrix (const Eigen::MatrixBase< Derived > &Matrix)
	Constructor.
tSize	cols () const
template<typename T >
CMatrix< T > &	create (tSize NumOfRows, tSize NumOfCols)
template<typename T >
CMatrix< T > &	create (const CMatrix< T > &Matrix, tSize Row, tSize Col, tSize NumOfRows, tSize NumOfCols)
CMatrix &	create (tSize NumOfRows, tSize NumOfCols)
	Re-allocates memory for the matrix if needed.
CMatrix &	create (const CMatrix &Matrix, tSize Row, tSize Col, tSize NumOfRows, tSize NumOfCols)
	Re-creates the matrix.
template<typename Derived >
CMatrix &	create (const CMatrixBase< Derived > &Matrix)
	Re-creates the matrix.
template<typename Derived >
CMatrix &	create (const Eigen::MatrixBase< Derived > &Matrix)
	Assignment operator.
template<typename Derived >
CMatrix< T > &	create (const CMatrixBase< Derived > &Matrix)
template<typename Derived >
CMatrix< T > &	create (const Eigen::MatrixBase< Derived > &Matrix)
CMatrix &	fill (const T &Value)
	Fills the matrix using a given value.
template<class Function >
Function	forEach (Function Func)
	Calls a function object for every matrix element.
template<class Function >
Function	forEach (Function Func) const
	Calls a function object for every matrix element.
template<class Function >
Function	forEach (Function Func)
	Calls a function object for every matrix coefficient.
template<class Function >
Function	forEach (Function Func) const
	Calls a function object for every matrix coefficient.
tSize	getColOffset () const
	Returns column offset.
T *	getColPtr (tSize Col)
	Returns pointer to the first element of matrix column.
const T *	getColPtr (tSize Col) const
tSize	getIdx (tSize Row, tSize Col) const
	Calculates index of a specified pixel.
tMatrix &	getImpl ()
	Returns reference to the matrix implementation.
const tMatrix &	getImpl () const
tSize	getNumOfCols () const
tSize	getNumOfRows () const
	Returns the matrix dimensions.
T *	getPtr ()
	Returns pointer to the first matrix element.
const T *	getPtr () const
T *	getPtr (tSize Row, tSize Col)
	Returns pointer to the given element.
const T *	getPtr (tSize Row, tSize Col) const
int	getReferencesCount () const
	Returns the number of references.
tSize	getRowOffset () const
	Returns row offset.
T *	getRowPtr (tSize Row)
	Returns pointer to the first element of matrix row.
const T *	getRowPtr (tSize Row) const
bool	isOnHeap () const
	Returns true if the object is allocated on the heap.
bool	isSquare () const
	Returns true of the matrix is square.
	MDS_SHAREDPTR (CMatrix)
	Smart pointer type.
CMatrix &	mult (const CMatrix &m1, const CMatrix &m2)
	Makes this to be result of multiplication of two matrices.
CMatrix &	ones ()
	Sets all elements to one.
T &	operator() (tSize Row, tSize Col)
	Returns reference to the element [Row][Col].
const T &	operator() (tSize Row, tSize Col) const
	Method returns element (by value) at (row, col).
T &	operator() (tSize i)
	Returns the subscripted pixel.
const T &	operator() (tSize i) const
template<typename T >
CMatrix< T > &	operator*= (const CMatrix< T > &Matrix)
template<typename U >
CMatrix< T > &	operator*= (const CScalar< U > &c)
CMatrix &	operator*= (const CMatrix &Matrix)
	Element wise product.
template<typename U >
CMatrix &	operator*= (const CScalar< U > &c)
	Multiplies all elements by scalar.
template<typename T >
CMatrix< T > &	operator+= (const CMatrix< T > &Matrix)
template<typename U >
CMatrix< T > &	operator+= (const CScalar< U > &c)
CMatrix &	operator+= (const CMatrix &Matrix)
	Element wise addition.
template<typename U >
CMatrix &	operator+= (const CScalar< U > &c)
	Adds scalar to all elements.
template<typename T >
CMatrix< T > &	operator-= (const CMatrix< T > &Matrix)
template<typename U >
CMatrix< T > &	operator-= (const CScalar< U > &c)
CMatrix &	operator-= (const CMatrix &Matrix)
	Element wise subtraction.
template<typename U >
CMatrix &	operator-= (const CScalar< U > &c)
	Subtracts scalar to all elements.
template<typename T >
CMatrix< T > &	operator/= (const CMatrix< T > &Matrix)
template<typename U >
CMatrix< T > &	operator/= (const CScalar< U > &c)
CMatrix &	operator/= (const CMatrix &Matrix)
	Element wise division.
template<typename U >
CMatrix &	operator/= (const CScalar< U > &c)
	Divides all elements by scalar.
CMatrix &	operator= (const CMatrix &Matrix)
	Assignment operator.
template<typename Derived >
CMatrix &	operator= (const Eigen::MatrixBase< Derived > &Matrix)
	Assignment operator.
template<typename T >
CMatrix< T > &	operator= (const CMatrix< T > &Matrix)
template<typename Derived >
CMatrix< T > &	operator= (const Eigen::MatrixBase< Derived > &Matrix)
template<class Function >
Function	pforEach (Function Func)
	Calls a function object for every matrix element.
template<class Function >
Function	pforEach (Function Func) const
	Calls a function object for every matrix element.
template<class Function >
Function	pforEach (Function Func)
	Calls a function object for every matrix coefficient.
template<class Function >
Function	pforEach (Function Func) const
	Calls a function object for every matrix coefficient.
tSize	rows () const
	Returns the matrix dimensions.
tMatrix &	set (tSize row, tSize col, const tElement &Value)
	Method sets value of element at (row, col).
CMatrix &	set (tSize Row, tSize Col, const T &Value)
	Sets the element of matrix at the position [row][col].
tMatrix &	set (tSize i, const tElement &Value)
	Sets the subscripted matrix coefficient.
CMatrix &	set (tSize i, const T &Value)
	Sets the subscripted voxel.
CMatrix &	transpose (const CMatrix &Matrix)
	Makes this to be transpose of a given matrix.
CMatrix &	unit ()
	Makes the matrix unit.
CMatrix &	zeros ()
	Zeros the matrix.
virtual	~CMatrix ()
	Virtual destructor.
Static Public Member Functions
static void *	operator new (std::size_t Size)
	Allocates a new object on the heap.
Protected Member Functions
void	addReference () const
	Increase the reference counter.
bool	delReference () const
	Decrease the reference counter.
Protected Attributes
int	m_iHeapObject
	Flag initialized if the object is on the heap.
int	m_iReferences
	The number of references to the object.
tStorage	m_Matrix
	Underlying matrix data (see the Eigen math library).

