Interface Quaternionfc

All Known Implementing Classes:

Quaternionf

public interface Quaternionfc

Method Summary

Modifier and Type	Method	Description
Quaternionf	add(float arg0, float arg1, float arg2, float arg3, Quaternionf arg4)
Quaternionf	add(Quaternionfc arg0, Quaternionf arg1)
float	angle()
Quaternionf	conjugate(Quaternionf arg0)
Quaternionf	conjugateBy(Quaternionfc arg0, Quaternionf arg1)
Quaternionf	difference(Quaternionfc arg0, Quaternionf arg1)
Quaternionf	div(Quaternionfc arg0, Quaternionf arg1)
boolean	equals(float arg0, float arg1, float arg2, float arg3)
boolean	equals(Quaternionfc arg0, float arg1)
AxisAngle4d	get(AxisAngle4d arg0)
AxisAngle4f	get(AxisAngle4f arg0)
Matrix3d	get(Matrix3d arg0)
Matrix3f	get(Matrix3f arg0)
Matrix4d	get(Matrix4d arg0)
Matrix4f	get(Matrix4f arg0)
Matrix4x3d	get(Matrix4x3d arg0)
Matrix4x3f	get(Matrix4x3f arg0)
Quaterniond	get(Quaterniond arg0)
Quaternionf	get(Quaternionf arg0)
ByteBuffer	getAsMatrix3f(ByteBuffer arg0)
FloatBuffer	getAsMatrix3f(FloatBuffer arg0)
ByteBuffer	getAsMatrix4f(ByteBuffer arg0)
FloatBuffer	getAsMatrix4f(FloatBuffer arg0)
ByteBuffer	getAsMatrix4x3f(ByteBuffer arg0)
FloatBuffer	getAsMatrix4x3f(FloatBuffer arg0)
Vector3f	getEulerAnglesXYZ(Vector3f arg0)
Quaternionf	integrate(float arg0, float arg1, float arg2, float arg3, Quaternionf arg4)
Quaternionf	invert(Quaternionf arg0)
boolean	isFinite()
float	lengthSquared()
Quaternionf	lookAlong(float arg0, float arg1, float arg2, float arg3, float arg4, float arg5, Quaternionf arg6)
Quaternionf	lookAlong(Vector3fc arg0, Vector3fc arg1, Quaternionf arg2)
Quaternionf	mul(float arg0, float arg1, float arg2, float arg3, Quaternionf arg4)
Quaternionf	mul(Quaternionfc arg0, Quaternionf arg1)
Quaternionf	nlerp(Quaternionfc arg0, float arg1, Quaternionf arg2)
Quaternionf	nlerpIterative(Quaternionfc arg0, float arg1, float arg2, Quaternionf arg3)
Quaternionf	normalize(Quaternionf arg0)
Vector3f	normalizedPositiveX(Vector3f arg0)
Vector3f	normalizedPositiveY(Vector3f arg0)
Vector3f	normalizedPositiveZ(Vector3f arg0)
Vector3f	positiveX(Vector3f arg0)
Vector3f	positiveY(Vector3f arg0)
Vector3f	positiveZ(Vector3f arg0)
Quaternionf	premul(float arg0, float arg1, float arg2, float arg3, Quaternionf arg4)
Quaternionf	premul(Quaternionfc arg0, Quaternionf arg1)
Quaternionf	rotateAxis(float arg0, float arg1, float arg2, float arg3, Quaternionf arg4)
Quaternionf	rotateAxis(float arg0, Vector3fc arg1, Quaternionf arg2)
Quaternionf	rotateLocalX(float arg0, Quaternionf arg1)
Quaternionf	rotateLocalY(float arg0, Quaternionf arg1)
Quaternionf	rotateLocalZ(float arg0, Quaternionf arg1)
Quaternionf	rotateTo(float arg0, float arg1, float arg2, float arg3, float arg4, float arg5, Quaternionf arg6)
Quaternionf	rotateTo(Vector3fc arg0, Vector3fc arg1, Quaternionf arg2)
Quaternionf	rotateX(float arg0, Quaternionf arg1)
Quaternionf	rotateXYZ(float arg0, float arg1, float arg2, Quaternionf arg3)
Quaternionf	rotateY(float arg0, Quaternionf arg1)
Quaternionf	rotateYXZ(float arg0, float arg1, float arg2, Quaternionf arg3)
Quaternionf	rotateZ(float arg0, Quaternionf arg1)
Quaternionf	rotateZYX(float arg0, float arg1, float arg2, Quaternionf arg3)
Quaternionf	scale(float arg0, Quaternionf arg1)
Quaternionf	slerp(Quaternionfc arg0, float arg1, Quaternionf arg2)
Vector3d	transform(double arg0, double arg1, double arg2, Vector3d arg3)
Vector4d	transform(double arg0, double arg1, double arg2, Vector4d arg3)
Vector3d	transform(float arg0, float arg1, float arg2, Vector3d arg3)
Vector3f	transform(float arg0, float arg1, float arg2, Vector3f arg3)
Vector4f	transform(float arg0, float arg1, float arg2, Vector4f arg3)
Vector3d	transform(Vector3d arg0)
