The BrepData class holds the boundary representation of a FacetedBrep in the form of a model description and unique points. Each added point has an index. The model is formed by using the indices where '-1' indicates the end of a face and '-2' indicates the end of a loop. More...

#include <BrepData.h>

Inheritance diagram for Geom::BrepData:

Public Member Functions
	BrepData ()

	BrepData (double tolerance)

	~BrepData (void)

	BrepData::BrepData (const BrepData &p)

	BrepData (const std::vector< Geom::Pnt > &baseFace, const Geom::Vec &extrude)

std::vector< Geom::Pnt >	getPoints () const

int64_t	getUniquePointsCnt () const

std::vector< int >	getModel () const

void	setModel (const std::vector< int > &model)

bool	checkLoop (const std::vector< int > &model) const

bool	hasDegeneratedLoops () const

void	add (pConstBrepData data)
	Adds BrepData to this BrepData. More...

int	addUniquePoint (const Geom::Pnt &p)
	Adds a unique point and returns the position of the point. More...

int	addModelIndex (int idx)
	Adds a model index and returns the position of the point. More...

int	getModelIndexAt (int idx) const
	Throws Base::OutOfRange if index is out of range. More...

const Geom::Pnt *	getPointAt (int idx) const
	Throws Base::OutOfRange if index is out of range. More...

bool	hasPoint (const Geom::Pnt &p)
	Checks if a point is already in BrepData. More...

void	setEmpty ()
	Sets the data structure empty. More...

bool	isEmpty () const
	Checks if the data structure is empty. More...

int	getFaceCount () const
	Returns the number of faces in the Brep. More...

std::vector< pConstBrepFace >	getFaces () const
	Returns all faces. More...

double	getModelingTolerance () const
	Returns the modeling tolerance of the Brep. More...

bool	hasVoids () const
	Checks if the BrepData has voids (holes) More...

void	reverse ()
	Reverses the orientation of all faces. More...

void	lock ()
	Lock mutex. More...

void	unlock ()
	Unlock mutex. More...

Geom::BrepData &	operator= (const Geom::BrepData &rhs)

bool	operator== (const Geom::BrepData &other) const

bool	operator!= (const Geom::BrepData &other) const

void	addFace (std::vector< int > index)

int64_t	addUniquePointCheckIsNew (const Geom::Pnt &p, bool &r_is_new)

void	transform (const Geom::Trsf &T)

Geom::BrepData	transformed (const Geom::Trsf &T) const
	Transforms a vector with the transformation T. More...

void	dump ()

void	_addPointAtIndex (const Geom::Pnt &p, int idx)
	Adds a point at position 'idx'. This is only for fast restoring of saved data. For internal use. More...

Friends
class	Core::PropertyBrepData

class	Core::PropertyBrepDataSet

class	BrepFace

class	BrepLoop

class	Topo::FaceTool

Detailed Description

The BrepData class holds the boundary representation of a FacetedBrep in the form of a model description and unique points. Each added point has an index. The model is formed by using the indices where '-1' indicates the end of a face and '-2' indicates the end of a loop.

Example: model = { 0, 1, 2, 3, -2, -1 }

In the BrepData class all points are unique within a given tolerance. The face normals and the outer loop normals must always point outwards (away from the material) while inner loops point inwards. The FacetedBrep can be open or closed.

Since: 24.0

Constructor & Destructor Documentation

◆ BrepData() [1/3]

Geom::BrepData::BrepData ( )

◆ BrepData() [2/3]

Geom::BrepData::BrepData ( double tolerance )

◆ ~BrepData()

Geom::BrepData::~BrepData ( void )

◆ BrepData() [3/3]

Geom::BrepData::BrepData	(	const std::vector< Geom::Pnt > &	baseFace,
		const Geom::Vec &	extrude
	)

Member Function Documentation

◆ _addPointAtIndex()

void Geom::BrepData::_addPointAtIndex	(	const Geom::Pnt &	p,
		int	idx
	)

Adds a point at position 'idx'. This is only for fast restoring of saved data. For internal use.

◆ add()

void Geom::BrepData::add ( pConstBrepData data )

Adds BrepData to this BrepData.

◆ addFace()

void Geom::BrepData::addFace ( std::vector< int > index )

◆ addModelIndex()

int Geom::BrepData::addModelIndex ( int idx )

Adds a model index and returns the position of the point.

◆ addUniquePoint()

int Geom::BrepData::addUniquePoint ( const Geom::Pnt & p )

Adds a unique point and returns the position of the point.

