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Complex.h File Reference

Diffpack Kernel. More...

Go to the source code of this file.

Compounds

class Complex

class for complex numbers. More...

Functions

char* oform2 (char *s, Complex c)

real getReal (const Complex &c)

Complex operator/ (const Complex &x, const Complex &y)

Complex operator/ (const Complex &x, real y)

Complex operator/ (real x, const Complex &y)

Complex cos (const Complex &x)

Complex sin (const Complex &x)

Complex cosh (const Complex &x)

Complex sinh (const Complex &x)

Complex exp (const Complex &x)

Complex log (const Complex &x)

Complex pow (const Complex &x, int p)

Complex pow (const Complex &x, const Complex &p)

Complex pow (const Complex &x, real y)

Complex sqrt (const Complex &x)

Is& operator>> (Is &s, Complex &x)

Os& operator<< (Os &s, const Complex &x)

int operator== (const Complex &x, const Complex &y)

int operator== (const Complex &x, real y)

int operator!= (const Complex &x, const Complex &y)

int operator!= (const Complex &x, real y)

int operator> (const Complex &x, const Complex &y)

int operator>= (const Complex &x, const Complex &y)

int operator< (const Complex &x, const Complex &y)

int operator<= (const Complex &x, const Complex &y)

Complex operator- (const Complex &x)

Complex conj (const Complex &x)

Complex operator+ (const Complex &x, const Complex &y)

Complex operator+ (const Complex &x, real y)

Complex operator+ (real x, const Complex &y)

Complex operator- (const Complex &x, const Complex &y)

Complex operator- (const Complex &x, real y)

Complex operator- (real x, const Complex &y)

Complex operator * (const Complex &x, const Complex &y)

Complex operator * (const Complex &x, real y)

Complex operator * (real x, const Complex &y)

real Re (const Complex &x)

real Im (const Complex &x)

real abs (const Complex &x)

real norm (const Complex &x)

real arg (const Complex &x)

Complex polar (real r, real t=0.0)

Complex sqr (Complex a)

Complex pow3 (Complex a)

Complex pow4 (Complex a)

Complex pow_int (Complex a, int i)

bool eq (Complex a, Complex b, real tol=comparison_tolerance)

bool lt (Complex a, Complex b, real tol=comparison_tolerance)

bool le (Complex a, Complex b, real tol=comparison_tolerance)

Complex min (Complex arg1, Complex arg2)

Complex max (Complex arg1, Complex arg2)

Detailed Description

Diffpack Kernel.

Function Documentation

real Im ( const Complex & x ) [inline]

real Re ( const Complex & x ) [inline]

real abs ( const Complex & x ) [inline]

real arg ( const Complex & x ) [inline]

Complex::Complex conj ( const Complex & x ) [inline]

See documentation of one of the overloaded constructor.

Complex cos ( const Complex & x )

Complex cosh ( const Complex & x )

bool eq ( Complex a,

Complex b,

real tol = comparison_tolerance )

Complex exp ( const Complex & x )

real getReal ( const Complex & c )

bool le ( Complex a,

Complex b,

real tol = comparison_tolerance )

Complex log ( const Complex & x )

bool lt ( Complex a,

Complex b,

real tol = comparison_tolerance )

Complex::Complex max ( Complex arg1,

Complex arg2 ) [inline]

See documentation of one of the overloaded constructor.

Complex::Complex min ( Complex arg1,

Complex arg2 ) [inline]

See documentation of one of the overloaded constructor.

real norm ( const Complex & x ) [inline]

char * oform2 ( char * s,

Complex c )

Complex::Complex operator * ( real x,

const Complex & y ) [inline]

See documentation of one of the overloaded constructor.

Complex::Complex operator * ( const Complex & x,

real y ) [inline]

See documentation of one of the overloaded constructor.

Complex::Complex operator * ( const Complex & x,

const Complex & y )

See documentation of one of the overloaded constructor.

int operator!= ( const Complex & x,

real y ) [inline]

int operator!= ( const Complex & x,

const Complex & y ) [inline]

Complex::Complex operator+ ( real x,

const Complex & y ) [inline]

See documentation of one of the overloaded constructor.

Complex::Complex operator+ ( const Complex & x,

real y ) [inline]

See documentation of one of the overloaded constructor.

Complex::Complex operator+ ( const Complex & x,

const Complex & y ) [inline]

See documentation of one of the overloaded constructor.