Detailed Description

template<typename T>
class mds::math::CMatrix< T >

Class template for a two dimensional dense matrix stored in row-major format.

T is a matrix element type. Only int, usnigned int, float, double, std::complex<> and mds::math::CComplex<> types are supported.

Member Typedef Documentation

template<typename T>

typedef CMatrixBase<CMatrix<T> > mds::math::CMatrix< T >::tBase

Base class.

template<typename T>

typedef T mds::math::CMatrix< T >::tElement

Matrix element type.

Reimplemented from mds::math::CMatrixBase< CMatrix< T > >.

typedef CMatrix< T > mds::math::CMatrixBase< CMatrix< T > >::tMatrix [inherited]

Matrix type.

template<typename T>

typedef Eigen::Matrix<tElement, Eigen::Dynamic, Eigen::Dynamic, Eigen::RowMajor | Eigen::AutoAlign> mds::math::CMatrix< T >::tStorage

Underlying matrix data (see the Eigen library).

Member Enumeration Documentation

template<typename T>

anonymous enum

Templates that require members of the CMatrix class can use this enum to check the existence.

Enumerator:

CLASS_MATRIX

anonymous enum [inherited]

Templates that require members of the CObject class can use this enum to check the existence.

Enumerator:

CLASS_OBJECT

anonymous enum [inherited]

Signature used to recognize objects on the heap.

Enumerator:

HEAP_OBJECT

Constructor & Destructor Documentation

template<typename T >

mds::math::CMatrix< T >::CMatrix ( )

Declare iterators.

