Concurrency::graphics::int_2 Class Reference

Represent a short vector of 2 int's. More...

#include <amp_short_vectors.h>

Public Types
typedef int	value_type

Public Member Functions
	__declspec (property(get=get_x, put=set_x)) int x
	Property for accessing element 0 of this int_2 as an int. More...
	__declspec (property(get=get_x, put=set_x)) int r
	Property for accessing element 0 of this int_2 as an int. More...
int	get_x () const __GPU
	Returns element 0 of this int_2. More...
int &	ref_x () __GPU
	Returns reference to element 0 of this int_2. More...
int &	ref_r () __GPU
	Returns reference to element 0 of this int_2. More...
void	set_x (int _Value) __GPU
	Set element 0 of this int_2 with an int. More...
	__declspec (property(get=get_y, put=set_y)) int y
	Property for accessing element 1 of this int_2 as an int. More...
	__declspec (property(get=get_y, put=set_y)) int g
	Property for accessing element 1 of this int_2 as an int. More...
int	get_y () const __GPU
	Returns element 1 of this int_2. More...
int &	ref_y () __GPU
	Returns reference to element 1 of this int_2. More...
int &	ref_g () __GPU
	Returns reference to element 1 of this int_2. More...
void	set_y (int _Value) __GPU
	Set element 1 of this int_2 with an int. More...
	int_2 () __GPU
	Default constructor, initializes all elements with 0. More...
	int_2 (int _V0, int _V1) __GPU
	Constructor. More...
	int_2 (int _V) __GPU
	Constructor. More...
	int_2 (const uint_2 &_Other) __GPU
	Constructor. Each element is initialized by casting from the corresponding element in _Other. More...
	int_2 (const float_2 &_Other) __GPU
	Constructor. Each element is initialized by casting from the corresponding element in _Other. More...
	int_2 (const unorm_2 &_Other) __GPU
	Constructor. Each element is initialized by casting from the corresponding element in _Other. More...
	int_2 (const norm_2 &_Other) __GPU
	Constructor. Each element is initialized by casting from the corresponding element in _Other. More...
	int_2 (const double_2 &_Other) __GPU
	Constructor. Each element is initialized by casting from the corresponding element in _Other. More...
int_2	operator~ () const __GPU
int_2	operator- () const __GPU
int_2 &	operator++ () __GPU
int_2	operator++ (int) __GPU
int_2 &	operator-- () __GPU
int_2	operator-- (int) __GPU
int_2 &	operator+= (const int_2 &_Other) __GPU
int_2 &	operator-= (const int_2 &_Other) __GPU
int_2 &	operator*= (const int_2 &_Other) __GPU
int_2 &	operator/= (const int_2 &_Other) __GPU
int_2 &	operator%= (const int_2 &_Other) __GPU
int_2 &	operator^= (const int_2 &_Other) __GPU
int_2 &	operator|= (const int_2 &_Other) __GPU
int_2 &	operator&= (const int_2 &_Other) __GPU
int_2 &	operator>>= (const int_2 &_Other) __GPU
int_2 &	operator<<= (const int_2 &_Other) __GPU
	__declspec (property(get=get_xy, put=set_xy)) int_2 xy
	Property for accessing element 0, and 1 of this int_2 as an int_2. More...
	__declspec (property(get=get_xy, put=set_xy)) int_2 rg
	Property for accessing element 0, and 1 of this int_2 as an int_2. More...
int_2	get_xy () const __GPU
	Returns an int_2 that is composed of element 0, and element 1 of this int_2. More...
void	set_xy (const int_2 &_Value) __GPU
	Set element 0, and 1 of this int_2 with an int_2. More...
	__declspec (property(get=get_yx, put=set_yx)) int_2 yx
	Property for accessing element 1, and 0 of this int_2 as an int_2. More...
	__declspec (property(get=get_yx, put=set_yx)) int_2 gr
	Property for accessing element 1, and 0 of this int_2 as an int_2. More...
int_2	get_yx () const __GPU
	Returns an int_2 that is composed of element 1, and element 0 of this int_2. More...
void	set_yx (const int_2 &_Value) __GPU
	Set element 1, and 0 of this int_2 with an int_2. More...