Vector3d	transform(Vector3dc arg0, Vector3d arg1)
Vector3f	transform(Vector3f arg0)
Vector3f	transform(Vector3fc arg0, Vector3f arg1)
Vector4d	transform(Vector4d arg0)
Vector4d	transform(Vector4dc arg0, Vector4d arg1)
Vector4f	transform(Vector4f arg0)
Vector4f	transform(Vector4fc arg0, Vector4f arg1)
Vector3d	transformInverse(double arg0, double arg1, double arg2, Vector3d arg3)
Vector4d	transformInverse(double arg0, double arg1, double arg2, Vector4d arg3)
Vector3d	transformInverse(float arg0, float arg1, float arg2, Vector3d arg3)
Vector3f	transformInverse(float arg0, float arg1, float arg2, Vector3f arg3)
Vector4f	transformInverse(float arg0, float arg1, float arg2, Vector4f arg3)
Vector3d	transformInverse(Vector3d arg0)
Vector3d	transformInverse(Vector3dc arg0, Vector3d arg1)
Vector3f	transformInverse(Vector3f arg0)
Vector3f	transformInverse(Vector3fc arg0, Vector3f arg1)
Vector4d	transformInverse(Vector4d arg0)
Vector4d	transformInverse(Vector4dc arg0, Vector4d arg1)
Vector4f	transformInverse(Vector4f arg0)
Vector4f	transformInverse(Vector4fc arg0, Vector4f arg1)
Vector3d	transformInverseUnit(double arg0, double arg1, double arg2, Vector3d arg3)
Vector4d	transformInverseUnit(double arg0, double arg1, double arg2, Vector4d arg3)
Vector3d	transformInverseUnit(float arg0, float arg1, float arg2, Vector3d arg3)
Vector3f	transformInverseUnit(float arg0, float arg1, float arg2, Vector3f arg3)
Vector4f	transformInverseUnit(float arg0, float arg1, float arg2, Vector4f arg3)
Vector3d	transformInverseUnit(Vector3dc arg0, Vector3d arg1)
Vector3f	transformInverseUnit(Vector3f arg0)
Vector3f	transformInverseUnit(Vector3fc arg0, Vector3f arg1)
Vector4d	transformInverseUnit(Vector4d arg0)
Vector4d	transformInverseUnit(Vector4dc arg0, Vector4d arg1)
Vector4f	transformInverseUnit(Vector4f arg0)
Vector4f	transformInverseUnit(Vector4fc arg0, Vector4f arg1)
Vector3d	transformPositiveX(Vector3d arg0)
Vector3f	transformPositiveX(Vector3f arg0)
Vector4d	transformPositiveX(Vector4d arg0)
Vector4f	transformPositiveX(Vector4f arg0)
Vector3d	transformPositiveY(Vector3d arg0)
Vector3f	transformPositiveY(Vector3f arg0)
Vector4d	transformPositiveY(Vector4d arg0)
Vector4f	transformPositiveY(Vector4f arg0)
Vector3d	transformPositiveZ(Vector3d arg0)
Vector3f	transformPositiveZ(Vector3f arg0)
Vector4d	transformPositiveZ(Vector4d arg0)
Vector4f	transformPositiveZ(Vector4f arg0)
Vector3d	transformUnit(double arg0, double arg1, double arg2, Vector3d arg3)
Vector4d	transformUnit(double arg0, double arg1, double arg2, Vector4d arg3)
Vector3d	transformUnit(float arg0, float arg1, float arg2, Vector3d arg3)
Vector3f	transformUnit(float arg0, float arg1, float arg2, Vector3f arg3)
Vector4f	transformUnit(float arg0, float arg1, float arg2, Vector4f arg3)
Vector3d	transformUnit(Vector3dc arg0, Vector3d arg1)
Vector3f	transformUnit(Vector3f arg0)
Vector3f	transformUnit(Vector3fc arg0, Vector3f arg1)
Vector4d	transformUnit(Vector4d arg0)
Vector4d	transformUnit(Vector4dc arg0, Vector4d arg1)
Vector4f	transformUnit(Vector4f arg0)
Vector4f	transformUnit(Vector4fc arg0, Vector4f arg1)
Vector3d	transformUnitPositiveX(Vector3d arg0)
Vector3f	transformUnitPositiveX(Vector3f arg0)
Vector4d	transformUnitPositiveX(Vector4d arg0)
Vector4f	transformUnitPositiveX(Vector4f arg0)
Vector3d	transformUnitPositiveY(Vector3d arg0)
Vector3f	transformUnitPositiveY(Vector3f arg0)
Vector4d	transformUnitPositiveY(Vector4d arg0)
Vector4f	transformUnitPositiveY(Vector4f arg0)
Vector3d	transformUnitPositiveZ(Vector3d arg0)
Vector3f	transformUnitPositiveZ(Vector3f arg0)
Vector4d	transformUnitPositiveZ(Vector4d arg0)
Vector4f	transformUnitPositiveZ(Vector4f arg0)
float	w()
float	x()
float	y()
float	z()

