lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > Class Template Reference

The base matrix template allowing any type of number to be used. Vectors are stored row-major. More...

#include <LSMMatrix4x4Base.h>

List of all members.

Public Member Functions
LSE_CALLCTOR	CMatrix4x4Base (const CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &_m44bOther)
LSE_CALLCTOR	CMatrix4x4Base (_tType _t11, _tType _t12, _tType _t13, _tType _t14, _tType _t21, _tType _t22, _tType _t23, _tType _t24, _tType _t31, _tType _t32, _tType _t33, _tType _t34, _tType _t41, _tType _t42, _tType _t43, _tType _t44)
LSE_CALLCTOR	CMatrix4x4Base (const CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &_m44bOther, LSBOOL _bTranspose)
LSE_CALLCTOR	CMatrix4x4Base (const _tType *_ptArray)
_tType &LSE_FCALL	operator() (LSUINT32 _ui32Row, LSUINT32 _ui32Col)
_tType LSE_FCALL	operator() (LSUINT32 _ui32Row, LSUINT32 _ui32Col) const
CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > LSE_FCALL	operator* (const CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &_mOther) const
_tVector3Type LSE_FCALL	operator* (const _tVector3Type &_v3bOther) const
CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &LSE_FCALL	operator= (const CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &_mOther)
LSVOID LSE_FCALL	Set (_tType _t11, _tType _t12, _tType _t13, _tType _t14, _tType _t21, _tType _t22, _tType _t23, _tType _t24, _tType _t31, _tType _t32, _tType _t33, _tType _t34, _tType _t41, _tType _t42, _tType _t43, _tType _t44)
CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &LSE_FCALL	Identity ()
CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &LSE_FCALL	Transpose ()
CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > LSE_FCALL	Inverse () const
_tType LSE_FCALL	Determ () const
LSVOID LSE_FCALL	GetRow (LSUINT32 _ui32Row, _tVector3Type &_v3bRet) const
LSVOID LSE_FCALL	GetRow (LSUINT32 _ui32Row, _tVector4Type &_v4bRet) const
LSVOID LSE_FCALL	SetRow (LSUINT32 _ui32Row, const _tVector3Type &_v3bVec)
LSVOID LSE_FCALL	SetRow (LSUINT32 _ui32Row, const _tVector4Type &_v4bVec)
LSVOID LSE_FCALL	PerspectiveFovRH (_tType _tFov, _tType _tAspect, _tType _tNear, _tType _tFar)
LSVOID LSE_FCALL	PerspectiveFovRH (_tType _tFov, _tType _tAspect, _tType _tNear)
LSVOID LSE_FCALL	OrthoOffCenterRH (_tType _tLeft, _tType _tRight, _tType _tBottom, _tType _tTop, _tType _tNear, _tType _tFar)
LSVOID LSE_FCALL	OrthoOffCenterLH (_tType _tLeft, _tType _tRight, _tType _tBottom, _tType _tTop, _tType _tNear, _tType _tFar)
CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &LSE_FCALL	MatrixRotationAxis (_tType _tX, _tType _tY, _tType _tZ, _tType _tAngle)
CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &LSE_FCALL	MatrixRotationAxis (const _tVector3Type &_v3bAxis, _tType _tAngle)
CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &LSE_FCALL	MatrixRotationX (_tType _tAngle)
CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &LSE_FCALL	MatrixRotationY (_tType _tAngle)
CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &LSE_FCALL	MatrixRotationZ (_tType _tAngle)
CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &LSE_FCALL	MatrixRotationYawPitchRoll (_tType _tYaw, _tType _tPitch, _tType _tRoll)
CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &LSE_FCALL	MatrixScaling (_tType _tX, _tType _tY, _tType _tZ)
CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &LSE_FCALL	MatrixTranslation (_tType _tX, _tType _tY, _tType _tZ)
LSVOID LSE_FCALL	GetYawPitchRoll (_tType &_tYaw, _tType &_tPitch, _tType &_tRoll) const
Static Public Member Functions
static _tVector3Type LSE_FCALL	MultiplyVec3 (const CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &_m44bMat, const _tVector3Type &_v3bIn)
static _tVector3Type LSE_FCALL	MultiplyVec3Normal (const CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &_m44bMat, const _tVector3Type &_v3bIn)
static _tVector4Type LSE_FCALL	MultiplyVec4 (const CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &_m44bMat, const _tVector4Type &_v4bIn)
static LSVOID LSE_FCALL	MultiplyVec3Batch (const CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &_m44bMat, const _tVector3Type *_pv3bIn, LSUINT32 _ui32Total, _tVector3Type *_pv3bOut)
static LSVOID LSE_FCALL	MultiplyVec3BatchNormal (const CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &_m44bMat, const _tVector3Type *_pv3bIn, LSUINT32 _ui32Total, _tVector3Type *_pv3bOut)
static LSVOID LSE_FCALL	MultiplyVec4Batch (const CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &_m44bMat, const _tVector4Type *_pv4bIn, LSUINT32 _ui32Total, _tVector4Type *_pv4bOut)
Public Attributes
_tType	_11
_tType	_12
_tType	_13
_tType	_14
_tType	_21
_tType	_22
_tType	_23
_tType	_24
_tType	_31
_tType	_32
_tType	_33
_tType	_34
_tType	_41
_tType	_42
_tType	_43
_tType	_44

