kl_matrix.h File Reference

#include "mkl.h"
#include "kl_memory.h"
#include "kl_util.h"
#include "kl_vector.h"
#include <limits.h>
#include <float.h>
#include <string>
#include <vector>
#include <list>
#include <complex>

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Data Structures
class	klMatrix< TYPE >
class	klBinaryIO

Typedefs
typedef klSmartPtr< klMatrix < double > >	klDoubleMatrixPtr
typedef klSmartPtr< klMatrix < complex< double > > >	klComplexDoubleMatrixPtr
typedef klSmartPtr< klMatrix < complex< float > > >	klComplexFloatMatrixPtr
typedef klSmartPtr< klMatrix < float > >	klFloatMatrixPtr

Functions
klMatrix< double >	mmBLAS (double alpha, klMatrix< double > a, klMatrix< double > b, double beta, klMatrix< double > c)
klMatrix< float >	mmBLAS (float alpha, klMatrix< float > a, klMatrix< float > b, float beta, klMatrix< float > c)
klVector< double >	mvpBLAS (double alpha, klMatrix< double > a, klVector< double > x, double beta, klVector< double > yi)
klVector< float >	mvpBLAS (float alpha, klMatrix< float > a, klVector< float > x, float beta, klVector< float > yi)
template<class TYPE , class TYPE1 >
klVector< TYPE >	klApplyFn (TYPE1(*f)(TYPE1), const klVector< TYPE > &c)
template<class TYPE , class TYPE1 >
klMatrix< TYPE >	klApplyFn (TYPE1(*f)(TYPE1), const klMatrix< TYPE > &c)
template<class TYPE >
const klMatrix< TYPE >	operator+ (const klMatrix< TYPE > &c1, const klMatrix< TYPE > &c2)
template<class TYPE >
const klMatrix< TYPE >	operator+ (const klMatrix< TYPE > &c1, TYPE c2)
template<class TYPE >
const klMatrix< TYPE >	operator+ (TYPE c1, const klMatrix< TYPE > &c2)
template<class TYPE >
const klMatrix< TYPE >	operator- (const klMatrix< TYPE > &c1, const klMatrix< TYPE > &c2)
template<class TYPE >
const klMatrix< TYPE >	operator- (const klMatrix< TYPE > &c2, TYPE c1)
template<class TYPE >
const klMatrix< TYPE >	operator- (TYPE c1, const klMatrix< TYPE > &c2)
template<class TYPE >
const klMatrix< TYPE >	operator- (const klMatrix< TYPE > &c)
template<class TYPE >
const klMatrix< TYPE >	operator/ (const klMatrix< TYPE > &c1, TYPE c2)
template<class TYPE >
const klMatrix< TYPE >	operator/ (TYPE c2, const klMatrix< TYPE > &c1)
template<class TYPE >
const klMatrix< TYPE >	operator/ (klMatrix< TYPE > &c1, const klMatrix< TYPE > &c2)
template<class TYPE >
const klMatrix< TYPE >	operator* (const klMatrix< TYPE > &c1, TYPE c2)
template<class TYPE >
const klMatrix< TYPE >	operator* (TYPE c2, const klMatrix< TYPE > &c1)
template<class TYPE >
const klVector< TYPE >	klMatrixToLower (const klMatrix< TYPE > &c)
template<class TYPE >
klMatrix< TYPE >	diag (klVector< TYPE > c)
void	minV (const klMatrix< double > &X, klVector< double > &minVals, bool rowMins=1)
void	maxV (const klMatrix< double > &X, klVector< double > &maxVals, bool rowMins=1)
template<class TYPE >
static ostream &	operator<< (ostream &str, const klMatrix< TYPE > &v)
template<class TYPE >
static istream &	operator>> (istream &c, klMatrix< TYPE > &v)

Typedef Documentation

typedef klSmartPtr<klMatrix<complex<double> > > klComplexDoubleMatrixPtr

typedef klSmartPtr<klMatrix<complex<float> > > klComplexFloatMatrixPtr

typedef klSmartPtr<klMatrix<double> > klDoubleMatrixPtr

typedef klSmartPtr<klMatrix<float> > klFloatMatrixPtr

Function Documentation

template<class TYPE >

klMatrix<TYPE> diag

(

klVector< TYPE >

c

)

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template<class TYPE , class TYPE1 >

klVector<TYPE> klApplyFn	(	TYPE1(*)(TYPE1)	f,
		const klVector< TYPE > &	c
	)

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template<class TYPE , class TYPE1 >

klMatrix<TYPE> klApplyFn	(	TYPE1(*)(TYPE1)	f,
		const klMatrix< TYPE > &	c
	)

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template<class TYPE >

const klVector<TYPE> klMatrixToLower ( const klMatrix< TYPE > &  c )

inline

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void maxV ( const klMatrix< double > &  X, klVector< double > &  maxVals, bool  rowMins = 1  )

inline

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void minV ( const klMatrix< double > &  X, klVector< double > &  minVals, bool  rowMins = 1  )

inline

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klMatrix<double> mmBLAS ( double  alpha, klMatrix< double >  a, klMatrix< double >  b, double  beta, klMatrix< double >  c  )

inline

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klMatrix<float> mmBLAS ( float  alpha, klMatrix< float >  a, klMatrix< float >  b, float  beta, klMatrix< float >  c  )

inline

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klVector<double> mvpBLAS ( double  alpha, klMatrix< double >  a, klVector< double >  x, double  beta, klVector< double >  yi  )

inline

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klVector<float> mvpBLAS ( float  alpha, klMatrix< float >  a, klVector< float >  x, float  beta, klVector< float >  yi  )

inline

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template<class TYPE >

const klMatrix<TYPE> operator* ( const klMatrix< TYPE > &  c1, TYPE  c2  )

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template<class TYPE >

const klMatrix<TYPE> operator* ( TYPE  c2, const klMatrix< TYPE > &  c1  )

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template<class TYPE >

const klMatrix<TYPE> operator+ ( const klMatrix< TYPE > &  c1, const klMatrix< TYPE > &  c2  )

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template<class TYPE >

const klMatrix<TYPE> operator+ ( const klMatrix< TYPE > &  c1, TYPE  c2  )

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template<class TYPE >

const klMatrix<TYPE> operator+ ( TYPE  c1, const klMatrix< TYPE > &  c2  )

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template<class TYPE >

const klMatrix<TYPE> operator- ( const klMatrix< TYPE > &  c1, const klMatrix< TYPE > &  c2  )

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template<class TYPE >

const klMatrix<TYPE> operator- ( const klMatrix< TYPE > &  c2, TYPE  c1  )

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template<class TYPE >

const klMatrix<TYPE> operator- ( TYPE  c1, const klMatrix< TYPE > &  c2  )

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template<class TYPE >

const klMatrix<TYPE> operator- ( const klMatrix< TYPE > &  c )

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template<class TYPE >

const klMatrix<TYPE> operator/ ( const klMatrix< TYPE > &  c1, TYPE  c2  )

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template<class TYPE >

const klMatrix<TYPE> operator/ ( TYPE  c2, const klMatrix< TYPE > &  c1  )

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template<class TYPE >

const klMatrix<TYPE> operator/ ( klMatrix< TYPE > &  c1, const klMatrix< TYPE > &  c2  )

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template<class TYPE >

static ostream& operator<< ( ostream &  str, const klMatrix< TYPE > &  v  )

static

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template<class TYPE >

static istream& operator>> ( istream &  c, klMatrix< TYPE > &  v  )

inlinestatic

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