Adds types tIterator and tConstIterator. Default constructor.

template<typename T >

mds::math::CMatrix< T >::CMatrix	(	tSize	NumOfRows,
		tSize	NumOfCols
	)

Constructor.

Parameters involve the matrix dimensions.

template<typename T >

mds::math::CMatrix< T >::CMatrix	(	const CMatrix< T > &	Matrix,
		tSize	Row,
		tSize	Col,
		tSize	NumOfRows,
		tSize	NumOfCols
	)

Constructor.

Creates a submatrix of a given matrix.
Makes own copy of the data.

template<typename T >

mds::math::CMatrix< T >::CMatrix ( const CMatrix< T > & Matrix )

Copy constructor.

Makes a new copy of the data.

template<typename T >

template<typename Derived >

mds::math::CMatrix< T >::CMatrix ( const Eigen::MatrixBase< Derived > & Matrix )

Constructor.

Makes a new copy of the data.

template<typename T >

CMatrix::~CMatrix ( ) [virtual]

Virtual destructor.

template<typename T>

template<typename T >

mds::math::CMatrix< T >::CMatrix ( )

template<typename T>

template<typename T >

mds::math::CMatrix< T >::CMatrix	(	tSize	NumOfRows,
		tSize	NumOfCols
	)

template<typename T>

template<typename T >

mds::math::CMatrix< T >::CMatrix	(	const CMatrix< T > &	Matrix,
		tSize	Row,
		tSize	Col,
		tSize	NumOfRows,
		tSize	NumOfCols
	)

template<typename T>

template<typename T >

mds::math::CMatrix< T >::CMatrix ( const CMatrix< T > & Matrix )

template<typename T>

template<typename Derived >

mds::math::CMatrix< T >::CMatrix ( const Eigen::MatrixBase< Derived > & Matrix )

Member Function Documentation

template<typename T >

CMatrix< T > & CMatrix::abs ( )

Makes absolute value of all elements.

Returns reference to this.

void mds::base::CObject::addReference ( ) const [protected, inherited]

Increase the reference counter.

template<typename T>

tStorage& mds::math::CMatrix< T >::asEigen ( )

Returns reference to the underlying matrix data (see the Eigen library).

template<typename T>

const tStorage& mds::math::CMatrix< T >::asEigen ( ) const

template<typename T>

T& mds::math::CMatrix< T >::at	(	tSize	Row,
		tSize	Col
	)

Returns reference to the element [Row][Col].

Reimplemented from mds::math::CMatrixBase< CMatrix< T > >.

template<typename T>

const T& mds::math::CMatrix< T >::at	(	tSize	row,
		tSize	col
	)		const

Method returns element (by value) at (row, col).

Reimplemented from mds::math::CMatrixBase< CMatrix< T > >.

template<typename T>

T& mds::math::CMatrix< T >::at ( tSize i )

Returns the subscripted pixel.

Reimplemented from mds::math::CMatrixBase< CMatrix< T > >.

template<typename T>

const T& mds::math::CMatrix< T >::at ( tSize i ) const

Reimplemented from mds::math::CMatrixBase< CMatrix< T > >.

template<typename T>

tSize mds::math::CMatrix< T >::cols ( ) const

Reimplemented from mds::math::CMatrixBase< CMatrix< T > >.

template<typename T>

template<typename T >

CMatrix<T>& mds::math::CMatrix< T >::create	(	tSize	NumOfRows,
		tSize	NumOfCols
	)

template<typename T >

CMatrix< T > & mds::math::CMatrix< T >::create	(	tSize	NumOfRows,
		tSize	NumOfCols
	)

Re-allocates memory for the matrix if needed.

template<typename T>

template<typename T >

CMatrix<T>& mds::math::CMatrix< T >::create	(	const CMatrix< T > &	Matrix,
		tSize	Row,
		tSize	Col,
		tSize	NumOfRows,
		tSize	NumOfCols
	)

template<typename T >

CMatrix< T > & mds::math::CMatrix< T >::create	(	const CMatrix< T > &	Matrix,
		tSize	Row,
		tSize	Col,
		tSize	NumOfRows,
		tSize	NumOfCols
	)

Re-creates the matrix.

