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matrixarith File Reference

Go to the source code of this file.

Defines
#define	MATRIX_ARITH_LIBRARY
#define	UNDEFINED   0
Functions
template<class T, class U> bool	samedimen (CMatrix< T > &LHS, CMatrix< U > &RHS)
	Checks to see if two matrices have the same dimensions. More...
template<class T, class U> void	convolve (CMatrix< T > &I, CMatrix< U > &Mask, CMatrix< T > &Out)
	Convolves matrix 'I' with matrix 'Mask' and puts the results in 'Out.' Note that this is a discrete approximation of an actual convolution. More...
template<class T, class U> void	convolve (CMatrix< T > &I, CMatrix< U > &Mask)
	Convovles matrix 'I' with matrix 'Mask' and puts the result in 'I'. More...
template<class T, class U> void	derivex (CMatrix< T > &In, CMatrix< U > &Out)
	Takes the discrete derivative in the x direction using a simple 2x2 window. More...
template<class T, class U> void	derivey (CMatrix< T > &In, CMatrix< U > &Out)
	Takes the discrete derivative in the y direction using a simple 2x2 window. More...
template<class T, class U> void	derivet (CMatrix< T > &In1, CMatrix< U > &In2, CMatrix< T > &Out)
	Takes the discrete derivative in t (subtracting the two images). More...
template<class T, class U> T &	dotprod (CMatrix< T > &OP1, CMatrix< U > &OP2, CMatrix< T > &Out)
	does Out = OP1 * OP2. More...
template<class T> void	transpose (CMatrix< T > &In, CMatrix< T > &Out)
	Transposes a matrix and puts the result in 'Out'. More...
template<class T, class U> void	derivex (CMatrix< T > &In, CMatrix< T > &Out)
template<class T, class U> void	derivey (CMatrix< T > &In, CMatrix< T > &Out)

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Define Documentation

#define MATRIX_ARITH_LIBRARY

Definition at line 5 of file matrixarith.

#define UNDEFINED   0

Definition at line 8 of file matrixarith.

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Function Documentation

template<class T, class U> void convolve (  CMatrix< T > & I, CMatrix< U > & Mask )

Convovles matrix 'I' with matrix 'Mask' and puts the result in 'I'. Definition at line 87 of file matrixarith. Referenced by derivet(), derivex(), and derivey().

template<class T, class U> void convolve (  CMatrix< T > & I, CMatrix< U > & Mask, CMatrix< T > & Out )

Convolves matrix 'I' with matrix 'Mask' and puts the results in 'Out.' Note that this is a discrete approximation of an actual convolution. Definition at line 59 of file matrixarith.

template<class T, class U> void derivet (  CMatrix< T > & In1, CMatrix< U > & In2, CMatrix< T > & Out )

Takes the discrete derivative in t (subtracting the two images). Definition at line 124 of file matrixarith.

template<class T, class U> void derivex (  CMatrix< T > & In, CMatrix< T > & Out )

Definition at line 98 of file matrixarith.

template<class T, class U> void derivex (  CMatrix< T > & In, CMatrix< U > & Out )

Takes the discrete derivative in the x direction using a simple 2x2 window.

template<class T, class U> void derivey (  CMatrix< T > & In, CMatrix< T > & Out )

Definition at line 111 of file matrixarith.

template<class T, class U> void derivey (  CMatrix< T > & In, CMatrix< U > & Out )

Takes the discrete derivative in the y direction using a simple 2x2 window.

template<class T, class U> T & dotprod (  CMatrix< T > & OP1, CMatrix< U > & OP2, CMatrix< T > & Out )

does Out = OP1 * OP2. Definition at line 145 of file matrixarith.

template<class T, class U> bool samedimen (  CMatrix< T > & LHS, CMatrix< U > & RHS )

Checks to see if two matrices have the same dimensions. Definition at line 50 of file matrixarith.

template<class T> void transpose (  CMatrix< T > & In, CMatrix< T > & Out )

Transposes a matrix and puts the result in 'Out'. Definition at line 166 of file matrixarith.

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