C-XSC - A C++ Class Library for Extended Scientific Computing  2.5.4
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cxsc::l_complex Class Reference

The Multiple-Precision Data Type l_complex. More...

#include <l_complex.hpp>

List of all members.

Public Member Functions

l_complex _l_complex (const cdotprecision &)
 Deprecated typecast, which only exist for the reason of compatibility with older versions of C-XSC.
 l_complex (void) throw ()
 Constructor of class l_complex.
 l_complex (const l_real &a, const l_real &b) throw ()
 Constructor of class l_complex.
 l_complex (const real &a, const real &b) throw ()
 Constructor of class l_complex.
 l_complex (const l_real &r) throw ()
 Constructor of class l_complex.
 l_complex (const real &r) throw ()
 Constructor of class l_complex.
 l_complex (const complex &r) throw ()
 Constructor of class l_complex.
 l_complex (const dotprecision &d) throw ()
 Constructor of class l_complex.
 l_complex (const cdotprecision &cd) throw ()
 Constructor of class l_complex.
l_complex operator* (const real &) const throw ()
 Implementation of standard algebraic multiplication operation.
l_complex operator* (const l_real &) const throw ()
 Implementation of standard algebraic multiplication operation.
l_complex operator+ (const complex &) const throw ()
 Implementation of standard algebraic positive sign operation.
l_complex operator+ (const real &) const throw ()
 Implementation of standard algebraic positive sign operation.
l_complex operator+ (const l_real &) const throw ()
 Implementation of standard algebraic positive sign operation.
l_complex operator- (const l_real &) const throw ()
 Implementation of standard algebraic negative sign operation.
l_complex operator- (const complex &) const throw ()
 Implementation of standard algebraic negative sign operation.
l_complex operator- (const real &) const throw ()
 Implementation of standard algebraic negative sign operation.
l_complex & operator= (const l_real &lr) throw ()
 Implementation of standard assigning operator.
l_complex & operator= (const real &r) throw ()
 Implementation of standard assigning operator.
l_complex & operator= (const complex &c) throw ()
 Implementation of standard assigning operator.
l_complex & operator= (const dotprecision &d) throw ()
 Implementation of standard assigning operator.
l_complex & operator= (const cdotprecision &cd) throw ()
 Implementation of standard assigning operator.
l_complex & operator= (const lx_complex &) throw ()
 Implementation of standard assigning operator.

