sVec2< T > Struct Template Reference

Inheritance diagram for sVec2< T >:

Public Member Functions
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 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 ()

Public Attributes
T	x
T	y

Member Function Documentation

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

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 const sVec2& Zero ( )

static

static const sVec2& One ( )

static

static const sVec2& Epsilon ( )

static

static const sVec2& XAxis ( )

static

static const sVec2& YAxis ( )

static

static const sVec2& OpXAxis ( )

static

static const sVec2& OpYAxis ( )

static

Member Data Documentation

T x

T y