A simple interface to provide multiple-segments of transforms. More...

#include <GT_Transform.h>

Inheritance diagram for GT_Transform:

Public Member Functions
	GT_Transform ()
	Default c-tor. More...

	GT_Transform (const GT_Transform &src)
	Copy c-tor. More...

	GT_Transform (const UT_Matrix4F *xforms, int nsegments)
	Initialize with single precision transforms. More...

	GT_Transform (const UT_Matrix4D *xforms, int nsegments)
	Initialize with double precision transforms. More...

	~GT_Transform ()

GT_Transform &	operator= (const GT_Transform &m)
	Assignment operator. More...

bool	operator== (const GT_Transform &other) const
	Equality operation. More...

bool	operator!= (const GT_Transform &other) const

void	computeInverse ()

int64	getMemoryUsage () const
	Return approximate memory usage. More...

int	getSegments () const
	Return motion segments. More...

GT_TransformHandle	invert () const
	Return the inverse transform. More...

bool	isIdentity () const
	Test whether the transform is an identity matrix. More...

bool	save (UT_JSONWriter &w) const
	Save to a JSON stream/value. More...

void	dump (const char *msg="") const
	Save the transform to stdout. More...


void	alloc (int nsegments)

void	setMatrix (const UT_Matrix4F &xform, int segment)

void	setMatrix (const UT_Matrix4D &xform, int segment)


GT_Transform *	preMultiply (const UT_Matrix4D &xform) const

GT_Transform *	multiply (const UT_Matrix4D &xform) const

GT_Transform *	preMultiply (const UT_Matrix4F &xform) const

GT_Transform *	multiply (const UT_Matrix4F &xform) const

GT_TransformHandle	preMultiply (const GT_Transform &x) const

GT_TransformHandle	multiply (const GT_Transform &x) const


GT_Transform *	preMultiply (const UT_Matrix3D &xform) const

GT_Transform *	multiply (const UT_Matrix3D &xform) const

GT_Transform *	preMultiply (const UT_Matrix3F &xform) const

GT_Transform *	multiply (const UT_Matrix3F &xform) const


void	getMatrix (UT_Matrix4F &xform, int segment=0) const

void	getMatrix (UT_Matrix4D &xform, int segment=0) const


void	getInverse (UT_Matrix4F &xform, int segment=0) const

void	getInverse (UT_Matrix4D &xform, int segment=0) const


GT_DataArrayHandle	transform (const GT_DataArrayHandle &src, int segment=0) const

Public Member Functions inherited from UT_IntrusiveRefCounter< GT_Transform >
SYS_FORCE_INLINE	UT_IntrusiveRefCounter () noexcept
	Default constructor: Sets counter to 0. More...

SYS_FORCE_INLINE	UT_IntrusiveRefCounter (const UT_IntrusiveRefCounter &) noexcept
	Copy constructor: Sets counter to 0. More...

UT_IntrusiveRefCounter &	operator= (const UT_IntrusiveRefCounter &) noexcept
	Assignment operator: Does not modify counter. More...

SYS_FORCE_INLINE uint32	use_count () const noexcept
	Return current counter. More...

SYS_FORCE_INLINE bool	conditionalAddRef () noexcept

Static Public Member Functions
static const GT_TransformHandle &	identity ()
	Get the identity transform (as a handle) More...

static bool	load (GT_TransformHandle &x, UT_JSONParser &p)
	Load from a JSON stream/value. More...

Additional Inherited Members
Protected Member Functions inherited from UT_IntrusiveRefCounter< GT_Transform >
SYS_FORCE_INLINE	~UT_IntrusiveRefCounter ()
	Destructor: Only derived classes can destruct this. More...

Detailed Description

A simple interface to provide multiple-segments of transforms.

Definition at line 22 of file GT_Transform.h.

Constructor & Destructor Documentation

GT_Transform::GT_Transform ( )

Default c-tor.

GT_Transform::GT_Transform ( const GT_Transform & src )

Copy c-tor.

GT_Transform::GT_Transform	(	const UT_Matrix4F *	xforms,
		int	nsegments
	)

Initialize with single precision transforms.

