The Matrix4x4 JavaScript class. Defines a four by four matrix container. More...

Public Slots
double	value (int row, int column)
	Retrieve single value from Matrix4x4. More...

Matrix4x4 &	setFromEulerAngles (double rx, double ry, double rz)
	Set matrix rotation from Euler angles. More...

Vector3d	axis (int axisIndex)
	Retrieve the axis from a Matrix4x4. More...

Point3d	origin ()
	Retrieve Matrix4x4 origin. More...

bool	isEmpty ()
	Test if Matrix4x4 is empty. More...

Matrix4x4 &	clear ()
	Clear current Matrix4x4. More...

Matrix4x4 &	normalize ()
	Normalize current Matrix4x4. More...

Matrix4x4 &	multiplyEq (Matrix4x4 m2)
	Multiply current Matrix4x4 with specified Matrix4x4. More...

QObject	multiply (Matrix4x4 m2)
	Multiply current Matrix4x4 with specified Matrix4x4. More...

Point3d	multiply (Point3d p)
	Multiply specified Point3d with current Matrix4x4. More...

QObject	multiply (Vector3d v)
	Multiply specified Vector3d with current Matrix4x4. More...

Matrix4x4 &	translate (Vector3d v)
	Translate current Matrix4x4 with specified Vector3d. More...

Matrix4x4 &	translate (double dx, double dy, double dz=0.0)
	Translate current Matrix4x4. More...

Matrix4x4 &	scale (double sx, double sy, double sz=1.0)
	Scale current Matrix4x4. More...

Matrix4x4 &	rotatePlane (Vector3d v, Point3d p)
	Rotate current Matrix4x4. More...

Matrix4x4 &	rotateRadians (double rad, Vector3d v)
	Rotate current Matrix4x4. More...

Matrix4x4 &	rotateDegrees (double deg, Vector3d v)
	Rotate current Matrix4x4. More...

Matrix4x4 &	skew (double sk)
	Shear current Matrix4x4. More...

Matrix4x4 &	orthogonalProject (double left, double right, double bottom, double top, double zNear, double zFar)
	Calculate an orthogonal projection Matrix4x4. More...

Matrix4x4 &	perspectiveProject (double left, double right, double bottom, double top, double zNear, double zFar)
	Calculate a perspective projection Matrix4x4. More...

Matrix4x4 &	perspectiveProject (double fovy, double ratio, double zNear, double zFar)
	Calculate a perspective projection Matrix4x4. More...

Matrix4x4 &	inverse ()
	Invert current Matrix4x4. More...

Matrix4x4	getInverse ()
	Invert current Matrix4x4. More...

Matrix4x4 &	transpose ()
	Transpose current Matrix4x4. More...

Matrix4x4	getTranspose ()
	Transpose current Matrix4x4. More...

Point3d	extractPosition (Point3d *pivot=NULL, bool force3d=false)
	Extract position from matrix. More...

Point3d	extractScale (Point3d *pivot=NULL, bool force3d=false)
	Extract scale from matrix. More...

Point3d	extractRotation (Point3d *pivot=NULL, bool force3d=false)
	Extract rotation from matrix. More...

double	extractSkew (Point3d *pivot=NULL)
	Extract skew from matrix. More...

void	print (String label)

Public Member Functions
	Matrix4x4 ()
	Create a new empty Matrix4x4. More...

Properties
double	m00
	1st row and 1st column value More...

double	m01
	1st row and 2nd column value More...

double	m02
	1st row and 3rd column value More...

double	m03
	1st row and 4th column value More...

double	m10
	2nd row and 1st column value More...

double	m11
	2nd row and 2nd column value More...

double	m12
	2nd row and 3rd column value More...

double	m13
	2nd row and 4th column value More...

double	m20
	3rd row and 1st column value More...

double	m21
	3rd row and 2nd column value More...

double	m22
	3rd row and 3rd column value More...

double	m23
	3rd row and 4th column value More...

double	m30
	4th row and 1st column value More...

double	m31
	4th row and 2nd column value More...

double	m32
	4th row and 3rd column value More...

double	m33
	4th row and 4th column value More...

Detailed Description

The Matrix4x4 JavaScript class. Defines a four by four matrix container.

Matrix4x4 objects can be instantiated in the scripting environment.

m = new Matrix4x4();               // create empty matrix
raxis = new Vector3d( 0,0,1 );     // create new axis Vector3d
m.rotateDegrees( 90, raxis );      // rotate matrix 90 degrees on z axis
m.scale( 2.0, 1.0, 2.0 );          // scale matrix non-uniformly

Constructor & Destructor Documentation

◆ Matrix4x4()

Matrix4x4::Matrix4x4 ( )

Create a new empty Matrix4x4.