Complex::Complex operator- ( real x,

const Complex & y ) [inline]

See documentation of one of the overloaded constructor.

Complex::Complex operator- ( const Complex & x,

real y ) [inline]

See documentation of one of the overloaded constructor.

Complex::Complex operator- ( const Complex & x,

const Complex & y ) [inline]

See documentation of one of the overloaded constructor.

Complex::Complex operator- ( const Complex & x ) [inline]

See documentation of one of the overloaded constructor.

Complex operator/ ( real x,

const Complex & y )

Complex operator/ ( const Complex & x,

real y )

Complex operator/ ( const Complex & x,

const Complex & y )

int operator< ( const Complex & x,

const Complex & y ) [inline]

Os & operator<< ( Os & s,

const Complex & x )

int operator<= ( const Complex & x,

const Complex & y ) [inline]

int operator== ( const Complex & x,

real y ) [inline]

int operator== ( const Complex & x,

const Complex & y ) [inline]

int operator> ( const Complex & x,

const Complex & y ) [inline]

int operator>= ( const Complex & x,

const Complex & y ) [inline]

Is & operator>> ( Is & s,

Complex & x )

Complex::Complex polar ( real r,

real t = 0.0 ) [inline]

See documentation of one of the overloaded constructor.

Complex pow ( const Complex & x,

real y )

Complex pow ( const Complex & x,

const Complex & p )

Complex pow ( const Complex & x,

int p )

Complex::Complex pow3 ( Complex a ) [inline]

See documentation of one of the overloaded constructor.

Complex::Complex pow4 ( Complex a ) [inline]

See documentation of one of the overloaded constructor.

Complex::Complex pow_int ( Complex a,

int i )

See documentation of one of the overloaded constructor.

Complex sin ( const Complex & x )

Complex sinh ( const Complex & x )

Complex::Complex sqr ( Complex a ) [inline]

See documentation of one of the overloaded constructor.

Complex sqrt ( const Complex & x )

Compounds
class	Complex
	class for complex numbers. More...
Functions
char*	oform2 (char *s, Complex c)
real	getReal (const Complex &c)
Complex	operator/ (const Complex &x, const Complex &y)
Complex	operator/ (const Complex &x, real y)
Complex	operator/ (real x, const Complex &y)
Complex	cos (const Complex &x)
Complex	sin (const Complex &x)
Complex	cosh (const Complex &x)
Complex	sinh (const Complex &x)
Complex	exp (const Complex &x)
Complex	log (const Complex &x)
Complex	pow (const Complex &x, int p)
Complex	pow (const Complex &x, const Complex &p)
Complex	pow (const Complex &x, real y)
Complex	sqrt (const Complex &x)
Is&	operator>> (Is &s, Complex &x)
Os&	operator<< (Os &s, const Complex &x)
int	operator== (const Complex &x, const Complex &y)
int	operator== (const Complex &x, real y)
int	operator!= (const Complex &x, const Complex &y)
int	operator!= (const Complex &x, real y)
int	operator> (const Complex &x, const Complex &y)
int	operator>= (const Complex &x, const Complex &y)
int	operator< (const Complex &x, const Complex &y)
int	operator<= (const Complex &x, const Complex &y)
Complex	operator- (const Complex &x)
Complex	conj (const Complex &x)
Complex	operator+ (const Complex &x, const Complex &y)
Complex	operator+ (const Complex &x, real y)
Complex	operator+ (real x, const Complex &y)
Complex	operator- (const Complex &x, const Complex &y)
Complex	operator- (const Complex &x, real y)
Complex	operator- (real x, const Complex &y)
Complex	operator * (const Complex &x, const Complex &y)
Complex	operator * (const Complex &x, real y)
Complex	operator * (real x, const Complex &y)
real	Re (const Complex &x)
real	Im (const Complex &x)
real	abs (const Complex &x)
real	norm (const Complex &x)
real	arg (const Complex &x)
Complex	polar (real r, real t=0.0)
Complex	sqr (Complex a)
Complex	pow3 (Complex a)
Complex	pow4 (Complex a)
Complex	pow_int (Complex a, int i)
bool	eq (Complex a, Complex b, real tol=comparison_tolerance)
bool	lt (Complex a, Complex b, real tol=comparison_tolerance)
bool	le (Complex a, Complex b, real tol=comparison_tolerance)
Complex	min (Complex arg1, Complex arg2)
Complex	max (Complex arg1, Complex arg2)