Vector of double complex values. More...

#include <linalg.h>

Inheritance diagram for ComplexVector:

Public Member Functions
	ComplexVector (int e)

	ComplexVector (int s, int e)

template<class E >
ComplexVector &	operator= (const Xpr< Complex, E > &x)
	this is the only required operator to make this class work with ETs

ComplexVector &	operator= (const ComplexVector &other)

template<typename E >
	ComplexVector (const Xpr< Complex, E > &v)

Complex &	operator() (int i)
	reference one element

Complex	operator() (int i) const

Complex	display (int i) const
	display ith element

void	set (int i, Complex f)
	set ith element to f

int	displayStart () const
	displays start of dimension

int	displayEnd () const
	displays end of dimension

const ComplexVector &	display () const
	displays whole vector

void	setEnd (int e)

ComplexVector	apply (Complex(*fn)(Complex)) const
	Apply fn to every element.

Complex	max () const
	maximum absolute value More...

Complex	min (int &p) const
	smallest absolute element

void	swap (int i, int j)
	swap ith and jth elements

Public Member Functions inherited from Indexable< Complex, ComplexVector >
Complex	operator() (int n) const

int	displayStart () const

int	displayEnd () const

ComplexVector &	assign_from (const Xpr< Complex, E > &x)

ComplexVector	copy_from (const Xpr< Complex, E > &x)

Indexable &	operator+= (const Xpr< Complex, E > &x)

Indexable &	operator-= (const Xpr< Complex, E > &x)

Indexable &	*operator=** (Complex x)

Detailed Description

Vector of double complex values.

Constructor & Destructor Documentation

ComplexVector::ComplexVector ( int e )

inlineexplicit

Parameters

e	Default dimensions start at 1, end at e

ComplexVector::ComplexVector	(	int	s,
		int	e
	)

inline

Parameters

e	Dimension starts at s and ends at e

Complex ComplexVector::max ( ) const

inline

maximum absolute value

maximum absolute value, determined by definition of Complex::operator<(const Complex &) in mycomplex.h

void ComplexVector::setEnd ( int e )

Changes the length of a vector - copies as many elements of old one as possible, and fills any extra up with zeroes

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