class TArbitraryPrecision

List of all Methods
Definition	`#include <kalamaris/vargmp.h>`
Inherits	T [public ]

Public Methods

TArbitraryPrecision (const QString &s)
TArbitraryPrecision (const mpf_t & g)
TArbitraryPrecision (const double g)
TArbitraryPrecision (const int g)
TArbitraryPrecision (const unsigned int g)
TArbitraryPrecision ( const TArbitraryPrecision &x)
virtual TArbitraryPrecision * copy (void) const
virtual inline int operator== ( const TArbitraryPrecision &v1 )
virtual inline int operator== ( const T &v1 )
virtual inline int operator== ( const mpf_t & v1 )
virtual inline int operator!= ( const TArbitraryPrecision &v1 )
virtual inline int operator!= ( const T &v1 )
virtual inline int operator!= ( const mpf_t & v1 )
virtual inline int operator< ( const TArbitraryPrecision &v1 )
virtual inline int operator< ( const T &v1 )
virtual inline int operator< ( const mpf_t & v1 )
virtual inline int operator> ( const TArbitraryPrecision &v1 )
virtual inline int operator> ( const T &v1 )
virtual inline int operator> ( const mpf_t & v1 )
virtual inline int operator>= ( const TArbitraryPrecision &v1 )
virtual inline int operator>= ( const T &v1 )
virtual inline int operator>= ( const mpf_t & v1 )
virtual inline int operator<= ( const TArbitraryPrecision &v1 )
virtual inline int operator<= ( const T &v1 )
virtual inline int operator<= ( const mpf_t & v1 )
virtual T & operator= ( const TArbitraryPrecision &x )
virtual T & operator= ( const mpf_t & x )
virtual T & operator++ ( )
virtual T & operator++ ( int )
virtual T & operator-- ( )
virtual T & operator-- ( int )
virtual T & operator+= ( const TArbitraryPrecision &x )
virtual T & operator-= ( const TArbitraryPrecision &x )
virtual T & operator*= ( const TArbitraryPrecision &x )
virtual T & operator/= ( const TArbitraryPrecision &x )
virtual T & operator+= ( const unsigned int i )
virtual T & operator-= ( const unsigned int i )
virtual T & operator*= ( const unsigned int i )
virtual T & operator/= ( const unsigned int i )
virtual T & operator+= ( const int i )
virtual T & operator-= ( const int i )
virtual T & operator*= ( const int i )
virtual T & operator/= ( const int i )
virtual T & abs ( void )
virtual T & sqrt ( const double &idx=2.0 )
virtual T & sin ( void )
virtual T & cos ( void )
virtual T & tan ( void )
virtual T & exp ( void )
virtual T & log ( void )
virtual T & log ( const T &base )
virtual operator const double () const
inline const mpf_t & value () const
virtual QString string (void) const
virtual const char * isA () const
virtual bool isA (const char *str) const

Public Static Methods

static T * add (const TArbitraryPrecision *t1, const TArbitraryPrecision *t2)
static T * sub (const TArbitraryPrecision *t1, const TArbitraryPrecision *t2)
static T * mul (const TArbitraryPrecision *t1, const TArbitraryPrecision *t2)
static T * div (const TArbitraryPrecision *t1, const TArbitraryPrecision *t2)
static T * pow (const TArbitraryPrecision *t1, const TArbitraryPrecision *t2)
static T * add (const TArbitraryPrecision * m1, const unsigned int i)
static T * sub (const TArbitraryPrecision * m1, const unsigned int i)
static T * mul (const TArbitraryPrecision * m1, const unsigned int i)
static T * div (const TArbitraryPrecision * m1, const unsigned int i)
static T * add (const TArbitraryPrecision * m1, const int i)
static T * sub (const TArbitraryPrecision * m1, const int i)
static T * mul (const TArbitraryPrecision * m1, const int i)
static T * div (const TArbitraryPrecision * m1, const int i)

Protected Members

mpf_t v

Detailed Description

mpf_t v

[protected: ]

TArbitraryPrecision (const QString &s)

TArbitraryPrecision (const mpf_t & g)

TArbitraryPrecision (const double g)

TArbitraryPrecision (const int g)

TArbitraryPrecision (const unsigned int g)

TArbitraryPrecision ( const TArbitraryPrecision &x)

Copy constructor

TArbitraryPrecision * copy (void)

[const virtual]

Reimplemented from T.

inline int operator== ( const TArbitraryPrecision &v1 )

[virtual]

Reimplemented from T.

inline int operator== ( const T &v1 )

[virtual]

Reimplemented from T.

inline int operator== ( const mpf_t & v1 )

[virtual]

Reimplemented from T.