Member Function Documentation

◆ axis

Vector3d Matrix4x4::axis ( int axisIndex )

slot

Retrieve the axis from a Matrix4x4.

Parameters

axisIndex Axis index 0 for the X axis, 1 for Y axis, 2 for Z axis.

Returns: Vector3d axis

◆ clear

Matrix4x4& Matrix4x4::clear ( )

slot

Clear current Matrix4x4.

Returns: Matrix4x4 reference

◆ extractPosition

Point3d Matrix4x4::extractPosition	(	Point3d *	pivot = `NULL`,
		bool	force3d = `false`
	)

slot

Extract position from matrix.

Returns: Point3d that encapsulates the 3d position.

◆ extractRotation

Point3d Matrix4x4::extractRotation	(	Point3d *	pivot = `NULL`,
		bool	force3d = `false`
	)

slot

Extract rotation from matrix.

Returns: Point3d that encapsulates the 3d euler angle.

◆ extractScale

Point3d Matrix4x4::extractScale	(	Point3d *	pivot = `NULL`,
		bool	force3d = `false`
	)

slot

Extract scale from matrix.

Returns: Point3d that encapsulates the 3d scale.

◆ extractSkew

double Matrix4x4::extractSkew ( Point3d * pivot = NULL )

slot

Extract skew from matrix.

Returns: skew value.

◆ getInverse

Matrix4x4 Matrix4x4::getInverse ( )

slot

Invert current Matrix4x4.

Returns: new Matrix4x4

◆ getTranspose

Matrix4x4 Matrix4x4::getTranspose ( )

slot

Transpose current Matrix4x4.

Returns: new Matrix4x4

◆ inverse

Matrix4x4& Matrix4x4::inverse ( )

slot

Invert current Matrix4x4.

Returns: Matrix4x4 reference

◆ isEmpty

bool Matrix4x4::isEmpty ( )

slot

Test if Matrix4x4 is empty.

Returns: Result of test

◆ multiply [1/3]

QObject Matrix4x4::multiply ( Matrix4x4 m2 )

slot

Multiply current Matrix4x4 with specified Matrix4x4.

Parameters

m2	Second Matrix4x4

Returns: new Matrix4x4

◆ multiply [2/3]

Point3d Matrix4x4::multiply ( Point3d p )

slot

Multiply specified Point3d with current Matrix4x4.

Parameters

p Point3d

Returns: new Point3d

◆ multiply [3/3]

QObject Matrix4x4::multiply ( Vector3d v )

slot

Multiply specified Vector3d with current Matrix4x4.

Parameters

v Vector3d

Returns: new Vector3d

◆ multiplyEq

Matrix4x4& Matrix4x4::multiplyEq ( Matrix4x4 m2 )

slot

Multiply current Matrix4x4 with specified Matrix4x4.

Parameters

m2	Second Matrix4x4

Returns: Matrix4x4 reference

◆ normalize

Matrix4x4& Matrix4x4::normalize ( )

slot

Normalize current Matrix4x4.

Returns: Matrix4x4 reference

◆ origin

Point3d Matrix4x4::origin ( )

slot

Retrieve Matrix4x4 origin.

Returns: Point3d origin

◆ orthogonalProject

Matrix4x4& Matrix4x4::orthogonalProject	(	double	left,
		double	right,
		double	bottom,
		double	top,
		double	zNear,
		double	zFar
	)

slot

Calculate an orthogonal projection Matrix4x4.

Parameters

left	Left volume value
right	Right volume value
bottom	Bottom volume value
top	Top volume value
zNear	Near volume value
zFar	Far volume value

Returns: Matrix4x4 reference

◆ perspectiveProject [1/2]

Matrix4x4& Matrix4x4::perspectiveProject	(	double	left,
		double	right,
		double	bottom,
		double	top,
		double	zNear,
		double	zFar
	)

slot

Calculate a perspective projection Matrix4x4.

Parameters

left	Left volume value
right	Right volume value
bottom	Bottom volume value
top	Top volume value
zNear	Near volume value
zFar	Far volume value

Returns: Matrix4x4 reference

◆ perspectiveProject [2/2]

Matrix4x4& Matrix4x4::perspectiveProject	(	double	fovy,
		double	ratio,
		double	zNear,
		double	zFar
	)

slot

Calculate a perspective projection Matrix4x4.

Parameters

fovy	Vertical field of view angle in radians
ratio	Screen ratio
zNear	Near clipping plane
zFar	Far clipping plane

Returns: Matrix4x4 reference

◆ print

void Matrix4x4::print ( String label )

slot

◆ rotateDegrees

Matrix4x4& Matrix4x4::rotateDegrees	(	double	deg,
		Vector3d	v
	)

slot

Rotate current Matrix4x4.