Method Details

x

float x()

y

float y()

z

float z()

w

float w()

normalize

Quaternionf normalize(Quaternionf arg0)

add

Quaternionf add(float arg0,
 float arg1,
 float arg2,
 float arg3,
 Quaternionf arg4)

add

Quaternionf add(Quaternionfc arg0,
 Quaternionf arg1)

angle

float angle()

get

Matrix3f get(Matrix3f arg0)

get

Matrix3d get(Matrix3d arg0)

get

Matrix4f get(Matrix4f arg0)

get

Matrix4d get(Matrix4d arg0)

get

Matrix4x3f get(Matrix4x3f arg0)

get

Matrix4x3d get(Matrix4x3d arg0)

get

AxisAngle4f get(AxisAngle4f arg0)

get

AxisAngle4d get(AxisAngle4d arg0)

get

Quaterniond get(Quaterniond arg0)

get

Quaternionf get(Quaternionf arg0)

getAsMatrix3f

ByteBuffer getAsMatrix3f(ByteBuffer arg0)

getAsMatrix3f

FloatBuffer getAsMatrix3f(FloatBuffer arg0)

getAsMatrix4f

ByteBuffer getAsMatrix4f(ByteBuffer arg0)

getAsMatrix4f

FloatBuffer getAsMatrix4f(FloatBuffer arg0)

getAsMatrix4x3f

ByteBuffer getAsMatrix4x3f(ByteBuffer arg0)

getAsMatrix4x3f

FloatBuffer getAsMatrix4x3f(FloatBuffer arg0)

mul

Quaternionf mul(Quaternionfc arg0,
 Quaternionf arg1)

mul

Quaternionf mul(float arg0,
 float arg1,
 float arg2,
 float arg3,
 Quaternionf arg4)

premul

Quaternionf premul(Quaternionfc arg0,
 Quaternionf arg1)

premul

Quaternionf premul(float arg0,
 float arg1,
 float arg2,
 float arg3,
 Quaternionf arg4)

transform

Vector3f transform(Vector3f arg0)

transformInverse

Vector3f transformInverse(Vector3f arg0)

transformUnit

Vector3f transformUnit(Vector3f arg0)

transformPositiveX

Vector3f transformPositiveX(Vector3f arg0)

transformPositiveX

Vector4f transformPositiveX(Vector4f arg0)

transformUnitPositiveX

Vector3f transformUnitPositiveX(Vector3f arg0)

transformUnitPositiveX

Vector4f transformUnitPositiveX(Vector4f arg0)

transformPositiveY

Vector3f transformPositiveY(Vector3f arg0)

transformPositiveY

Vector4f transformPositiveY(Vector4f arg0)

transformUnitPositiveY

Vector3f transformUnitPositiveY(Vector3f arg0)

transformUnitPositiveY

Vector4f transformUnitPositiveY(Vector4f arg0)

transformPositiveZ

Vector3f transformPositiveZ(Vector3f arg0)

transformPositiveZ

Vector4f transformPositiveZ(Vector4f arg0)

transformUnitPositiveZ

Vector3f transformUnitPositiveZ(Vector3f arg0)

transformUnitPositiveZ

Vector4f transformUnitPositiveZ(Vector4f arg0)

transform

Vector4f transform(Vector4f arg0)

transformInverse

Vector4f transformInverse(Vector4f arg0)

transform

Vector3f transform(Vector3fc arg0,
 Vector3f arg1)

transformInverse

Vector3f transformInverse(Vector3fc arg0,
 Vector3f arg1)

