Math_Implementation.MI_Quaternion Class Referentie

Public Members
	MI_Quaternion (float x, float y, float z, float w)
	MI_Quaternion ()
void	Normalize ()
Matrix4	ToMatrix ()
MI_Quaternion	Inverse ()
float	Dot (MI_Quaternion a)
MI_Vector3	ToEuler ()

Static Public Members
static float	Length (MI_Quaternion q)
static float	LengthSquared (MI_Quaternion q)
static MI_Quaternion	Normalize (MI_Quaternion q)
static MI_Quaternion	AngleAxis (float angle, MI_Vector3 axis)
static MI_Quaternion	AngleAxis (float angle, float x, float y, float z)
static Matrix4	ToMatrix (MI_Quaternion q)
static MI_Quaternion	Inverse (MI_Quaternion q)
static float	Dot (MI_Quaternion a, MI_Quaternion b)
static MI_Quaternion	operator* (MI_Quaternion A, MI_Quaternion B)
static MI_Vector3	operator* (MI_Quaternion q, MI_Vector3 v)
static MI_Quaternion	Multiply (MI_Quaternion A, MI_Quaternion B)
static MI_Quaternion	FromEuler (float x, float y, float z)
static MI_Vector3	ToEuler (MI_Quaternion q)
static bool	operator== (MI_Quaternion a, MI_Quaternion b)
static bool	operator!= (MI_Quaternion a, MI_Quaternion b)

Public Attributen
float	X = 0.0f
float	Y = 0.0f
float	Z = 0.0f
float	W = 1.0f

Properties
float	this[int i] [get, set]

Constructor & Destructor Documentatie

MI_Quaternion() [1/2]

Math_Implementation.MI_Quaternion.MI_Quaternion	(	float	x,
		float	y,
		float	z,
		float	w )

MI_Quaternion() [2/2]

Math_Implementation.MI_Quaternion.MI_Quaternion

(

)

Documentatie van functie members

AngleAxis() [1/2]

MI_Quaternion Math_Implementation.MI_Quaternion.AngleAxis ( float angle, float x, float y, float z )

static

AngleAxis() [2/2]

MI_Quaternion Math_Implementation.MI_Quaternion.AngleAxis ( float angle, MI_Vector3 axis )

static

Dot() [1/2]

float Math_Implementation.MI_Quaternion.Dot

(

MI_Quaternion

a

)

Dot() [2/2]

float Math_Implementation.MI_Quaternion.Dot ( MI_Quaternion a, MI_Quaternion b )

static

FromEuler()

MI_Quaternion Math_Implementation.MI_Quaternion.FromEuler ( float x, float y, float z )

static

Inverse() [1/2]

MI_Quaternion Math_Implementation.MI_Quaternion.Inverse

(

)

Inverse() [2/2]

MI_Quaternion Math_Implementation.MI_Quaternion.Inverse ( MI_Quaternion q )

static

Length()

float Math_Implementation.MI_Quaternion.Length ( MI_Quaternion q )

static

LengthSquared()

float Math_Implementation.MI_Quaternion.LengthSquared ( MI_Quaternion q )

static

Multiply()

MI_Quaternion Math_Implementation.MI_Quaternion.Multiply ( MI_Quaternion A, MI_Quaternion B )

static

Normalize() [1/2]

void Math_Implementation.MI_Quaternion.Normalize

(

)

Normalize() [2/2]

MI_Quaternion Math_Implementation.MI_Quaternion.Normalize ( MI_Quaternion q )

static

operator!=()

bool Math_Implementation.MI_Quaternion.operator!= ( MI_Quaternion a, MI_Quaternion b )

static

operator*() [1/2]

MI_Quaternion Math_Implementation.MI_Quaternion.operator* ( MI_Quaternion A, MI_Quaternion B )

static

operator*() [2/2]

MI_Vector3 Math_Implementation.MI_Quaternion.operator* ( MI_Quaternion q, MI_Vector3 v )

static

operator==()

bool Math_Implementation.MI_Quaternion.operator== ( MI_Quaternion a, MI_Quaternion b )

static

ToEuler() [1/2]

MI_Vector3 Math_Implementation.MI_Quaternion.ToEuler

(

)

ToEuler() [2/2]

MI_Vector3 Math_Implementation.MI_Quaternion.ToEuler ( MI_Quaternion q )

static

ToMatrix() [1/2]

Matrix4 Math_Implementation.MI_Quaternion.ToMatrix

(

)

ToMatrix() [2/2]

Matrix4 Math_Implementation.MI_Quaternion.ToMatrix ( MI_Quaternion q )

static

Documentatie van data members

W

float Math_Implementation.MI_Quaternion.W = 1.0f

X

float Math_Implementation.MI_Quaternion.X = 0.0f

Y

float Math_Implementation.MI_Quaternion.Y = 0.0f

Z

float Math_Implementation.MI_Quaternion.Z = 0.0f

Property Documentatie

this[int i]

float Math_Implementation.MI_Quaternion.this[int i]

getset

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De documentatie voor deze klasse is gegenereerd op basis van het volgende bestand:

• src/CDS/Math/Quaternion.cs