GT_Transform::GT_Transform	(	const UT_Matrix4D *	xforms,
		int	nsegments
	)

Initialize with double precision transforms.

GT_Transform::~GT_Transform ( )

Member Function Documentation

void GT_Transform::alloc ( int nsegments )

Initialize the matrix

void GT_Transform::computeInverse ( )

Compute inverse transforms. This will be done lazily when getting inverse transforms.

void GT_Transform::dump ( const char * msg = "" ) const

Save the transform to stdout.

void GT_Transform::getInverse	(	UT_Matrix4F &	xform,
		int	segment = `0`
	)		const

Extract a matrix

void GT_Transform::getInverse	(	UT_Matrix4D &	xform,
		int	segment = `0`
	)		const

Extract a matrix

void GT_Transform::getMatrix	(	UT_Matrix4F &	xform,
		int	segment = `0`
	)		const

Extract a matrix

void GT_Transform::getMatrix	(	UT_Matrix4D &	xform,
		int	segment = `0`
	)		const

Extract a matrix

int64 GT_Transform::getMemoryUsage ( ) const

Return approximate memory usage.

int GT_Transform::getSegments ( ) const

inline

Return motion segments.

Definition at line 81 of file GT_Transform.h.

static const GT_TransformHandle& GT_Transform::identity ( )

static

Get the identity transform (as a handle)

GT_TransformHandle GT_Transform::invert ( ) const

Return the inverse transform.

bool GT_Transform::isIdentity ( ) const

inline

Test whether the transform is an identity matrix.

Definition at line 104 of file GT_Transform.h.

static bool GT_Transform::load	(	GT_TransformHandle &	x,
		UT_JSONParser &	p
	)

static

Load from a JSON stream/value.

GT_Transform* GT_Transform::multiply ( const UT_Matrix4D & xform ) const

Multiply this transform by a single matrix. This applies the matrix to all the embedded transforms.

GT_Transform* GT_Transform::multiply ( const UT_Matrix4F & xform ) const

Multiply this transform by a single matrix. This applies the matrix to all the embedded transforms.

GT_TransformHandle GT_Transform::multiply ( const GT_Transform & x ) const

Multiply this transform by a single matrix. This applies the matrix to all the embedded transforms.

GT_Transform* GT_Transform::multiply ( const UT_Matrix3D & xform ) const

Multiply by the 3x3 transform (not including translates)

GT_Transform* GT_Transform::multiply ( const UT_Matrix3F & xform ) const

Multiply by the 3x3 transform (not including translates)

bool GT_Transform::operator!= ( const GT_Transform & other ) const

inline

Definition at line 41 of file GT_Transform.h.

GT_Transform& GT_Transform::operator= ( const GT_Transform & m )

Assignment operator.

bool GT_Transform::operator== ( const GT_Transform & other ) const

Equality operation.

GT_Transform* GT_Transform::preMultiply ( const UT_Matrix4D & xform ) const

Multiply this transform by a single matrix. This applies the matrix to all the embedded transforms.

GT_Transform* GT_Transform::preMultiply ( const UT_Matrix4F & xform ) const

Multiply this transform by a single matrix. This applies the matrix to all the embedded transforms.

GT_TransformHandle GT_Transform::preMultiply ( const GT_Transform & x ) const

Multiply this transform by a single matrix. This applies the matrix to all the embedded transforms.

GT_Transform* GT_Transform::preMultiply ( const UT_Matrix3D & xform ) const

Multiply by the 3x3 transform (not including translates)

GT_Transform* GT_Transform::preMultiply ( const UT_Matrix3F & xform ) const

Multiply by the 3x3 transform (not including translates)

bool GT_Transform::save ( UT_JSONWriter & w ) const

Save to a JSON stream/value.

void GT_Transform::setMatrix	(	const UT_Matrix4F &	xform,
		int	segment
	)

Initialize the matrix

void GT_Transform::setMatrix	(	const UT_Matrix4D &	xform,
		int	segment
	)

Initialize the matrix

GT_DataArrayHandle GT_Transform::transform	(	const GT_DataArrayHandle &	src,
		int	segment = `0`
	)		const

Transform a data array (using the type info on the array)

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

GT/GT_Transform.h

Public Member Functions

Static Public Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation