A 4-component SIMD vector class. More...

#include <SimdVec4d.h>

Public Member Functions
	XII_DECLARE_POD_TYPE ()

	xiiSimdVec4d (double fXyzw)

	xiiSimdVec4d (const xiiSimdDouble &fXyzw)

	xiiSimdVec4d (double x, double y, double z, double w=1.0)

	xiiSimdVec4d (xiiInternal::QuadDouble v)

void	Set (double fXyzw)

void	Set (double x, double y, double z, double w)

void	SetX (const xiiSimdDouble &f)

void	SetY (const xiiSimdDouble &f)

void	SetZ (const xiiSimdDouble &f)

void	SetW (const xiiSimdDouble &f)

void	SetZero ()

template<xiiInt32 N>
void	Load (const double *pDoubles)

template<xiiInt32 N>
void	Store (double *pDoubles) const

template<xiiMathDoubleBits::Enum acc = xiiMathDoubleBits::FULL>
xiiSimdVec4d	GetReciprocal () const

template<xiiMathDoubleBits::Enum acc = xiiMathDoubleBits::FULL>
xiiSimdVec4d	GetSqrt () const

template<xiiMathDoubleBits::Enum acc = xiiMathDoubleBits::FULL>
xiiSimdVec4d	GetInvSqrt () const

template<xiiInt32 N, xiiMathDoubleBits::Enum acc = xiiMathDoubleBits::FULL>
xiiSimdDouble	GetLength () const

template<xiiInt32 N, xiiMathDoubleBits::Enum acc = xiiMathDoubleBits::FULL>
xiiSimdDouble	GetInvLength () const

template<xiiInt32 N>
xiiSimdDouble	GetLengthSquared () const

template<xiiInt32 N, xiiMathDoubleBits::Enum acc = xiiMathDoubleBits::FULL>
xiiSimdDouble	GetLengthAndNormalize ()

template<xiiInt32 N, xiiMathDoubleBits::Enum acc = xiiMathDoubleBits::FULL>
xiiSimdVec4d	GetNormalized () const

template<xiiInt32 N, xiiMathDoubleBits::Enum acc = xiiMathDoubleBits::FULL>
void	Normalize ()

template<xiiInt32 N, xiiMathDoubleBits::Enum acc = xiiMathDoubleBits::FULL>
void	NormalizeIfNotZero (const xiiSimdDouble &fEpsilon=xiiMath::SmallEpsilon< double >())

template<xiiInt32 N>
bool	IsZero () const

template<xiiInt32 N>
bool	IsZero (const xiiSimdDouble &fEpsilon) const

template<xiiInt32 N>
bool	IsNormalized (const xiiSimdDouble &fEpsilon=xiiMath::HugeEpsilon< double >()) const

template<xiiInt32 N>
bool	IsNaN () const

template<xiiInt32 N>
bool	IsValid () const

template<xiiInt32 N>
xiiSimdDouble	GetComponent () const

xiiSimdDouble	GetComponent (xiiInt32 i) const

xiiSimdDouble	x () const

xiiSimdDouble	y () const

xiiSimdDouble	z () const

xiiSimdDouble	w () const

template<xiiSwizzle::Enum s>
xiiSimdVec4d	Get () const

template<xiiSwizzle::Enum s>
xiiSimdVec4d	GetCombined (const xiiSimdVec4d &other) const
	x = this[s0], y = this[s1], z = other[s2], w = other[s3]

xiiSimdVec4d	operator- () const

xiiSimdVec4d	operator+ (const xiiSimdVec4d &v) const

xiiSimdVec4d	operator- (const xiiSimdVec4d &v) const

xiiSimdVec4d	operator* (const xiiSimdDouble &f) const

xiiSimdVec4d	operator/ (const xiiSimdDouble &f) const

xiiSimdVec4d	CompMul (const xiiSimdVec4d &v) const

template<xiiMathDoubleBits::Enum acc = xiiMathDoubleBits::FULL>
xiiSimdVec4d	CompDiv (const xiiSimdVec4d &v) const

xiiSimdVec4d	CompMin (const xiiSimdVec4d &rhs) const

xiiSimdVec4d	CompMax (const xiiSimdVec4d &rhs) const

xiiSimdVec4d	Abs () const

xiiSimdVec4d	Round () const

xiiSimdVec4d	Floor () const

xiiSimdVec4d	Ceil () const

xiiSimdVec4d	Trunc () const

xiiSimdVec4d	Fraction () const

xiiSimdVec4d	FlipSign (const xiiSimdVec4b &vCmp) const

xiiSimdVec4d &	operator+= (const xiiSimdVec4d &v)

xiiSimdVec4d &	operator-= (const xiiSimdVec4d &v)

xiiSimdVec4d &	*operator=** (const xiiSimdDouble &f)

xiiSimdVec4d &	operator/= (const xiiSimdDouble &f)

xiiSimdVec4b	IsEqual (const xiiSimdVec4d &rhs, const xiiSimdDouble &fEpsilon) const

xiiSimdVec4b	operator== (const xiiSimdVec4d &v) const

xiiSimdVec4b	operator!= (const xiiSimdVec4d &v) const

xiiSimdVec4b	operator<= (const xiiSimdVec4d &v) const

xiiSimdVec4b	operator< (const xiiSimdVec4d &v) const

xiiSimdVec4b	operator>= (const xiiSimdVec4d &v) const

xiiSimdVec4b	operator> (const xiiSimdVec4d &v) const

template<xiiInt32 N>
xiiSimdDouble	HorizontalSum () const

template<xiiInt32 N>
xiiSimdDouble	HorizontalMin () const

template<xiiInt32 N>
xiiSimdDouble	HorizontalMax () const

template<xiiInt32 N>
xiiSimdDouble	Dot (const xiiSimdVec4d &v) const

xiiSimdVec4d	CrossRH (const xiiSimdVec4d &v) const
	3D cross product, w is ignored.

xiiSimdVec4d	GetOrthogonalVector () const
	Generates an arbitrary vector such that Dot<3>(GetOrthogonalVector()) == 0.

template<>
XII_ALWAYS_INLINE void	Load (const double *pValues)

template<>
XII_ALWAYS_INLINE void	Load (const double *pValues)

template<>
XII_ALWAYS_INLINE void	Load (const double *pValues)

template<>
XII_ALWAYS_INLINE void	Load (const double *pValues)

template<>
XII_ALWAYS_INLINE void	Store (double *pValues) const

template<>
XII_ALWAYS_INLINE void	Store (double *pValues) const

template<>
XII_ALWAYS_INLINE void	Store (double *pValues) const

template<>
XII_ALWAYS_INLINE void	Store (double *pValues) const

template<xiiInt32 N>
XII_ALWAYS_INLINE bool	IsZero () const

template<xiiInt32 N>
XII_ALWAYS_INLINE bool	IsZero (const xiiSimdDouble &fEpsilon) const

template<xiiInt32 N>
XII_ALWAYS_INLINE bool	IsValid () const

template<xiiInt32 N>
XII_ALWAYS_INLINE xiiSimdDouble	GetComponent () const

template<xiiSwizzle::Enum s>
XII_ALWAYS_INLINE xiiSimdVec4d	Get () const

template<xiiSwizzle::Enum s>
XII_ALWAYS_INLINE xiiSimdVec4d	GetCombined (const xiiSimdVec4d &other) const

template<>
XII_ALWAYS_INLINE xiiSimdDouble	HorizontalSum () const

template<>
XII_ALWAYS_INLINE xiiSimdDouble	HorizontalSum () const

template<>
XII_ALWAYS_INLINE xiiSimdDouble	HorizontalSum () const

template<>
XII_ALWAYS_INLINE xiiSimdDouble	HorizontalMin () const

template<>
XII_ALWAYS_INLINE xiiSimdDouble	HorizontalMin () const

template<>
XII_ALWAYS_INLINE xiiSimdDouble	HorizontalMin () const

template<>
XII_ALWAYS_INLINE xiiSimdDouble	HorizontalMax () const

template<>
XII_ALWAYS_INLINE xiiSimdDouble	HorizontalMax () const

template<>
XII_ALWAYS_INLINE xiiSimdDouble	HorizontalMax () const

template<>
XII_ALWAYS_INLINE xiiSimdDouble	Dot (const xiiSimdVec4d &v) const

template<>
XII_ALWAYS_INLINE xiiSimdDouble	Dot (const xiiSimdVec4d &v) const

template<>
XII_ALWAYS_INLINE xiiSimdDouble	Dot (const xiiSimdVec4d &v) const

template<>
XII_ALWAYS_INLINE xiiSimdDouble	Dot (const xiiSimdVec4d &v) const

template<xiiInt32 N>
XII_ALWAYS_INLINE void	Load (const double *pValues)

template<xiiInt32 N>
XII_ALWAYS_INLINE void	Store (double *pValues) const

template<xiiMathDoubleBits::Enum acc>
XII_ALWAYS_INLINE xiiSimdVec4d	GetReciprocal () const

template<xiiMathDoubleBits::Enum acc>
XII_ALWAYS_INLINE xiiSimdVec4d	GetSqrt () const

template<xiiInt32 N>
XII_ALWAYS_INLINE bool	IsNaN () const

template<xiiMathDoubleBits::Enum acc>
XII_ALWAYS_INLINE xiiSimdVec4d	CompDiv (const xiiSimdVec4d &v) const

template<>
XII_ALWAYS_INLINE xiiSimdDouble	HorizontalSum () const

template<>
XII_ALWAYS_INLINE xiiSimdDouble	HorizontalSum () const

template<>
XII_ALWAYS_INLINE xiiSimdDouble	HorizontalSum () const

template<>
XII_ALWAYS_INLINE xiiSimdDouble	HorizontalMin () const

template<>
XII_ALWAYS_INLINE xiiSimdDouble	HorizontalMin () const

template<>
XII_ALWAYS_INLINE xiiSimdDouble	HorizontalMin () const

template<>
XII_ALWAYS_INLINE xiiSimdDouble	HorizontalMax () const

template<>
XII_ALWAYS_INLINE xiiSimdDouble	HorizontalMax () const

template<>
XII_ALWAYS_INLINE xiiSimdDouble	HorizontalMax () const

template<xiiInt32 N>
XII_ALWAYS_INLINE xiiSimdDouble	Dot (const xiiSimdVec4d &v) const

template<xiiInt32 N, xiiMathDoubleBits::Enum acc>
XII_ALWAYS_INLINE xiiSimdDouble	GetLength () const

template<xiiInt32 N, xiiMathDoubleBits::Enum acc>
XII_ALWAYS_INLINE xiiSimdDouble	GetInvLength () const

template<xiiInt32 N>
XII_ALWAYS_INLINE xiiSimdDouble	GetLengthSquared () const

template<xiiInt32 N, xiiMathDoubleBits::Enum acc>
XII_ALWAYS_INLINE xiiSimdDouble	GetLengthAndNormalize ()

template<xiiInt32 N, xiiMathDoubleBits::Enum acc>
XII_ALWAYS_INLINE xiiSimdVec4d	GetNormalized () const

template<xiiInt32 N, xiiMathDoubleBits::Enum acc>
XII_ALWAYS_INLINE void	Normalize ()

template<xiiInt32 N>
XII_ALWAYS_INLINE bool	IsNormalized (const xiiSimdDouble &fEpsilon) const

template<>
XII_ALWAYS_INLINE xiiSimdDouble	HorizontalSum () const

template<>
XII_ALWAYS_INLINE xiiSimdDouble	HorizontalMin () const

template<>
XII_ALWAYS_INLINE xiiSimdDouble	HorizontalMax () const

Static Public Member Functions
static xiiSimdVec4d	MakeZero ()
	Creates a xiiSimdVec4d that is initialized to zero.

static xiiSimdVec4d	MakeNaN ()
	Creates a xiiSimdVec4d that is initialized to Not-A-Number (NaN).

static xiiSimdVec4d	Select (const xiiSimdVec4b &vCmp, const xiiSimdVec4d &vTrue, const xiiSimdVec4d &vFalse)

static xiiSimdVec4d	Lerp (const xiiSimdVec4d &a, const xiiSimdVec4d &b, const xiiSimdVec4d &t)

static xiiSimdVec4d	MulAdd (const xiiSimdVec4d &a, const xiiSimdVec4d &b, const xiiSimdVec4d &c)

static xiiSimdVec4d	MulAdd (const xiiSimdVec4d &a, const xiiSimdDouble &b, const xiiSimdVec4d &c)

static xiiSimdVec4d	MulSub (const xiiSimdVec4d &a, const xiiSimdVec4d &b, const xiiSimdVec4d &c)

static xiiSimdVec4d	MulSub (const xiiSimdVec4d &a, const xiiSimdDouble &b, const xiiSimdVec4d &c)

static xiiSimdVec4d	CopySign (const xiiSimdVec4d &vMagnitude, const xiiSimdVec4d &vSign)

Public Attributes
xiiInternal::QuadDouble	m_v

Detailed Description

A 4-component SIMD vector class.

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

/home/runner/work/XII/XII/Source/Engine/Foundation/SimdMath/SimdVec4d.h
/home/runner/work/XII/XII/Source/Engine/Foundation/SimdMath/Implementation/AVX/AVXVec4d_inl.h
/home/runner/work/XII/XII/Source/Engine/Foundation/SimdMath/Implementation/FPU/FPUVec4d_inl.h
/home/runner/work/XII/XII/Source/Engine/Foundation/SimdMath/Implementation/SimdVec4d_inl.h

Public Member Functions

Static Public Member Functions

Public Attributes

Detailed Description