Makes own copy of the data.

template<typename T >

template<typename Derived >

CMatrix< T > & mds::math::CMatrix< T >::create ( const CMatrixBase< Derived > & Matrix )

Re-creates the matrix.

Makes a new copy of the data.

template<typename T >

template<typename Derived >

CMatrix< T > & mds::math::CMatrix< T >::create ( const Eigen::MatrixBase< Derived > & Matrix )

Assignment operator.

template<typename T>

template<typename Derived >

CMatrix<T>& mds::math::CMatrix< T >::create ( const CMatrixBase< Derived > & Matrix )

template<typename T>

template<typename Derived >

CMatrix<T>& mds::math::CMatrix< T >::create ( const Eigen::MatrixBase< Derived > & Matrix )

bool mds::base::CObject::delReference ( ) const [protected, inherited]

Decrease the reference counter.

Returns true if the decremented number of references is lower or equal to zero and object must be deleted.

template<typename T>

CMatrix< T > & CMatrix::fill ( const T & Value )

Fills the matrix using a given value.

Returns reference to this.

template<typename T >

template<class Function >

Function mds::math::CMatrix< T >::forEach ( Function Func )

Calls a function object for every matrix element.

Reimplemented from mds::math::CMatrixBase< CMatrix< T > >.

template<typename T >

template<class Function >

Function mds::math::CMatrix< T >::forEach ( Function Func ) const

Calls a function object for every matrix element.

Reimplemented from mds::math::CMatrixBase< CMatrix< T > >.

template<typename T>

template<class Function >

Function mds::math::CMatrix< T >::forEach ( Function Func )

Calls a function object for every matrix coefficient.

Reimplemented from mds::math::CMatrixBase< CMatrix< T > >.

template<typename T>

template<class Function >

Function mds::math::CMatrix< T >::forEach ( Function Func ) const

Calls a function object for every matrix coefficient.

Reimplemented from mds::math::CMatrixBase< CMatrix< T > >.

template<typename T>

tSize mds::math::CMatrix< T >::getColOffset ( ) const

Returns column offset.

In other words, offset between two neighbouring elements in a matrix row.

Reimplemented from mds::math::CMatrixBase< CMatrix< T > >.

template<typename T>

T* mds::math::CMatrix< T >::getColPtr ( tSize Col )

Returns pointer to the first element of matrix column.

template<typename T>

const T* mds::math::CMatrix< T >::getColPtr ( tSize Col ) const

template<typename T>

tSize mds::math::CMatrix< T >::getIdx	(	tSize	Row,
		tSize	Col
	)		const

Calculates index of a specified pixel.

Reimplemented from mds::math::CMatrixBase< CMatrix< T > >.

tMatrix& mds::math::CMatrixBase< CMatrix< T > >::getImpl ( ) [inherited]

Returns reference to the matrix implementation.

const tMatrix& mds::math::CMatrixBase< CMatrix< T > >::getImpl ( ) const [inherited]

template<typename T>

tSize mds::math::CMatrix< T >::getNumOfCols ( ) const

Reimplemented from mds::math::CMatrixBase< CMatrix< T > >.

template<typename T>

tSize mds::math::CMatrix< T >::getNumOfRows ( ) const

Returns the matrix dimensions.

Reimplemented from mds::math::CMatrixBase< CMatrix< T > >.

template<typename T>

T* mds::math::CMatrix< T >::getPtr ( )

Returns pointer to the first matrix element.

template<typename T>

const T* mds::math::CMatrix< T >::getPtr ( ) const

template<typename T>

T* mds::math::CMatrix< T >::getPtr	(	tSize	Row,
		tSize	Col
	)

Returns pointer to the given element.

template<typename T>

const T* mds::math::CMatrix< T >::getPtr	(	tSize	Row,
		tSize	Col
	)		const

int mds::base::CObject::getReferencesCount ( ) const [inherited]

Returns the number of references.

template<typename T>

tSize mds::math::CMatrix< T >::getRowOffset ( ) const

Returns row offset.

In other words, offset between two neighbouring elements in a matrix column.