transform

Vector3f transform(float arg0,
 float arg1,
 float arg2,
 Vector3f arg3)

transform

Vector3d transform(float arg0,
 float arg1,
 float arg2,
 Vector3d arg3)

transformInverse

Vector3f transformInverse(float arg0,
 float arg1,
 float arg2,
 Vector3f arg3)

transformInverse

Vector3d transformInverse(float arg0,
 float arg1,
 float arg2,
 Vector3d arg3)

transformInverseUnit

Vector3f transformInverseUnit(Vector3f arg0)

transformUnit

Vector3f transformUnit(Vector3fc arg0,
 Vector3f arg1)

transformInverseUnit

Vector3f transformInverseUnit(Vector3fc arg0,
 Vector3f arg1)

transformUnit

Vector3f transformUnit(float arg0,
 float arg1,
 float arg2,
 Vector3f arg3)

transformUnit

Vector3d transformUnit(float arg0,
 float arg1,
 float arg2,
 Vector3d arg3)

transformInverseUnit

Vector3f transformInverseUnit(float arg0,
 float arg1,
 float arg2,
 Vector3f arg3)

transformInverseUnit

Vector3d transformInverseUnit(float arg0,
 float arg1,
 float arg2,
 Vector3d arg3)

transform

Vector4f transform(Vector4fc arg0,
 Vector4f arg1)

transformInverse

Vector4f transformInverse(Vector4fc arg0,
 Vector4f arg1)

transform

Vector4f transform(float arg0,
 float arg1,
 float arg2,
 Vector4f arg3)

transformInverse

Vector4f transformInverse(float arg0,
 float arg1,
 float arg2,
 Vector4f arg3)

transformUnit

Vector4f transformUnit(Vector4fc arg0,
 Vector4f arg1)

transformUnit

Vector4f transformUnit(Vector4f arg0)

transformInverseUnit

Vector4f transformInverseUnit(Vector4f arg0)

transformInverseUnit

Vector4f transformInverseUnit(Vector4fc arg0,
 Vector4f arg1)

transformUnit

Vector4f transformUnit(float arg0,
 float arg1,
 float arg2,
 Vector4f arg3)

transformInverseUnit

Vector4f transformInverseUnit(float arg0,
 float arg1,
 float arg2,
 Vector4f arg3)

transform

Vector3d transform(Vector3d arg0)

transformInverse

Vector3d transformInverse(Vector3d arg0)

transformPositiveX

Vector3d transformPositiveX(Vector3d arg0)

transformPositiveX

Vector4d transformPositiveX(Vector4d arg0)

transformUnitPositiveX

Vector3d transformUnitPositiveX(Vector3d arg0)

transformUnitPositiveX

Vector4d transformUnitPositiveX(Vector4d arg0)

transformPositiveY

Vector3d transformPositiveY(Vector3d arg0)

transformPositiveY

Vector4d transformPositiveY(Vector4d arg0)

transformUnitPositiveY

Vector3d transformUnitPositiveY(Vector3d arg0)

transformUnitPositiveY

Vector4d transformUnitPositiveY(Vector4d arg0)

transformPositiveZ

Vector3d transformPositiveZ(Vector3d arg0)

transformPositiveZ

Vector4d transformPositiveZ(Vector4d arg0)

transformUnitPositiveZ

Vector3d transformUnitPositiveZ(Vector3d arg0)

transformUnitPositiveZ

Vector4d transformUnitPositiveZ(Vector4d arg0)

transform

Vector4d transform(Vector4d arg0)

transformInverse

Vector4d transformInverse(Vector4d arg0)

transform

Vector3d transform(Vector3dc arg0,
 Vector3d arg1)

transformInverse

Vector3d transformInverse(Vector3dc arg0,
 Vector3d arg1)

transform

Vector3d transform(double arg0,
 double arg1,
 double arg2,
 Vector3d arg3)

transformInverse

Vector3d transformInverse(double arg0,
 double arg1,
 double arg2,
 Vector3d arg3)

transform

Vector4d transform(Vector4dc arg0,
 Vector4d arg1)

transformInverse

Vector4d transformInverse(Vector4dc arg0,
 Vector4d arg1)

transform

Vector4d transform(double arg0,
 double arg1,
 double arg2,
 Vector4d arg3)

transformInverse

Vector4d transformInverse(double arg0,
 double arg1,
 double arg2,
 Vector4d arg3)

transformUnit

Vector4d transformUnit(Vector4d arg0)

transformInverseUnit

Vector4d transformInverseUnit(Vector4d arg0)