Friends

l_complex _l_complex (const cdotprecision &cd) throw ()
l_real abs (const l_complex &z) throw ()
 The absolute value of a l_complex value.
l_real abs2 (const l_complex &a) throw ()
 The absolute value of a l_complex value.
void accumulate (cdotprecision &, const l_complex &, const l_complex &) throw ()
 The accurate scalar product of the last two arguments added to the value of the first argument.
void accumulate (cdotprecision &, const l_complex &, const complex &) throw ()
 The accurate scalar product of the last two arguments added to the value of the first argument.
void accumulate (cdotprecision &, const l_complex &, const real &) throw ()
 The accurate scalar product of the last two arguments added to the value of the first argument.
void accumulate (cdotprecision &, const l_complex &, const l_real &) throw ()
 The accurate scalar product of the last two arguments added to the value of the first argument.
l_complex conj (const l_complex &) throw ()
 Returns the conjugated complex value.
l_complex divdown (const l_complex &, const l_complex &)
 Division of two real values and rounding the result downwards.
l_complex divn (const l_complex &, const l_complex &)
 Division of two real values and rounding to the nearest value.
l_complex divup (const l_complex &, const l_complex &)
 Division of two real values and rounding the result upwards.
l_real & Im (l_complex &a)
 Returns the imaginary part of the complex value.
l_real Im (const l_complex &a)
 Returns the imaginary part of the complex value.
bool operator!= (const l_complex &, const l_complex &) throw ()
 Implementation of standard negated equality operation.
bool operator!= (const l_complex &, const complex &) throw ()
 Implementation of standard negated equality operation.
bool operator!= (const complex &, const l_complex &) throw ()
 Implementation of standard negated equality operation.
bool operator!= (const l_complex &, const real &) throw ()
 Implementation of standard negated equality operation.
bool operator!= (const real &, const l_complex &) throw ()
 Implementation of standard negated equality operation.
bool operator!= (const l_complex &, const l_real &) throw ()
 Implementation of standard negated equality operation.
bool operator!= (const l_real &, const l_complex &) throw ()
 Implementation of standard negated equality operation.
bool operator!= (const l_complex &, const dotprecision &) throw ()
 Implementation of standard negated equality operation.
bool operator!= (const dotprecision &, const l_complex &) throw ()
 Implementation of standard negated equality operation.
bool operator!= (const cdotprecision &, const l_complex &) throw ()
 Implementation of standard negated equality operation.
bool operator!= (const l_complex &, const cdotprecision &) throw ()
 Implementation of standard negated equality operation.
l_complex operator* (const l_complex &a, const l_complex &b) throw ()
 Implementation of standard algebraic multiplication operation.
l_complex operator* (const l_complex &a, const complex &b) throw ()
 Implementation of standard algebraic multiplication operation.
l_complex operator* (const complex &b, const l_complex &a) throw ()
 Implementation of standard algebraic multiplication operation.
l_complex operator* (const real &, const l_complex &) throw ()
 Implementation of standard algebraic multiplication operation.
l_complex operator* (const l_real &, const l_complex &) throw ()
 Implementation of standard algebraic multiplication operation.
l_complex & operator*= (l_complex &, const l_complex &) throw ()
 Implementation of standard algebraic multiplication and allocation operation.
l_complex & operator*= (l_complex &, const complex &) throw ()
 Implementation of standard algebraic multiplication and allocation operation.
l_complex & operator*= (l_complex &, const real &) throw ()
 Implementation of standard algebraic multiplication and allocation operation.
l_complex & operator*= (l_complex &, const l_real &) throw ()
 Implementation of standard algebraic multiplication and allocation operation.
l_complex operator+ (const l_complex &)
 Implementation of standard algebraic positive sign operation.
l_complex operator+ (const l_complex &, const l_complex &) throw ()
 Implementation of standard algebraic addition operation.
l_complex operator+ (const complex &, const l_complex &) throw ()
 Implementation of standard algebraic addition operation.
l_complex operator+ (const real &, const l_complex &) throw ()
 Implementation of standard algebraic addition operation.
l_complex operator+ (const l_real &, const l_complex &) throw ()
 Implementation of standard algebraic addition operation.
cdotprecision operator+ (const l_complex &, const cdotprecision &) throw ()
 Implementation of standard algebraic addition operation.
cdotprecision operator+ (const cdotprecision &, const l_complex &) throw ()
 Implementation of standard algebraic addition operation.
cdotprecision operator+ (const l_complex &, const dotprecision &) throw ()
 Implementation of standard algebraic addition operation.
cdotprecision operator+ (const dotprecision &, const l_complex &) throw ()
 Implementation of standard algebraic addition operation.
cdotprecision & operator+= (cdotprecision &cd, const l_complex &lc) throw ()
 Implementation of standard algebraic addition and allocation operation.
l_complex & operator+= (l_complex &, const l_complex &) throw ()
 Implementation of standard algebraic addition and allocation operation.
l_complex & operator+= (l_complex &, const complex &) throw ()
 Implementation of standard algebraic addition and allocation operation.
l_complex & operator+= (l_complex &, const real &) throw ()
 Implementation of standard algebraic addition and allocation operation.
l_complex & operator+= (l_complex &, const l_real &) throw ()
 Implementation of standard algebraic addition and allocation operation.
l_complex operator- (const l_complex &)