inline int operator!= ( const TArbitraryPrecision &v1 )

[virtual]

Reimplemented from T.

inline int operator!= ( const T &v1 )

[virtual]

Reimplemented from T.

inline int operator!= ( const mpf_t & v1 )

[virtual]

Reimplemented from T.

inline int operator< ( const TArbitraryPrecision &v1 )

[virtual]

Reimplemented from T.

inline int operator< ( const T &v1 )

[virtual]

Reimplemented from T.

inline int operator< ( const mpf_t & v1 )

[virtual]

Reimplemented from T.

inline int operator> ( const TArbitraryPrecision &v1 )

[virtual]

Reimplemented from T.

inline int operator> ( const T &v1 )

[virtual]

Reimplemented from T.

inline int operator> ( const mpf_t & v1 )

[virtual]

Reimplemented from T.

inline int operator>= ( const TArbitraryPrecision &v1 )

[virtual]

Reimplemented from T.

inline int operator>= ( const T &v1 )

[virtual]

Reimplemented from T.

inline int operator>= ( const mpf_t & v1 )

[virtual]

Reimplemented from T.

inline int operator<= ( const TArbitraryPrecision &v1 )

[virtual]

Reimplemented from T.

inline int operator<= ( const T &v1 )

[virtual]

Reimplemented from T.

inline int operator<= ( const mpf_t & v1 )

[virtual]

Reimplemented from T.

T & operator= ( const TArbitraryPrecision &x )

[virtual]

Reimplemented from T.

T & operator= ( const mpf_t & x )

[virtual]

Reimplemented from T.

T & operator++ ( )

[virtual]

T & operator++ ( int )

[virtual]

T & operator-- ( )

[virtual]

Reimplemented from T.

T & operator-- ( int )

[virtual]

Reimplemented from T.

T & operator+= ( const TArbitraryPrecision &x )

[virtual]

Reimplemented from T.

T & operator-= ( const TArbitraryPrecision &x )

[virtual]

Reimplemented from T.

T & operator*= ( const TArbitraryPrecision &x )

[virtual]

Reimplemented from T.

T & operator/= ( const TArbitraryPrecision &x )

[virtual]

Reimplemented from T.

T & operator+= ( const unsigned int i )

[virtual]

Reimplemented from T.

T & operator-= ( const unsigned int i )

[virtual]

Reimplemented from T.

T & operator*= ( const unsigned int i )

[virtual]

Reimplemented from T.

T & operator/= ( const unsigned int i )

[virtual]

Reimplemented from T.

T & operator+= ( const int i )

[virtual]

Reimplemented from T.

T & operator-= ( const int i )

[virtual]

Reimplemented from T.

T & operator*= ( const int i )

[virtual]

Reimplemented from T.

T & operator/= ( const int i )

[virtual]

Reimplemented from T.

T & abs ( void )

[virtual]

Reimplemented from T.

T & sqrt ( const double &idx=2.0 )

[virtual]

T & sin ( void )

[virtual]

T & cos ( void )

[virtual]

T & tan ( void )

[virtual]

T & exp ( void )

[virtual]

T & log ( void )

[virtual]

T & log ( const T &base )

[virtual]

T * add (const TArbitraryPrecision *t1, const TArbitraryPrecision *t2)

[static]

T * sub (const TArbitraryPrecision *t1, const TArbitraryPrecision *t2)

[static]

T * mul (const TArbitraryPrecision *t1, const TArbitraryPrecision *t2)

[static]

T * div (const TArbitraryPrecision *t1, const TArbitraryPrecision *t2)

[static]

T * pow (const TArbitraryPrecision *t1, const TArbitraryPrecision *t2)

[static]

T * add (const TArbitraryPrecision * m1, const unsigned int i)

[static]

T * sub (const TArbitraryPrecision * m1, const unsigned int i)

[static]

T * mul (const TArbitraryPrecision * m1, const unsigned int i)

[static]

T * div (const TArbitraryPrecision * m1, const unsigned int i)

[static]

T * add (const TArbitraryPrecision * m1, const int i)

[static]

T * sub (const TArbitraryPrecision * m1, const int i)

[static]

T * mul (const TArbitraryPrecision * m1, const int i)

[static]

T * div (const TArbitraryPrecision * m1, const int i)

[static]

operator const double ()

[const virtual]

inline const mpf_t & value ()

[const]

QString string (void)

[const virtual]

Reimplemented from T.

const char * isA ()

[const virtual]

Reimplemented from T.

bool isA (const char *str)

[const virtual]

XXX The next method is optimized as there's only T, TArbitraryPrecision and TMatrix data types. It should be changed when more types are added

Reimplemented from T.

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