transformUnit

Vector3d transformUnit(Vector3dc arg0,
 Vector3d arg1)

transformInverseUnit

Vector3d transformInverseUnit(Vector3dc arg0,
 Vector3d arg1)

transformUnit

Vector3d transformUnit(double arg0,
 double arg1,
 double arg2,
 Vector3d arg3)

transformInverseUnit

Vector3d transformInverseUnit(double arg0,
 double arg1,
 double arg2,
 Vector3d arg3)

transformUnit

Vector4d transformUnit(Vector4dc arg0,
 Vector4d arg1)

transformInverseUnit

Vector4d transformInverseUnit(Vector4dc arg0,
 Vector4d arg1)

transformUnit

Vector4d transformUnit(double arg0,
 double arg1,
 double arg2,
 Vector4d arg3)

transformInverseUnit

Vector4d transformInverseUnit(double arg0,
 double arg1,
 double arg2,
 Vector4d arg3)

invert

Quaternionf invert(Quaternionf arg0)

div

Quaternionf div(Quaternionfc arg0,
 Quaternionf arg1)

conjugate

Quaternionf conjugate(Quaternionf arg0)

rotateXYZ

Quaternionf rotateXYZ(float arg0,
 float arg1,
 float arg2,
 Quaternionf arg3)

rotateZYX

Quaternionf rotateZYX(float arg0,
 float arg1,
 float arg2,
 Quaternionf arg3)

rotateYXZ

Quaternionf rotateYXZ(float arg0,
 float arg1,
 float arg2,
 Quaternionf arg3)

getEulerAnglesXYZ

Vector3f getEulerAnglesXYZ(Vector3f arg0)

lengthSquared

float lengthSquared()

slerp

Quaternionf slerp(Quaternionfc arg0,
 float arg1,
 Quaternionf arg2)

scale

Quaternionf scale(float arg0,
 Quaternionf arg1)

integrate

Quaternionf integrate(float arg0,
 float arg1,
 float arg2,
 float arg3,
 Quaternionf arg4)

nlerp

Quaternionf nlerp(Quaternionfc arg0,
 float arg1,
 Quaternionf arg2)

nlerpIterative

Quaternionf nlerpIterative(Quaternionfc arg0,
 float arg1,
 float arg2,
 Quaternionf arg3)

lookAlong

Quaternionf lookAlong(Vector3fc arg0,
 Vector3fc arg1,
 Quaternionf arg2)

lookAlong

Quaternionf lookAlong(float arg0,
 float arg1,
 float arg2,
 float arg3,
 float arg4,
 float arg5,
 Quaternionf arg6)

rotateTo

Quaternionf rotateTo(float arg0,
 float arg1,
 float arg2,
 float arg3,
 float arg4,
 float arg5,
 Quaternionf arg6)

rotateTo

Quaternionf rotateTo(Vector3fc arg0,
 Vector3fc arg1,
 Quaternionf arg2)

rotateX

Quaternionf rotateX(float arg0,
 Quaternionf arg1)

rotateY

Quaternionf rotateY(float arg0,
 Quaternionf arg1)

rotateZ

Quaternionf rotateZ(float arg0,
 Quaternionf arg1)

rotateLocalX

Quaternionf rotateLocalX(float arg0,
 Quaternionf arg1)

rotateLocalY

Quaternionf rotateLocalY(float arg0,
 Quaternionf arg1)

rotateLocalZ

Quaternionf rotateLocalZ(float arg0,
 Quaternionf arg1)

rotateAxis

Quaternionf rotateAxis(float arg0,
 float arg1,
 float arg2,
 float arg3,
 Quaternionf arg4)

rotateAxis

Quaternionf rotateAxis(float arg0,
 Vector3fc arg1,
 Quaternionf arg2)

difference

Quaternionf difference(Quaternionfc arg0,
 Quaternionf arg1)

positiveX

Vector3f positiveX(Vector3f arg0)

normalizedPositiveX

Vector3f normalizedPositiveX(Vector3f arg0)

positiveY

Vector3f positiveY(Vector3f arg0)

normalizedPositiveY

Vector3f normalizedPositiveY(Vector3f arg0)

positiveZ

Vector3f positiveZ(Vector3f arg0)

normalizedPositiveZ

Vector3f normalizedPositiveZ(Vector3f arg0)

conjugateBy

Quaternionf conjugateBy(Quaternionfc arg0,
 Quaternionf arg1)

isFinite

boolean isFinite()

equals

boolean equals(Quaternionfc arg0,
 float arg1)

equals

boolean equals(float arg0,
 float arg1,
 float arg2,
 float arg3)