Reimplemented from mds::math::CMatrixBase< CMatrix< T > >.

template<typename T>

T* mds::math::CMatrix< T >::getRowPtr ( tSize Row )

Returns pointer to the first element of matrix row.

template<typename T>

const T* mds::math::CMatrix< T >::getRowPtr ( tSize Row ) const

bool mds::base::CObject::isOnHeap ( ) const [inherited]

Returns true if the object is allocated on the heap.

template<typename T>

bool mds::math::CMatrix< T >::isSquare ( ) const

Returns true of the matrix is square.

template<typename T>

mds::math::CMatrix< T >::MDS_SHAREDPTR ( CMatrix< T > )

Smart pointer type.

Declares type tSmartPtr.

template<typename T >

CMatrix< T > & CMatrix::mult	(	const CMatrix< T > &	m1,
		const CMatrix< T > &	m2
	)

Makes this to be result of multiplication of two matrices.

Throws CMultFailed() exception on failure.
Returns reference to this.

template<typename T >

CMatrix< T > & CMatrix::ones ( )

Sets all elements to one.

Returns reference to this.

static void* mds::base::CObject::operator new ( std::size_t Size ) [static, inherited]

Allocates a new object on the heap.

template<typename T>

T& mds::math::CMatrix< T >::operator()	(	tSize	Row,
		tSize	Col
	)

Returns reference to the element [Row][Col].

Reimplemented from mds::math::CMatrixBase< CMatrix< T > >.

template<typename T>

const T& mds::math::CMatrix< T >::operator()	(	tSize	row,
		tSize	col
	)		const

Method returns element (by value) at (row, col).

Reimplemented from mds::math::CMatrixBase< CMatrix< T > >.

template<typename T>

T& mds::math::CMatrix< T >::operator() ( tSize i )

Returns the subscripted pixel.

Reimplemented from mds::math::CMatrixBase< CMatrix< T > >.

template<typename T>

const T& mds::math::CMatrix< T >::operator() ( tSize i ) const

Reimplemented from mds::math::CMatrixBase< CMatrix< T > >.

template<typename T>

template<typename T >

CMatrix<T>& mds::math::CMatrix< T >::operator*= ( const CMatrix< T > & Matrix )

template<typename T>

template<typename U >

CMatrix<T>& mds::math::CMatrix< T >::operator*= ( const CScalar & c )

template<typename T >

CMatrix< T > & mds::math::CMatrix< T >::operator*= ( const CMatrix< T > & Matrix )

Element wise product.

template<typename T >

template<typename U >

CMatrix< T > & mds::math::CMatrix< T >::operator*= ( const CScalar & c )

Multiplies all elements by scalar.

An operator that allow conversion from U to T must be defined!

template<typename T>

template<typename T >

CMatrix<T>& mds::math::CMatrix< T >::operator+= ( const CMatrix< T > & Matrix )

template<typename T>

template<typename U >

CMatrix<T>& mds::math::CMatrix< T >::operator+= ( const CScalar & c )

template<typename T >

CMatrix< T > & mds::math::CMatrix< T >::operator+= ( const CMatrix< T > & Matrix )

Element wise addition.

template<typename T >

template<typename U >

CMatrix< T > & mds::math::CMatrix< T >::operator+= ( const CScalar & c )

Adds scalar to all elements.

An operator that allow conversion from U to T must be defined!

template<typename T>

template<typename T >

CMatrix<T>& mds::math::CMatrix< T >::operator-= ( const CMatrix< T > & Matrix )

template<typename T>

template<typename U >

CMatrix<T>& mds::math::CMatrix< T >::operator-= ( const CScalar & c )

template<typename T >

CMatrix< T > & mds::math::CMatrix< T >::operator-= ( const CMatrix< T > & Matrix )

Element wise subtraction.

template<typename T >

template<typename U >

CMatrix< T > & mds::math::CMatrix< T >::operator-= ( const CScalar & c )

Subtracts scalar to all elements.