Static Public Attributes
static const int	size = 2

Private Attributes
value_type	_M_x
value_type	_M_y

Static Private Attributes
static const _Short_vector_base_type_id	_Base_type_id = _Int_type

Detailed Description

Represent a short vector of 2 int's.

Member Typedef Documentation

typedef int Concurrency::graphics::int_2::value_type

Constructor & Destructor Documentation

Concurrency::graphics::int_2::int_2 ( )

inline

Default constructor, initializes all elements with 0.

            {
                _M_x = 0;
                _M_y = 0;
            }

Concurrency::graphics::int_2::int_2 ( int  _V0, int  _V1  )

inline

Constructor.

Parameters

_V0	The value to initialize element 0.
_V1	The value to initialize element 1.

            {
                _M_x = _V0;
                _M_y = _V1;
            }

Concurrency::graphics::int_2::int_2 ( int  _V )

inline

Constructor.

Parameters

_V	The value for initialization.

            {
                _M_x = _V;
                _M_y = _V;
            }

Concurrency::graphics::int_2::int_2 ( const uint_2 &  _Other )

inlineexplicit

Constructor. Each element is initialized by casting from the corresponding element in _Other.

Parameters

_Other

The object used to initialize.

        {
            uint_2 _Value = _Other;
            _M_x = static_cast<value_type>(_Value.x);
            _M_y = static_cast<value_type>(_Value.y);
        }

Concurrency::graphics::int_2::int_2 ( const float_2 &  _Other )

inlineexplicit

Constructor. Each element is initialized by casting from the corresponding element in _Other.

Parameters

_Other

The object used to initialize.

        {
            float_2 _Value = _Other;
            _M_x = static_cast<value_type>(_Value.x);
            _M_y = static_cast<value_type>(_Value.y);
        }

Concurrency::graphics::int_2::int_2 ( const unorm_2 &  _Other )

inlineexplicit

Constructor. Each element is initialized by casting from the corresponding element in _Other.

Parameters

_Other

The object used to initialize.

        {
            unorm_2 _Value = _Other;
            _M_x = static_cast<value_type>(_Value.x);
            _M_y = static_cast<value_type>(_Value.y);
        }

Concurrency::graphics::int_2::int_2 ( const norm_2 &  _Other )

inlineexplicit

Constructor. Each element is initialized by casting from the corresponding element in _Other.

Parameters

_Other

The object used to initialize.

        {
            norm_2 _Value = _Other;
            _M_x = static_cast<value_type>(_Value.x);
            _M_y = static_cast<value_type>(_Value.y);
        }

Concurrency::graphics::int_2::int_2 ( const double_2 &  _Other )

inlineexplicit

Constructor. Each element is initialized by casting from the corresponding element in _Other.

Parameters

_Other

The object used to initialize.

        {
            double_2 _Value = _Other;
            _M_x = static_cast<value_type>(_Value.x);
            _M_y = static_cast<value_type>(_Value.y);
        }

Member Function Documentation

Concurrency::graphics::int_2::__declspec

(

property(get=get_x, put=set_x)

)

Property for accessing element 0 of this int_2 as an int.

Concurrency::graphics::int_2::__declspec

(

property(get=get_x, put=set_x)

)

Property for accessing element 0 of this int_2 as an int.

Concurrency::graphics::int_2::__declspec

(

property(get=get_y, put=set_y)

)

Property for accessing element 1 of this int_2 as an int.

Concurrency::graphics::int_2::__declspec

(

property(get=get_y, put=set_y)

)

Property for accessing element 1 of this int_2 as an int.

Concurrency::graphics::int_2::__declspec

(

property(get=get_xy, put=set_xy)

)

Property for accessing element 0, and 1 of this int_2 as an int_2.