---

Detailed Description

template<typename _tType, typename _tVector3Type, typename _tVector4Type>
class lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >

The base matrix template allowing any type of number to be used. Vectors are stored row-major.

Class CMatrix4x4Base Description: The base matrix template allowing any type of number to be used. Vectors are stored row-major.

---

Member Function Documentation

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

_tType LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::Determ

(

)

const [inline]

Get the determinant.

Returns:

Returns the determinant of this matrix.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

LSVOID LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::GetRow	(	LSUINT32	_ui32Row,
		_tVector3Type &	_v3bRet
	)		const [inline]

Get a row.

Parameters:

_ui32Row	The row to get.
_v3bRet	Holds the returned row.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

LSVOID LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::GetRow	(	LSUINT32	_ui32Row,
		_tVector4Type &	_v4bRet
	)		const [inline]

Get a row.

Parameters:

_ui32Row	The row to get.
_v4bRet	Holds the returned row.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

LSVOID LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::GetYawPitchRoll	(	_tType &	_tYaw,
		_tType &	_tPitch,
		_tType &	_tRoll
	)		const [inline]

Get the yaw, pitch, and roll from this matrix.

Parameters:

_tYaw	Holds the returned yaw.
_tPitch	Holds the returned pitch.
_tRoll	Holds the returned roll.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

CMatrix4x4Base<_tType, _tVector3Type, _tVector4Type>& LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::Identity

(

)

[inline]

Set the identity matrix in place.

Returns:

Returns this object.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

CMatrix4x4Base<_tType, _tVector3Type, _tVector4Type> LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::Inverse

(

)

const [inline]

Get the inverse of this matrix. Upon failure, the identity matrix is returned.

Returns:

Returns the inverse of this matrix, or identity on failure.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

CMatrix4x4Base<_tType, _tVector3Type, _tVector4Type>& LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::MatrixRotationAxis	(	_tType	_tX,
		_tType	_tY,
		_tType	_tZ,
		_tType	_tAngle
	)		[inline]

Create a matrix that rotates around an arbitrary axis.

Parameters:

_tX	The X component of the arbitrary axis.
_tY	The Y component of the arbitrary axis.
_tZ	The Z component of the arbitrary axis.
_tAngle	Angle of rotation in radians.

Returns:

Returns this object.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

CMatrix4x4Base<_tType, _tVector3Type, _tVector4Type>& LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::MatrixRotationAxis	(	const _tVector3Type &	_v3bAxis,
		_tType	_tAngle
	)		[inline]

Create a matrix that rotates around an arbitrary axis.

Parameters:

_v3bAxis	The arbitrary axis.
_tAngle	Angle of rotation in radians.

Returns:

Returns this object.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

CMatrix4x4Base<_tType, _tVector3Type, _tVector4Type>& LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::MatrixRotationX

(

_tType

_tAngle

)

[inline]

Builds a matrix that rotates around the X axis.

Parameters:

_tAngle

Angle of rotation in radians. Angles are measured clockwise when looking along the rotation axis toward the origin.

Returns:

Returns this matrix.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

CMatrix4x4Base<_tType, _tVector3Type, _tVector4Type>& LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::MatrixRotationY

(

_tType

_tAngle

)

[inline]

Builds a matrix that rotates around the Y axis.

Parameters:

_tAngle

Angle of rotation in radians. Angles are measured clockwise when looking along the rotation axis toward the origin.

Returns:

Returns this matrix.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

CMatrix4x4Base<_tType, _tVector3Type, _tVector4Type>& LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::MatrixRotationYawPitchRoll	(	_tType	_tYaw,
		_tType	_tPitch,
		_tType	_tRoll
	)		[inline]

Builds a matrix that expresses a Euler rotation.

Parameters:

_tYaw	Yaw around the Y axis, in radians.
_tPitch	Pitch around the X axis, in radians.
_tRoll	Roll around the Z axis, in radians.

Returns:

Returns the built matrix.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

CMatrix4x4Base<_tType, _tVector3Type, _tVector4Type>& LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::MatrixRotationZ

(

_tType

_tAngle

)

[inline]

Builds a matrix that rotates around the Z axis.