◆ addUniquePointCheckIsNew()

int64_t Geom::BrepData::addUniquePointCheckIsNew	(	const Geom::Pnt &	p,
		bool &	r_is_new
	)

◆ BrepData::BrepData()

Geom::BrepData::BrepData::BrepData ( const BrepData & p )

◆ checkLoop()

bool Geom::BrepData::checkLoop ( const std::vector< int > & model ) const

◆ dump()

void Geom::BrepData::dump ( )

◆ getFaceCount()

int Geom::BrepData::getFaceCount ( ) const

Returns the number of faces in the Brep.

◆ getFaces()

std::vector<pConstBrepFace> Geom::BrepData::getFaces ( ) const

Returns all faces.

◆ getModel()

std::vector<int> Geom::BrepData::getModel ( ) const

◆ getModelIndexAt()

int Geom::BrepData::getModelIndexAt ( int idx ) const

Throws Base::OutOfRange if index is out of range.

◆ getModelingTolerance()

double Geom::BrepData::getModelingTolerance ( ) const

inline

Returns the modeling tolerance of the Brep.

◆ getPointAt()

const Geom::Pnt* Geom::BrepData::getPointAt ( int idx ) const

Throws Base::OutOfRange if index is out of range.

◆ getPoints()

std::vector<Geom::Pnt> Geom::BrepData::getPoints ( ) const

◆ getUniquePointsCnt()

int64_t Geom::BrepData::getUniquePointsCnt ( ) const

◆ hasDegeneratedLoops()

bool Geom::BrepData::hasDegeneratedLoops ( ) const

◆ hasPoint()

bool Geom::BrepData::hasPoint ( const Geom::Pnt & p )

Checks if a point is already in BrepData.

◆ hasVoids()

bool Geom::BrepData::hasVoids ( ) const

Checks if the BrepData has voids (holes)

◆ isEmpty()

bool Geom::BrepData::isEmpty ( ) const

Checks if the data structure is empty.

◆ lock()

void Geom::BrepData::lock ( )

Lock mutex.

◆ operator!=()

bool Geom::BrepData::operator!= ( const Geom::BrepData & other ) const

◆ operator=()

Geom::BrepData& Geom::BrepData::operator= ( const Geom::BrepData & rhs )

◆ operator==()

bool Geom::BrepData::operator== ( const Geom::BrepData & other ) const

◆ reverse()

void Geom::BrepData::reverse ( )

Reverses the orientation of all faces.

◆ setEmpty()

void Geom::BrepData::setEmpty ( )

Sets the data structure empty.

◆ setModel()

void Geom::BrepData::setModel ( const std::vector< int > & model )

◆ transform()

void Geom::BrepData::transform ( const Geom::Trsf & T )

◆ transformed()

Geom::BrepData Geom::BrepData::transformed ( const Geom::Trsf & T ) const

Transforms a vector with the transformation T.

◆ unlock()

void Geom::BrepData::unlock ( )

Unlock mutex.

Friends And Related Function Documentation

◆ BrepFace

friend class BrepFace

friend

◆ BrepLoop

friend class BrepLoop

friend

◆ Core::PropertyBrepData

friend class Core::PropertyBrepData

friend

◆ Core::PropertyBrepDataSet

friend class Core::PropertyBrepDataSet

friend

◆ Topo::FaceTool

friend class Topo::FaceTool

friend

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

D:/CadworkJobs/Softwareprojekte/Lexocad/V27.0/lexocad/Geom/include/Geom/BrepData.h

Public Member Functions

Friends

Detailed Description

Constructor & Destructor Documentation

◆ BrepData() [1/3]

◆ BrepData() [2/3]

◆ ~BrepData()

◆ BrepData() [3/3]

Member Function Documentation

◆ _addPointAtIndex()

◆ add()

◆ addFace()

◆ addModelIndex()

◆ addUniquePoint()

◆ addUniquePointCheckIsNew()

◆ BrepData::BrepData()

◆ checkLoop()

◆ dump()

◆ getFaceCount()

◆ getFaces()

◆ getModel()

◆ getModelIndexAt()

◆ getModelingTolerance()

◆ getPointAt()

◆ getPoints()

◆ getUniquePointsCnt()

◆ hasDegeneratedLoops()

◆ hasPoint()

◆ hasVoids()

◆ isEmpty()

◆ lock()

◆ operator!=()

◆ operator=()

◆ operator==()

◆ reverse()

◆ setEmpty()

◆ setModel()

◆ transform()

◆ transformed()

◆ unlock()

Friends And Related Function Documentation

◆ BrepFace

◆ BrepLoop

◆ Core::PropertyBrepData

◆ Core::PropertyBrepDataSet

◆ Topo::FaceTool