kl_vector.h File Reference

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

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Data Structures
class	klGlobalMemoryManager
class	klVector< TYPE >
class	klRCInt
class	klRCDouble
class	klRCString

Macros
#define	MKL_Complex8   std::complex<float>
#define	MKL_Complex16   std::complex<double>
#define	klout(A)   ;

Typedefs
typedef klSmartPtr< klRCInt >	klIntPtr
typedef klSmartPtr< klRCDouble >	klDoublePtr
typedef klSmartPtr< klRCString >	klStringPtr
typedef klSmartPtr< klVector < double > >	klDoubleVectorPtr
typedef klSmartPtr< klVector < complex< double > > >	klComplexDoubleVectorPtr
typedef klSmartPtr< klVector < complex< float > > >	klComplexFloatVectorPtr
typedef klSmartPtr< klVector < float > >	klFloatVectorPtr

Functions
int	mkl_eigs_select (double *x, double *y)
template<class TYPE >
klVector< TYPE >	logReturns (klVector< TYPE > b)
template<class TYPE >
static ostream &	operator<< (ostream &str, const klVector< TYPE > &v)
template<class TYPE >
static istream &	operator>> (istream &c, klVector< TYPE > &v)
template<class TYPE >
klVector< TYPE >	operator+ (const klVector< TYPE > &v1, const klVector< TYPE > &v2)
template<class TYPE >
klVector< TYPE >	operator+ (const klVector< TYPE > &v, const TYPE t)
template<class TYPE >
klVector< TYPE >	operator+ (const TYPE t, const klVector< TYPE > &v)
template<class TYPE >
klVector< TYPE >	operator- (const klVector< TYPE > &v1, const klVector< TYPE > &v2)
template<class TYPE >
klVector< TYPE >	operator- (const klVector< TYPE > &v, const TYPE t)
template<class TYPE >
klVector< TYPE >	operator- (const TYPE t, const klVector< TYPE > &v)
template<class TYPE >
klVector< TYPE >	operator- (const klVector< TYPE > &v)
template<class TYPE >
klVector< TYPE >	operator* (const klVector< TYPE > &v, const TYPE t)
template<class TYPE >
klVector< TYPE >	operator* (const TYPE t, const klVector< TYPE > &v)
template<class TYPE >
klVector< TYPE >	operator* (const klVector< TYPE > &v1, const klVector< TYPE > &v2)
template<class TYPE >
klVector< TYPE >	operator/ (const klVector< TYPE > &v1, const klVector< TYPE > &v2)
template<class TYPE >
klVector< TYPE >	operator/ (const klVector< TYPE > &v, const TYPE t)
template<class TYPE >
klVector< TYPE >	operator/ (const TYPE t, const klVector< TYPE > &v)
template<class TYPE >
klVector< TYPE >	RE (klVector< complex< TYPE > > vec)
template<class TYPE >
klVector< TYPE >	IM (klVector< complex< TYPE > > vec)
klVector< complex< double > >	klApplyLog (const klVector< complex< double > > &c)

Macro Definition Documentation

#define klout

(

A

)

;

#define MKL_Complex16   std::complex<double>

#define MKL_Complex8   std::complex<float>

Typedef Documentation

typedef klSmartPtr<klVector<complex<double> > > klComplexDoubleVectorPtr

typedef klSmartPtr<klVector<complex<float> > > klComplexFloatVectorPtr

typedef klSmartPtr<klRCDouble > klDoublePtr

typedef klSmartPtr<klVector<double> > klDoubleVectorPtr

typedef klSmartPtr<klVector<float> > klFloatVectorPtr

typedef klSmartPtr<klRCInt > klIntPtr

typedef klSmartPtr<klRCString > klStringPtr

Function Documentation

template<class TYPE >

klVector<TYPE> IM ( klVector< complex< TYPE > >  vec )

inline

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klVector<complex<double> > klApplyLog ( const klVector< complex< double > > &  c )

inline

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template<class TYPE >

klVector<TYPE> logReturns

(

klVector< TYPE >

b

)

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int mkl_eigs_select ( double *  x, double *  y  )

inline

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template<class TYPE >

klVector<TYPE> operator*	(	const klVector< TYPE > &	v,
		const TYPE	t
	)

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template<class TYPE >

klVector<TYPE> operator*	(	const TYPE	t,
		const klVector< TYPE > &	v
	)

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template<class TYPE >

klVector<TYPE> operator*	(	const klVector< TYPE > &	v1,
		const klVector< TYPE > &	v2
	)

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template<class TYPE >

klVector<TYPE> operator+	(	const klVector< TYPE > &	v1,
		const klVector< TYPE > &	v2
	)

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template<class TYPE >

klVector<TYPE> operator+	(	const klVector< TYPE > &	v,
		const TYPE	t
	)

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template<class TYPE >

klVector<TYPE> operator+	(	const TYPE	t,
		const klVector< TYPE > &	v
	)

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template<class TYPE >

klVector<TYPE> operator-	(	const klVector< TYPE > &	v1,
		const klVector< TYPE > &	v2
	)

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template<class TYPE >

klVector<TYPE> operator-	(	const klVector< TYPE > &	v,
		const TYPE	t
	)

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template<class TYPE >

klVector<TYPE> operator-	(	const TYPE	t,
		const klVector< TYPE > &	v
	)

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template<class TYPE >

klVector<TYPE> operator-

(

const klVector< TYPE > &

v

)

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template<class TYPE >

klVector<TYPE> operator/	(	const klVector< TYPE > &	v1,
		const klVector< TYPE > &	v2
	)

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template<class TYPE >

klVector<TYPE> operator/	(	const klVector< TYPE > &	v,
		const TYPE	t
	)

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template<class TYPE >

klVector<TYPE> operator/	(	const TYPE	t,
		const klVector< TYPE > &	v
	)

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template<class TYPE >

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

static

template<class TYPE >

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

inlinestatic

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template<class TYPE >

klVector<TYPE> RE ( klVector< complex< TYPE > >  vec )

inline

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