Parameters:

_tAngle

Angle of rotation in radians. Angles are measured clockwise when looking along the rotation axis toward the origin.

Returns:

Returns this matrix.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

CMatrix4x4Base<_tType, _tVector3Type, _tVector4Type>& LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::MatrixScaling	(	_tType	_tX,
		_tType	_tY,
		_tType	_tZ
	)		[inline]

Create a matrix that represents the given scales.

Parameters:

_tX	Scaling factor that is applied along the X axis.
_tY	Scaling factor that is applied along the Y axis.
_tZ	Scaling factor that is applied along the Z axis.

Returns:

Returns this matrix.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

CMatrix4x4Base<_tType, _tVector3Type, _tVector4Type>& LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::MatrixTranslation	(	_tType	_tX,
		_tType	_tY,
		_tType	_tZ
	)		[inline]

Create a matrix that represents the given position.

Parameters:

_tX	X-coordinate offset.
_tY	Y-coordinate offset.
_tZ	Z-coordinate offset.

Returns:

Returns this matrix.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

static _tVector3Type LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::MultiplyVec3	(	const CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &	_m44bMat,
		const _tVector3Type &	_v3bIn
	)		[inline, static]

Transforms vector (x, y, z, 1) by a given matrix.

Parameters:

_m44bMat	The matrix by which to transform the given vector.
_v3bIn	The vector to transform.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

static LSVOID LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::MultiplyVec3Batch	(	const CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &	_m44bMat,
		const _tVector3Type *	_pv3bIn,
		LSUINT32	_ui32Total,
		_tVector3Type *	_pv3bOut
	)		[inline, static]

Transforms a batch of vectors (x, y, z, 1) by a given matrix.

Parameters:

_m44bMat	The matrix by which to transform the given vector.
_pv3bIn	The vectors to transform.
_ui32Total	Number of vectors to transform.
_pv3bOut	Holds the transformed vectors, which must not be the same as the input vector list.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

static LSVOID LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::MultiplyVec3BatchNormal	(	const CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &	_m44bMat,
		const _tVector3Type *	_pv3bIn,
		LSUINT32	_ui32Total,
		_tVector3Type *	_pv3bOut
	)		[inline, static]

Transforms a batch of vectors (x, y, z) by a given matrix.

Parameters:

_m44bMat	The matrix by which to transform the given vector.
_pv3bIn	The vectors to transform.
_ui32Total	Number of vectors to transform.
_pv3bOut	Holds the transformed vectors, which must not be the same as the input vector list.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

static _tVector3Type LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::MultiplyVec3Normal	(	const CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &	_m44bMat,
		const _tVector3Type &	_v3bIn
	)		[inline, static]

Transforms the 3D vector normal by the given matrix. If you want to transform a normal, the matrix you pass to this function should be the transpose of the inverse of the matrix you would use to transform a point.

Parameters:

_m44bMat	The matrix by which to transform the given vector.
_v3bIn	The vector to transform.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

static _tVector4Type LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::MultiplyVec4	(	const CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &	_m44bMat,
		const _tVector4Type &	_v4bIn
	)		[inline, static]

Transforms vector (x, y, z, w) by a given matrix.

Parameters:

_m44bMat	The matrix by which to transform the given vector.
_v4bIn	The vector to transform.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

static LSVOID LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::MultiplyVec4Batch	(	const CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &	_m44bMat,
		const _tVector4Type *	_pv4bIn,
		LSUINT32	_ui32Total,
		_tVector4Type *	_pv4bOut
	)		[inline, static]

Transforms a batch of vectors (x, y, z, w) by a given matrix.

Parameters:

_m44bMat	The matrix by which to transform the given vector.
_pv4bIn	The vectors to transform.
_ui32Total	Number of vectors to transform.
_pv4bOut	Holds the transformed vectors, which must not be the same as the input vector list.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

_tType LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::operator()	(	LSUINT32	_ui32Row,
		LSUINT32	_ui32Col
	)		const [inline]

Provides row/column access to the values in the matrix.

Parameters:

_ui32Row	The row of the value to obtain.
_ui32Col	The column of the value to obtain.

Returns:

Returns the value at the given row and column.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

_tType& LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::operator()	(	LSUINT32	_ui32Row,
		LSUINT32	_ui32Col
	)		[inline]

Provides row/column access to the values in the matrix.

Parameters:

_ui32Row	The row of the value to obtain.
_ui32Col	The column of the value to obtain.

Returns:

Returns a reference to the value at the given row and column. Can be used for reading or writing.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

CMatrix4x4Base<_tType, _tVector3Type, _tVector4Type> LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::operator*

(

const CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &

_mOther

)

const [inline]

Multiply this matrix with another, returning the result as M = this * _mOther.

