FX::FXMat4f Class Reference

Single-precision 4x4 matrix. More...

#include <FXMat4f.h>

Public Member Functions
	FXMat4f ()
	Default constructor; value is not initialized.
	FXMat4f (FXfloat s)
	Initialize matrix from scalar.
	FXMat4f (FXfloat a00, FXfloat a01, FXfloat a02, FXfloat a03, FXfloat a10, FXfloat a11, FXfloat a12, FXfloat a13, FXfloat a20, FXfloat a21, FXfloat a22, FXfloat a23, FXfloat a30, FXfloat a31, FXfloat a32, FXfloat a33)
	Initialize matrix from components.
	FXMat4f (const FXMat3f &s)
	Initialize with 3x3 rotation and scaling matrix.
	FXMat4f (const FXMat4f &s)
	Initialize matrix from another matrix.
	FXMat4f (const FXQuatf &quat)
	Initialize matrix from quaternion.
	FXMat4f (const FXVec4f &a, const FXVec4f &b, const FXVec4f &c, const FXVec4f &d)
	Initialize matrix from four vectors.
	FXMat4f (FXfloat a, FXfloat b, FXfloat c, FXfloat d)
	Initialize diagonal matrix.
	FXMat4f (const FXVec4f &d)
	Initialize diagonal matrix.
	FXMat4f (const FXfloat s[])
	Initialize matrix from array.
FXMat4f &	operator= (FXfloat s)
	Assignment from scalar.
FXMat4f &	operator= (const FXMat3f &s)
	Assignment.
FXMat4f &	operator= (const FXMat4f &s)
FXMat4f &	operator= (const FXQuatf &quat)
	Assignment from quaternion.
FXMat4f &	operator= (const FXfloat s[])
	Assignment from array.
FXMat4f &	set (FXfloat s)
	Set value from scalar.
FXMat4f &	set (FXfloat a00, FXfloat a01, FXfloat a02, FXfloat a03, FXfloat a10, FXfloat a11, FXfloat a12, FXfloat a13, FXfloat a20, FXfloat a21, FXfloat a22, FXfloat a23, FXfloat a30, FXfloat a31, FXfloat a32, FXfloat a33)
	Set value from components.
FXMat4f &	set (const FXMat3f &s)
	Set value from 3x3 rotation and scaling matrix.
FXMat4f &	set (const FXMat4f &s)
	Set value from another matrix.
FXMat4f &	set (const FXQuatf &quat)
	Set value from quaternion.
FXMat4f &	set (FXfloat a, FXfloat b, FXfloat c, FXfloat d)
	Set diagonal matrix.
FXMat4f &	set (const FXVec4f &d)
	Set diagonal matrix.
FXMat4f &	set (const FXVec4f &a, const FXVec4f &b, const FXVec4f &c, const FXVec4f &d)
	Set value from four vectors.
FXMat4f &	set (const FXfloat s[])
	Set value from array.
FXMat4f &	operator+= (const FXMat4f &s)
	Assignment operators.
FXMat4f &	operator-= (const FXMat4f &s)
FXMat4f &	operator*= (const FXMat4f &s)
FXMat4f &	operator*= (FXfloat s)
FXMat4f &	operator/= (FXfloat s)
FXVec4f &	operator[] (FXint i)
	Indexing.
const FXVec4f &	operator[] (FXint i) const
	operator FXfloat * ()
	Conversion.
	operator const FXfloat * () const
FXMat4f	operator- () const
	Unary minus.
FXMat4f &	identity ()
	Set to identity matrix.
FXbool	isIdentity () const
	Return true if identity matrix.
FXMat4f &	setOrtho (FXfloat xlo, FXfloat xhi, FXfloat ylo, FXfloat yhi, FXfloat zlo, FXfloat zhi)
	Set orthographic projection from view volume.
void	getOrtho (FXfloat &xlo, FXfloat &xhi, FXfloat &ylo, FXfloat &yhi, FXfloat &zlo, FXfloat &zhi) const
	Get view volume from orthographic projection.
FXMat4f &	setInverseOrtho (FXfloat xlo, FXfloat xhi, FXfloat ylo, FXfloat yhi, FXfloat zlo, FXfloat zhi)
	Set to inverse orthographic projection.
FXMat4f &	setFrustum (FXfloat xlo, FXfloat xhi, FXfloat ylo, FXfloat yhi, FXfloat zlo, FXfloat zhi)
	Set to perspective projection from view volume.
void	getFrustum (FXfloat &xlo, FXfloat &xhi, FXfloat &ylo, FXfloat &yhi, FXfloat &zlo, FXfloat &zhi) const
	Get view volume from perspective projection.
FXMat4f &	setInverseFrustum (FXfloat xlo, FXfloat xhi, FXfloat ylo, FXfloat yhi, FXfloat zlo, FXfloat zhi)
	Set to inverse perspective projection from view volume.
FXMat4f &	left ()
	Multiply by left-hand matrix.
FXMat4f &	rot (const FXMat3f &r)
	Multiply by rotation matrix.
FXMat4f &	rot (const FXQuatf &q)
	Multiply by rotation about unit-quaternion.
FXMat4f &	rot (const FXVec3f &v, FXfloat c, FXfloat s)
	Multiply by rotation c,s about unit axis.
FXMat4f &	rot (const FXVec3f &v, FXfloat phi)
	Multiply by rotation of phi about unit axis.
FXMat4f &	xrot (FXfloat c, FXfloat s)
	Multiply by x-rotation.
FXMat4f &	xrot (FXfloat phi)
FXMat4f &	yrot (FXfloat c, FXfloat s)
	Multiply by y-rotation.
FXMat4f &	yrot (FXfloat phi)
FXMat4f &	zrot (FXfloat c, FXfloat s)
	Multiply by z-rotation.
FXMat4f &	zrot (FXfloat phi)
FXMat4f &	look (const FXVec3f &from, const FXVec3f &to, const FXVec3f &up)
	Look at.
FXMat4f &	trans (FXfloat tx, FXfloat ty, FXfloat tz)
	Multiply by translation.
FXMat4f &	trans (const FXVec3f &v)
FXMat4f &	scale (FXfloat sx, FXfloat sy, FXfloat sz)
	Multiply by scaling.
FXMat4f &	scale (const FXVec3f &v)
FXMat4f &	scale (FXfloat s)
FXMat4f &	mirror (const FXVec3f &n)
	Mirror-matrix with plane normal n.
FXfloat	det () const
	Determinant.
FXMat4f	transpose () const
	Transpose.
FXMat4f	invert () const
	Invert.
FXMat4f	affineInvert () const
	Invert affine matrix.
FXMat4f	rigidInvert () const
	Invert rigid body transform matrix.
FXMat3f	normalMatrix () const
	Return normal-transformation matrix.
	~FXMat4f ()
	Destructor.

Protected Attributes
FXVec4f	m [4]

Detailed Description

Single-precision 4x4 matrix.

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

• /home/jeroen/FOX/fox/fox-1.7.86/include/FXMat4f.h