Parameters

deg	Angle in degrees
v	Axis of rotation

Returns: Matrix4x4 reference

◆ rotatePlane

Matrix4x4& Matrix4x4::rotatePlane	(	Vector3d	v,
		Point3d	p
	)

slot

Rotate current Matrix4x4.

Parameters

v	Axis of plane
p	Center of plane

Returns: Matrix4x4 reference

◆ rotateRadians

Matrix4x4& Matrix4x4::rotateRadians	(	double	rad,
		Vector3d	v
	)

slot

Rotate current Matrix4x4.

Parameters

rad	Angle in radians
v	Axis of rotation

Returns: Matrix4x4 reference

◆ scale

Matrix4x4& Matrix4x4::scale	(	double	sx,
		double	sy,
		double	sz = `1.0`
	)

slot

Scale current Matrix4x4.

Parameters

sx	Scale value on x axis
sy	Scale value on y axis
sz	Scale value on z axis

Returns: Matrix4x4 reference

◆ setFromEulerAngles

Matrix4x4& Matrix4x4::setFromEulerAngles	(	double	rx,
		double	ry,
		double	rz
	)

slot

Set matrix rotation from Euler angles.

Parameters

rx	Euler Angle first component
ry	Euler Angle second component
rz	Euler Angle third component

Returns: Matrix4x4 reference

◆ skew

Matrix4x4& Matrix4x4::skew ( double sk )

slot

Shear current Matrix4x4.

Parameters

sk	Shear value

Returns: Matrix4x4 reference

◆ translate [1/2]

Matrix4x4& Matrix4x4::translate ( Vector3d v )

slot

Translate current Matrix4x4 with specified Vector3d.

Parameters

v Vector3d

Returns: Matrix4x4 reference

◆ translate [2/2]

Matrix4x4& Matrix4x4::translate	(	double	dx,
		double	dy,
		double	dz = `0.0`
	)

slot

Translate current Matrix4x4.

Parameters

dx	Translation distance on x axis
dy	Translation distance on y axis
dz	Translation distance on z axis

Returns: Matrix4x4 reference

◆ transpose

Matrix4x4& Matrix4x4::transpose ( )

slot

Transpose current Matrix4x4.

Returns: Matrix4x4 reference

◆ value

double Matrix4x4::value	(	int	row,
		int	column
	)

slot

Retrieve single value from Matrix4x4.

Parameters

row	Row value
column	Column value

Returns: single Matrix4x4 value

Property Documentation

◆ m00

double Matrix4x4::m00

readwrite

1st row and 1st column value

◆ m01

double Matrix4x4::m01

readwrite

1st row and 2nd column value

◆ m02

double Matrix4x4::m02

readwrite

1st row and 3rd column value

◆ m03

double Matrix4x4::m03

readwrite

1st row and 4th column value

◆ m10

double Matrix4x4::m10

readwrite

2nd row and 1st column value

◆ m11

double Matrix4x4::m11

readwrite

2nd row and 2nd column value

◆ m12

double Matrix4x4::m12

readwrite

2nd row and 3rd column value

◆ m13

double Matrix4x4::m13

readwrite

2nd row and 4th column value

◆ m20

double Matrix4x4::m20

readwrite

3rd row and 1st column value

◆ m21

double Matrix4x4::m21

readwrite

3rd row and 2nd column value

◆ m22

double Matrix4x4::m22

readwrite

3rd row and 3rd column value

◆ m23

double Matrix4x4::m23

readwrite

3rd row and 4th column value

◆ m30

double Matrix4x4::m30

readwrite

4th row and 1st column value

◆ m31

double Matrix4x4::m31

readwrite

4th row and 2nd column value

◆ m32

double Matrix4x4::m32

readwrite

4th row and 3rd column value

◆ m33

double Matrix4x4::m33

readwrite

4th row and 4th column value

Public Slots

Public Member Functions

Properties

Detailed Description

Constructor & Destructor Documentation

◆ Matrix4x4()

Member Function Documentation

◆ axis

◆ clear

◆ extractPosition

◆ extractRotation

◆ extractScale

◆ extractSkew

◆ getInverse

◆ getTranspose

◆ inverse

◆ isEmpty

◆ multiply [1/3]

◆ multiply [2/3]

◆ multiply [3/3]

◆ multiplyEq

◆ normalize

◆ origin

◆ orthogonalProject

◆ perspectiveProject [1/2]

◆ perspectiveProject [2/2]

◆ print

◆ rotateDegrees

◆ rotatePlane

◆ rotateRadians

◆ scale

◆ setFromEulerAngles

◆ skew

◆ translate [1/2]

◆ translate [2/2]

◆ transpose

◆ value

Property Documentation

◆ m00

◆ m01

◆ m02

◆ m03

◆ m10

◆ m11

◆ m12

◆ m13

◆ m20

◆ m21

◆ m22

◆ m23

◆ m30

◆ m31

◆ m32

◆ m33