An operator that allow conversion from U to T must be defined!

template<typename T>

template<typename T >

CMatrix<T>& mds::math::CMatrix< T >::operator/= ( const CMatrix< T > & Matrix )

template<typename T>

template<typename U >

CMatrix<T>& mds::math::CMatrix< T >::operator/= ( const CScalar & c )

template<typename T >

CMatrix< T > & mds::math::CMatrix< T >::operator/= ( const CMatrix< T > & Matrix )

Element wise division.

template<typename T >

template<typename U >

CMatrix< T > & mds::math::CMatrix< T >::operator/= ( const CScalar & c )

Divides all elements by scalar.

An operator that allow conversion from U to T must be defined!

template<typename T >

CMatrix< T > & mds::math::CMatrix< T >::operator= ( const CMatrix< T > & Matrix )

Assignment operator.

template<typename T >

template<typename Derived >

CMatrix< T > & mds::math::CMatrix< T >::operator= ( const Eigen::MatrixBase< Derived > & Matrix )

Assignment operator.

template<typename T>

template<typename T >

CMatrix<T>& mds::math::CMatrix< T >::operator= ( const CMatrix< T > & Matrix )

template<typename T>

template<typename Derived >

CMatrix<T>& mds::math::CMatrix< T >::operator= ( const Eigen::MatrixBase< Derived > & Matrix )

template<typename T >

template<class Function >

Function mds::math::CMatrix< T >::pforEach ( Function Func )

Calls a function object for every matrix element.

Parallel version.

Reimplemented from mds::math::CMatrixBase< CMatrix< T > >.

template<typename T >

template<class Function >

Function mds::math::CMatrix< T >::pforEach ( Function Func ) const

Calls a function object for every matrix element.

Parallel version.

Reimplemented from mds::math::CMatrixBase< CMatrix< T > >.

template<typename T>

template<class Function >

Function mds::math::CMatrix< T >::pforEach ( Function Func )

Calls a function object for every matrix coefficient.

Parallel version.

Reimplemented from mds::math::CMatrixBase< CMatrix< T > >.

template<typename T>

template<class Function >

Function mds::math::CMatrix< T >::pforEach ( Function Func ) const

Calls a function object for every matrix coefficient.

Parallel version.

Reimplemented from mds::math::CMatrixBase< CMatrix< T > >.

template<typename T>

tSize mds::math::CMatrix< T >::rows ( ) const

Returns the matrix dimensions.

Reimplemented from mds::math::CMatrixBase< CMatrix< T > >.

tMatrix& mds::math::CMatrixBase< CMatrix< T > >::set	(	tSize	row,
		tSize	col,
		const tElement &	Value
	)		`[inherited]`

Method sets value of element at (row, col).

tMatrix& mds::math::CMatrixBase< CMatrix< T > >::set	(	tSize	i,
		const tElement &	Value
	)		`[inherited]`

Sets the subscripted matrix coefficient.

template<typename T>

CMatrix& mds::math::CMatrix< T >::set	(	tSize	Row,
		tSize	Col,
		const T &	Value
	)

Sets the element of matrix at the position [row][col].

template<typename T>

CMatrix& mds::math::CMatrix< T >::set	(	tSize	i,
		const T &	Value
	)

Sets the subscripted voxel.

template<typename T >

CMatrix< T > & CMatrix::transpose ( const CMatrix< T > & Matrix )

Makes this to be transpose of a given matrix.

Throws CTransposeFailed() exception on failure.
Returns reference to this.

template<typename T >

CMatrix< T > & CMatrix::unit ( )

Makes the matrix unit.

Returns reference to this.

template<typename T >

CMatrix< T > & CMatrix::zeros ( )

Zeros the matrix.

Returns reference to this.

Member Data Documentation

int mds::base::CObject::m_iHeapObject [mutable, protected, inherited]

Flag initialized if the object is on the heap.

int mds::base::CObject::m_iReferences [mutable, protected, inherited]

The number of references to the object.

Zero if there is no reference.

template<typename T>

tStorage mds::math::CMatrix< T >::m_Matrix [protected]

Underlying matrix data (see the Eigen math library).

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

Public Types

Public Member Functions

Static Public Member Functions

Protected Member Functions

Protected Attributes

Detailed Description

template<typename T> class mds::math::CMatrix< T >

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template<typename T>
class mds::math::CMatrix< T >