Concurrency::graphics::int_2::__declspec

(

property(get=get_xy, put=set_xy)

)

Property for accessing element 0, and 1 of this int_2 as an int_2.

Concurrency::graphics::int_2::__declspec

(

property(get=get_yx, put=set_yx)

)

Property for accessing element 1, and 0 of this int_2 as an int_2.

Concurrency::graphics::int_2::__declspec

(

property(get=get_yx, put=set_yx)

)

Property for accessing element 1, and 0 of this int_2 as an int_2.

int Concurrency::graphics::int_2::get_x ( ) const

inline

Returns element 0 of this int_2.

Returns

Element 0 of this int_2.

                                    {
                return _M_x;
            }

int_2 Concurrency::graphics::int_2::get_xy ( ) const

inline

Returns an int_2 that is composed of element 0, and element 1 of this int_2.

Returns

an int_2.

                                       {
                return int_2(_M_x,_M_y);
            }

int Concurrency::graphics::int_2::get_y ( ) const

inline

Returns element 1 of this int_2.

Returns

Element 1 of this int_2.

                                    {
                return _M_y;
            }

int_2 Concurrency::graphics::int_2::get_yx ( ) const

inline

Returns an int_2 that is composed of element 1, and element 0 of this int_2.

Returns

an int_2.

                                       {
                return int_2(_M_y,_M_x);
            }

int_2& Concurrency::graphics::int_2::operator%= ( const int_2 &  _Other )

inline

            {
                int_2 _Value1 = *this;
                int_2 _Value2 = _Other;
                _Value1.x %= _Value2.x;
                _Value1.y %= _Value2.y;
                *this = _Value1;
                return *this;
            }

int_2& Concurrency::graphics::int_2::operator&= ( const int_2 &  _Other )

inline

            {
                int_2 _Value1 = *this;
                int_2 _Value2 = _Other;
                _Value1.x &= _Value2.x;
                _Value1.y &= _Value2.y;
                *this = _Value1;
                return *this;
            }

int_2& Concurrency::graphics::int_2::operator*= ( const int_2 &  _Other )

inline

            {
                int_2 _Value1 = *this;
                int_2 _Value2 = _Other;
                _Value1.x *= _Value2.x;
                _Value1.y *= _Value2.y;
                *this = _Value1;
                return *this;
            }

int_2& Concurrency::graphics::int_2::operator++ ( )

inline

            {
                int_2 _Value = *this;
                ++_Value._M_x;
                ++_Value._M_y;
                *this = _Value;
                return *this;
            }

int_2 Concurrency::graphics::int_2::operator++ ( int  )

inline

            {
                int_2 _Result = *this;
                ++(*this);
                return _Result;
            }

int_2& Concurrency::graphics::int_2::operator+= ( const int_2 &  _Other )

inline

            {
                int_2 _Value1 = *this;
                int_2 _Value2 = _Other;
                _Value1.x += _Value2.x;
                _Value1.y += _Value2.y;
                *this = _Value1;
                return *this;
            }

int_2 Concurrency::graphics::int_2::operator- ( void  ) const

inline

            {
                int_2 _Value = *this;
                return int_2(-_Value.x, -_Value.y);
            }

int_2& Concurrency::graphics::int_2::operator-- ( )

inline

            {
                int_2 _Value = *this;
                --_Value._M_x;
                --_Value._M_y;
                *this = _Value;
                return *this;
            }

int_2 Concurrency::graphics::int_2::operator-- ( int  )

inline

            {
                int_2 _Result = *this;
                --(*this);
                return _Result;
            }

int_2& Concurrency::graphics::int_2::operator-= ( const int_2 &  _Other )

inline

            {
                int_2 _Value1 = *this;
                int_2 _Value2 = _Other;
                _Value1.x -= _Value2.x;
                _Value1.y -= _Value2.y;
                *this = _Value1;
                return *this;
            }

int_2& Concurrency::graphics::int_2::operator/= ( const int_2 &  _Other )

inline

            {
                int_2 _Value1 = *this;
                int_2 _Value2 = _Other;
                _Value1.x /= _Value2.x;
                _Value1.y /= _Value2.y;
                *this = _Value1;
                return *this;
            }

int_2& Concurrency::graphics::int_2::operator<<= ( const int_2 &  _Other )

inline

            {
                int_2 _Value1 = *this;
                int_2 _Value2 = _Other;
                _Value1.x <<= _Value2.x;
                _Value1.y <<= _Value2.y;
                *this = _Value1;
                return *this;
            }

int_2& Concurrency::graphics::int_2::operator>>= ( const int_2 &  _Other )

inline

            {
                int_2 _Value1 = *this;
                int_2 _Value2 = _Other;
                _Value1.x >>= _Value2.x;
                _Value1.y >>= _Value2.y;
                *this = _Value1;
                return *this;
            }

int_2& Concurrency::graphics::int_2::operator^= ( const int_2 &  _Other )

inline

            {
                int_2 _Value1 = *this;
                int_2 _Value2 = _Other;
                _Value1.x ^= _Value2.x;
                _Value1.y ^= _Value2.y;
                *this = _Value1;
                return *this;
            }

int_2& Concurrency::graphics::int_2::operator|= ( const int_2 &  _Other )

inline

            {
                int_2 _Value1 = *this;
                int_2 _Value2 = _Other;
                _Value1.x |= _Value2.x;
                _Value1.y |= _Value2.y;
                *this = _Value1;
                return *this;
            }

int_2 Concurrency::graphics::int_2::operator~ ( ) const

inline

            {
                int_2 _Value = *this;
                return int_2(~_Value.x, ~_Value.y);
            }

int& Concurrency::graphics::int_2::ref_g ( )

inline

Returns reference to element 1 of this int_2.

Returns

Reference to element 1 of this int_2.

                               {
                return _M_y;
            }

int& Concurrency::graphics::int_2::ref_r ( )

inline

Returns reference to element 0 of this int_2.

Returns

Reference to element 0 of this int_2.

                               {
                return _M_x;
            }

int& Concurrency::graphics::int_2::ref_x ( )

inline

Returns reference to element 0 of this int_2.

Returns

Reference to element 0 of this int_2.

                               {
                return _M_x;
            }

int& Concurrency::graphics::int_2::ref_y ( )

inline

Returns reference to element 1 of this int_2.

Returns

Reference to element 1 of this int_2.

                               {
                return _M_y;
            }

void Concurrency::graphics::int_2::set_x ( int  _Value )

inline

Set element 0 of this int_2 with an int.

Parameters

_Value

an int value.

            {
                _M_x = _Value;
            }

void Concurrency::graphics::int_2::set_xy ( const int_2 &  _Value )

inline

Set element 0, and 1 of this int_2 with an int_2.

Parameters

_Value

an int_2 value.

            {
                int_2 _Val = _Value;
                _M_x = _Val.x;
                _M_y = _Val.y;
            }

void Concurrency::graphics::int_2::set_y ( int  _Value )

inline

Set element 1 of this int_2 with an int.

Parameters

_Value

an int value.

            {
                _M_y = _Value;
            }

void Concurrency::graphics::int_2::set_yx ( const int_2 &  _Value )

inline

Set element 1, and 0 of this int_2 with an int_2.

Parameters

_Value

an int_2 value.

            {
                int_2 _Val = _Value;
                _M_y = _Val.x;
                _M_x = _Val.y;
            }

Member Data Documentation

const _Short_vector_base_type_id Concurrency::graphics::int_2::_Base_type_id = _Int_type

staticprivate

value_type Concurrency::graphics::int_2::_M_x

private

value_type Concurrency::graphics::int_2::_M_y

private

const int Concurrency::graphics::int_2::size = 2

static

---

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

• VS2013/inc/amp_short_vectors.h