Inheritance diagram for Complex< T >:

Detailed Description

template<typename T>
struct ni::Complex< T >

Complex number template.

Public Member Functions
tBool	IsReal () const
	Check whether the complex number is a pure real number. More...

tBool	IsImaginary () const
	Check whether the complex number is a pure imaginary number. More...

tBool	IsComplex () const
	Check whether the complex number is a complex number. More...

Complex	operator+ () const
	positive sign More...

Complex	operator- () const
	negate sign More...

Complex &	operator+= (const ni::sVec2< T > &c)
	this += complex operator More...

Complex &	operator+= (T s)
	this += scalar operator More...

Complex	operator+ (const ni::sVec2< T > &c) const
	this + complex operator More...

Complex	operator+ (T s) const
	this + scalar operator More...

Complex &	operator-= (const ni::sVec2< T > &c)
	this -= complex operator More...

Complex &	operator-= (T s)
	this -= scalar operator More...

Complex	operator- (const ni::sVec2< T > &c) const
	this - complex operator More...

Complex	operator- (T s) const
	this - scalar operator More...

Complex &	operator*= (const ni::sVec2< T > &c)
	this *= complex operator More...

Complex &	operator*= (T s)
	this *= scalar operator More...

Complex	operator* (const ni::sVec2< T > &c) const
	this * complex operator More...

Complex	operator* (T s) const
	this * scalar operator More...

Complex< T >	Inverse () const
	inverse of this complex number More...

Complex &	operator/= (const ni::sVec2< T > &c)
	this /= complex operator More...

Complex &	operator/= (T s)
	this /= scalar operator More...

Complex	operator/ (const ni::sVec2< T > &c) const
	this / complex operator More...

Complex	operator/ (T s) const
	this / scalar operator More...

Complex	Conjugate () const
	Conjugate. More...

T	Modulus () const
	Modulus. More...

T	ModulusSq () const
	Squared Modulus. More...

T	Argument () const
	Argument. More...

Complex< T >	Sqrt () const
	Square root. More...

Complex< T >	Exp () const
	Exponent. More...

Complex< T >	Log10 () const
	Logarithm base 10. More...

Complex< T >	LogE () const
	Logarithm base e. More...

Complex< T >	Pow (const Complex< T > &b) const
	Power. More...

Complex< T >	Sin () const
	Sinus. More...

Complex< T >	Cos () const
	Cosinus. More...

Complex< T >	Tan () const
	Tangent. More...

Public Member Functions inherited from sVec2< T >
void	Set (T _x, T _y=0)

void	Set (const T *apV)

tSize	size () const

T *	ptr ()

const T *	ptr () const

T &	operator[] (int idx)

T	operator[] (int idx) const

T &	re ()

const T &	re () const

T &	im ()

const T &	im () const

T &	E ()

const T &	E () const

T &	N ()

const T &	N () const

sVec4< T >	operator[] (const cchar *idx) const

bool	operator< (const sVec2< T > &aR) const

bool	operator<= (const sVec2< T > &aR) const

bool	operator> (const sVec2< T > &aR) const

bool	operator>= (const sVec2< T > &aR) const

bool	operator== (const sVec2< T > &aR) const

bool	operator!= (const sVec2< T > &aR) const

sVec2	operator+ () const

sVec2	operator- () const

sVec2 &	operator+= (const sVec2< T > &v)

sVec2 &	operator+= (T s)

sVec2	operator+ (const sVec2< T > &v) const

sVec2	operator+ (T s) const

sVec2 &	operator-= (const sVec2< T > &v)

sVec2 &	operator-= (T s)

sVec2	operator- (const sVec2< T > &v) const

sVec2	operator- (T s) const

sVec2 &	operator*= (const sVec2< T > &v)

sVec2 &	operator*= (T s)

sVec2	operator* (const sVec2< T > &v) const

sVec2	operator* (T s) const

sVec2 &	operator/= (const sVec2< T > &v)

sVec2 &	operator/= (T s)

sVec2	operator/ (const sVec2< T > &v) const

sVec2	operator/ (T s) const

Static Public Member Functions
static void	_div (const T &ar, const T &ai, const T &br, const T &bi, T &rr, T &ri)
	helper complex division method More...

static void	_div (const T &ar, const T &br, const T &bi, T &rr, T &ri)

Static Public Member Functions inherited from sVec2< T >
static const sVec2 &	Zero ()

static const sVec2 &	One ()

static const sVec2 &	Epsilon ()

static const sVec2 &	XAxis ()

static const sVec2 &	YAxis ()

static const sVec2 &	OpXAxis ()

static const sVec2 &	OpYAxis ()

Additional Inherited Members
Public Attributes inherited from sVec2< T >
T	x

T	y

Member Function Documentation

tBool IsReal ( ) const

Check whether the complex number is a pure real number.

tBool IsImaginary ( ) const

Check whether the complex number is a pure imaginary number.

tBool IsComplex ( ) const

Check whether the complex number is a complex number.

Complex operator+ ( ) const

positive sign

Complex operator- ( ) const

negate sign

Complex& operator+= ( const ni::sVec2< T > & c )

this += complex operator

Complex& operator+= ( T s )

this += scalar operator

Complex operator+ ( const ni::sVec2< T > & c ) const

this + complex operator

Complex operator+ ( T s ) const

this + scalar operator

Complex& operator-= ( const ni::sVec2< T > & c )

this -= complex operator

Complex& operator-= ( T s )

this -= scalar operator

Complex operator- ( const ni::sVec2< T > & c ) const

this - complex operator

Complex operator- ( T s ) const

this - scalar operator

Complex& operator*= ( const ni::sVec2< T > & c )

this *= complex operator

Complex& operator*= ( T s )

this *= scalar operator

Complex operator* ( const ni::sVec2< T > & c ) const

this * complex operator

Complex operator* ( T s ) const

this * scalar operator

static void _div	(	const T &	ar,
		const T &	ai,
		const T &	br,
		const T &	bi,
		T &	rr,
		T &	ri
	)

static

helper complex division method

static void _div	(	const T &	ar,
		const T &	br,
		const T &	bi,
		T &	rr,
		T &	ri
	)

static

Complex<T> Inverse ( ) const

inverse of this complex number

Complex& operator/= ( const ni::sVec2< T > & c )

this /= complex operator

Complex& operator/= ( T s )

this /= scalar operator

Complex operator/ ( const ni::sVec2< T > & c ) const

this / complex operator

Complex operator/ ( T s ) const

this / scalar operator

Complex Conjugate ( ) const

Conjugate.

T Modulus ( ) const

Modulus.

T ModulusSq ( ) const

Squared Modulus.

T Argument ( ) const

Argument.

Complex<T> Sqrt ( ) const

Square root.

Complex<T> Exp ( ) const

Exponent.

Complex<T> Log10 ( ) const

Logarithm base 10.

Complex<T> LogE ( ) const

Logarithm base e.

Complex<T> Pow ( const Complex< T > & b ) const

Power.

Complex<T> Sin ( ) const

Sinus.

Complex<T> Cos ( ) const

Cosinus.

Complex<T> Tan ( ) const

Tangent.

Detailed Description

template<typename T> struct ni::Complex< T >

Public Member Functions

Static Public Member Functions

Additional Inherited Members

Member Function Documentation

template<typename T>
struct ni::Complex< T >