Parameters:

_mOther

The matrix by which to multiply this matrix.

Returns:

Returns the result of the matrix combination.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

_tVector3Type LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::operator*

(

const _tVector3Type &

_v3bOther

)

const [inline]

Multiply this matrix with a vector, returning the result as V = this * _v3bOther.

Parameters:

_v3bOther

The vector to transform by this matrix.

Returns:

Returns the vector transformed by this matrix.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

CMatrix4x4Base<_tType, _tVector3Type, _tVector4Type>& LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::operator=

(

const CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type > &

_mOther

)

[inline]

Assignment oerator.

Parameters:

_mOther

The matrix to copy into this matrix object.

Returns:

Returns this matrix object after copying the given matrix into it.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

LSVOID LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::OrthoOffCenterLH	(	_tType	_tLeft,
		_tType	_tRight,
		_tType	_tBottom,
		_tType	_tTop,
		_tType	_tNear,
		_tType	_tFar
	)		[inline]

Create a customized, left-handed orthographic projection matrix.

Parameters:

_tLeft	Minimum x-value of the view volume.
_tRight	Maximum x-value of the view volume.
_tBottom	Minimum y-value of the view volume.
_tTop	Maximum y-value of the view volume.
_tNear	Minimum z-value of the view volume.
_tFar	Maximum z-value of the view volume.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

LSVOID LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::OrthoOffCenterRH	(	_tType	_tLeft,
		_tType	_tRight,
		_tType	_tBottom,
		_tType	_tTop,
		_tType	_tNear,
		_tType	_tFar
	)		[inline]

Create a customized, right-handed orthographic projection matrix.

Parameters:

_tLeft	Minimum x-value of the view volume.
_tRight	Maximum x-value of the view volume.
_tBottom	Minimum y-value of the view volume.
_tTop	Maximum y-value of the view volume.
_tNear	Minimum z-value of the view volume.
_tFar	Maximum z-value of the view volume.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

LSVOID LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::PerspectiveFovRH	(	_tType	_tFov,
		_tType	_tAspect,
		_tType	_tNear,
		_tType	_tFar
	)		[inline]

Create a right-handed perspective projection matrix based on a field of view.

Parameters:

_tFov	Field of view in the y direction, in radians.
_tAspect	Aspect ratio, defined as view space width divided by height.
_tNear	Z-value of the near view-plane.
_tFar	Z-value of the far view-plane.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

LSVOID LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::PerspectiveFovRH	(	_tType	_tFov,
		_tType	_tAspect,
		_tType	_tNear
	)		[inline]

Create a right-handed perspective projection matrix based on a field of view. The far plane is at infinity.

Parameters:

_tFov	Field of view in the y direction, in radians.
_tAspect	Aspect ratio, defined as view space width divided by height.
_tNear	Z-value of the near view-plane.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

LSVOID LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::Set	(	_tType	_t11,
		_tType	_t12,
		_tType	_t13,
		_tType	_t14,
		_tType	_t21,
		_tType	_t22,
		_tType	_t23,
		_tType	_t24,
		_tType	_t31,
		_tType	_t32,
		_tType	_t33,
		_tType	_t34,
		_tType	_t41,
		_tType	_t42,
		_tType	_t43,
		_tType	_t44
	)		[inline]

Set the matrix.

Parameters:

_t11	Component to set.
_t12	Component to set.
_t13	Component to set.
_t14	Component to set.
_t21	Component to set.
_t22	Component to set.
_t23	Component to set.
_t24	Component to set.
_t31	Component to set.
_t32	Component to set.
_t33	Component to set.
_t34	Component to set.
_t41	Component to set.
_t42	Component to set.
_t43	Component to set.
_t44	Component to set.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

LSVOID LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::SetRow	(	LSUINT32	_ui32Row,
		const _tVector4Type &	_v4bVec
	)		[inline]

Set a row.

Parameters:

_ui32Row	The row to set.
_v4bVec	The value to apply to the row. The 4th component of the row is not modified.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

LSVOID LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::SetRow	(	LSUINT32	_ui32Row,
		const _tVector3Type &	_v3bVec
	)		[inline]

Set a row.

Parameters:

_ui32Row	The row to set.
_v3bVec	The value to apply to the row. The 4th component of the row is not modified.

template<typename _tType, typename _tVector3Type, typename _tVector4Type>

CMatrix4x4Base<_tType, _tVector3Type, _tVector4Type>& LSE_FCALL lsm::CMatrix4x4Base< _tType, _tVector3Type, _tVector4Type >::Transpose

(

)

[inline]

Transpose a matrix in place.

Returns:

Returns this object.

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

• F:/My Projects/LSEngine/Modules/LSMathLib/Src/Matrix/LSMMatrix4x4Base.h