 Implementation of standard algebraic negative sign operation.
l_complex operator- (const l_complex &, const l_complex &) throw ()
 Implementation of standard algebraic subtraction operation.
l_complex operator- (const l_real &, const l_complex &) throw ()
 Implementation of standard algebraic subtraction operation.
l_complex operator- (const complex &, const l_complex &) throw ()
 Implementation of standard algebraic subtraction operation.
l_complex operator- (const real &, const l_complex &) throw ()
 Implementation of standard algebraic subtraction operation.
cdotprecision operator- (const l_complex &, const cdotprecision &) throw ()
 Implementation of standard algebraic subtraction operation.
cdotprecision operator- (const cdotprecision &, const l_complex &) throw ()
 Implementation of standard algebraic subtraction operation.
cdotprecision operator- (const l_complex &, const dotprecision &) throw ()
 Implementation of standard algebraic subtraction operation.
cdotprecision operator- (const dotprecision &, const l_complex &) throw ()
 Implementation of standard algebraic subtraction operation.
cdotprecision & operator-= (cdotprecision &cd, const l_complex &lc) throw ()
 Implementation of standard algebraic subtraction and allocation operation.
l_complex & operator-= (l_complex &, const l_complex &) throw ()
 Implementation of standard algebraic subtraction and allocation operation.
l_complex & operator-= (l_complex &, const complex &) throw ()
 Implementation of standard algebraic subtraction and allocation operation.
l_complex & operator-= (l_complex &, const real &) throw ()
 Implementation of standard algebraic subtraction and allocation operation.
l_complex & operator-= (l_complex &, const l_real &) throw ()
 Implementation of standard algebraic subtraction and allocation operation.
l_complex operator/ (const l_complex &, const l_complex &) throw ()
 Implementation of standard algebraic division operation.
l_complex operator/ (const l_complex &a, const complex &b) throw ()
 Implementation of standard algebraic division operation.
l_complex operator/ (const l_complex &a, const l_real &b) throw ()
 Implementation of standard algebraic division operation.
l_complex operator/ (const l_complex &a, const real &b) throw ()
 Implementation of standard algebraic division operation.
l_complex operator/ (const complex &a, const l_complex &b) throw ()
 Implementation of standard algebraic division operation.
l_complex operator/ (const real &a, const l_complex &b) throw ()
 Implementation of standard algebraic division operation.
l_complex operator/ (const l_real &a, const l_complex &b) throw ()
 Implementation of standard algebraic division operation.
l_complex & operator/= (l_complex &, const l_complex &) throw ()
 Implementation of standard algebraic division and allocation operation.
l_complex & operator/= (l_complex &, const complex &) throw ()
 Implementation of standard algebraic division and allocation operation.
l_complex & operator/= (l_complex &, const real &) throw ()
 Implementation of standard algebraic division and allocation operation.
l_complex & operator/= (l_complex &, const l_real &) throw ()
 Implementation of standard algebraic division and allocation operation.
std::ostream & operator<< (std::ostream &s, const l_complex &z) throw ()
 Implementation of standard output method.
std::string & operator<< (std::string &s, const l_complex &a) throw ()
 Implementation of standard output method.
bool operator== (const l_complex &, const l_complex &) throw ()
 Implementation of standard equality operation.
bool operator== (const l_complex &, const complex &) throw ()
 Implementation of standard equality operation.
bool operator== (const complex &, const l_complex &) throw ()
 Implementation of standard equality operation.
bool operator== (const l_complex &, const real &) throw ()
 Implementation of standard equality operation.
bool operator== (const real &, const l_complex &) throw ()
 Implementation of standard equality operation.
bool operator== (const l_complex &, const l_real &) throw ()
 Implementation of standard equality operation.
bool operator== (const l_real &, const l_complex &) throw ()
 Implementation of standard equality operation.
bool operator== (const l_complex &, const dotprecision &) throw ()
 Implementation of standard equality operation.
bool operator== (const dotprecision &, const l_complex &) throw ()
 Implementation of standard equality operation.
bool operator== (const cdotprecision &, const l_complex &) throw ()
 Implementation of standard equality operation.
bool operator== (const l_complex &, const cdotprecision &) throw ()
 Implementation of standard equality operation.
std::istream & operator>> (std::istream &s, l_complex &a) throw ()
 Implementation of standard input method.
std::string & operator>> (std::string &s, l_complex &a) throw ()
 Implementation of standard input method.
l_real & Re (l_complex &a)
 Returns the real part of the complex value.
l_real Re (const l_complex &a)
 Returns the real part of the complex value.
l_complex & SetIm (l_complex &a, const l_real &b)
 Sets the imaginary part of a complex value.
l_complex & SetRe (l_complex &a, const l_real &b)
 Sets the real part of a complex value.
int StagPrec (const l_complex &) throw ()
 Returns the precision of the long datatype value.

Detailed Description

The Multiple-Precision Data Type l_complex.

The multiple-precision data type l_complex is a variant of the scalar type complex, which provides support for longer numbers, thus increasing the accuracy of the data type.

See also:
complex

Definition at line 45 of file l_complex.hpp.

Friends And Related Function Documentation

l_complex _l_complex ( const cdotprecision &  cd) throw () [friend]
Deprecated:
use standard contructors for typecasting
See also:
cxsc::l_complex::l_complex(const cdotprecision &cd)

Definition at line 113 of file l_complex.hpp.

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