Inheritance diagram for C3DPointList:

Public Member Functions
	C3DPointList (C3DPointList *srcPoints=NULL)

virtual	~C3DPointList ()
	Use Delete instead, unless the C3DPointList is created on the stack (take care that it is referenced once only in this case)

virtual void	RemoveAll ()

bool	SwapCoordinates (unsigned int swap)

bool	MatrixTransform (const C4x4Matrix &matrix, POINT_PROPERTIES property=POINT_NONE, bool set=TRUE, int index=0, int count=-1)

void	InitPointMaterialGraph (const CGeomInfo *info)

void	DeletePointMaterialGraph ()

bool	InitShareSeveralMaterialsFlag ()

int	GetNumberOfMaterialsConnectedToPoint (int ptindex)

MaterialID *	GetMaterialsConnectedToPoint (int ptindex, int &size)

C3DPointGridMap *	InitSlicerMap (bool initMap, unsigned int sliceX, unsigned int sliceY, unsigned int sliceZ, unsigned int pointFlags=POINT_NONE, bool flagsSet=true)

C3DPointGridMap *	InitGridCoordMap (double distance, bool absolute)

WeldProximityMap *	InitWeldMap (double distance, bool absolute)

void	DeleteWeldMap (WeldProximityMap *map) const
	Free the weld map returned by InitWeldMap.

int *	Get3DProximityPoints (int index, WeldProximityMap *weldMap, int &size)
	Return the point indexes which are close to the given index. The return array should not be freed.

C3DPointSymetryMap *	InitSymetryMap (AXIS_INFO symetry, double precision=FLOAT_EPSILON)

void	InitShareCoplanarFacesFlag (const CGeomInfo *info, double maxAngle)

unsigned int	Set2DCornerPointsStatus (CEdgeGraph &graph, double radianAngle)

unsigned int	Set3DCornerPointsStatus (CFaceList *faces, double radianAngle)

double	GetCompacityFactor (const int *indexes) const
	indexes is an array of 3 point indexes

bool	GetNormal (const int *indexes, C3DVector &normal) const
	indexes is an array of 3 point indexes

C3DPoint	GetCenterOfBoundingBox ()

bool	GetObjectBoundingBox (C3DPoint bbox8Pts, unsigned int flags=POINT_NONE, bool set=true, C4x4Matrix matrix=NULL)
	Compute OBB bounding box. bbox8Pts are the returned eight corners of the bounding box that are transformed by matrix if any provided.

bool	GetBoundingBox (C3DBBox &bbox, unsigned int flags=POINT_NONE, bool set=false, C4x4Matrix *matrix=NULL)

bool	GetBoundingBox (C3DPoint &min, C3DPoint &max, unsigned int flags=POINT_NONE, bool set=true, C4x4Matrix *matrix=NULL)
	Compute AABB bounding box. Points are transformed by matrix if any provided.

void	NoisyWaveFunc (const C3DPoint &upperleft, const C3DVector &length, double amplitude, double wavelength, double phase, POINT_PROPERTIES property=POINT_NONE, bool set=TRUE)

virtual unsigned int	GetChecksum (unsigned int checksumFlags=CHECKSUM_POINTS\|CHECKSUM_POINTS_EXTRA) const
	Return a value that is a simple way to check if the geometry changed between two call to the method.

C3DPointList &	operator= (const C3DPointList &refpoints)

virtual CPointList &	operator= (const CPointList &refpoints)

Access functions
Get access to the C3DPoint data contained in the array
const C3DPoint *	GetFirst () const

const C3DPoint *	GetNext (const C3DPoint *point) const

C3DPoint *	GetFirst ()

C3DPoint *	GetNext (C3DPoint *pointList)

C3DPoint *	ElementAt (int i)

C3DPoint *	operator[] (int i)

const C3DPoint *	operator[] (int i) const

Public Member Functions inherited from CPointList
	CPointList (CPointList *srcPoints)
	Creates a new point array. When srcPoints is provided, the data structure (datachunks) is inherited but the point list is created empty.

int	SetGrowFactor (int nGrowBy)

void	PreAllocate (int size, bool constructAllElementsOnce=false)

virtual void	SetSize (int size, bool growOnly=false, int growSize=CElementArray::GROW_KEEP_MODE)
	growOnly = false means that memory block is shrink down if specified size is below existing size. growSize defines the way memory size increases when resizing the point array.

void	FreeExtra ()

bool	RemoveDataChunk (DataChunkID channel)
	Remove the data chunk specified by its id.

unsigned int	AddDataChunk (DataChunkID dataid, CElementMethods *methods)
	Add a data chunk defined by an id and methods which give the way to construct / destroy the data chunk data.

void *	GetDataChunk (DataChunkID id, unsigned int index) const
	Return the data chunk for index point. The returned data can be cast accordingly giving the data chunk id.

void	AppendDataChunks (CPointList *srcPoints, bool copyEmpty=true)
	Copy the data chunks that exists in the provided srcPoints list. If copyEmpty = true, the data chunk are created empty. Otherwise they are copied from the source point list.

const CDataChunk &	GetDataChunks () const
	Return the number of data chunk in the face list.

unsigned int	GetDataChunkNbr () const
	Return the class that handles the data chunks.

SIZET	GetSizeOfData (DataChunkID id) const
	Return the data size of one element of the given data chunk.

const CPt *	GetFirst () const

const CPt *	GetNext (const CPt *point) const

CPt *	GetFirst ()

CPt *	GetNext (CPt *pointList)

CPt *	ElementAt (int i)

const CPt *	ElementAt (int i) const

CPt *	operator[] (int i)

const CPt *	operator[] (int i) const

bool	CopyPoint (int dstindex, int srcindex)

bool	CopyPoint (int dstindex, int srcindex, const CPointList &srcpointlist)

bool	Clean (CFaceList faces, CXUIntArray newpointindex=NULL)

bool	Reorder (const unsigned int *reforder, unsigned int size, bool moveToDestinationIndexes)

void	SetFlag (POINTLIST_PROPERTIES flag, bool set)

bool	IsFlagSet (POINTLIST_PROPERTIES flag) const

unsigned int	GetChangedStamp () const
	Return a value that can be used to know if the list changed (value changed each time POINTLIST_HAS_CHANGED set)

unsigned int	GetPointFlags (unsigned int index) const

bool	IsPointFlagSet (unsigned int index, POINT_PROPERTIES flag) const

bool	CheckPointFlags (unsigned int index, unsigned int checkflags, bool allSetOrNoneSet) const

void	SetPointFlag (unsigned int index, POINT_PROPERTIES flag, bool set)

void	SetPointFlags (unsigned int index, unsigned int refflags, bool set)

bool	IsPointOneFlagSet (unsigned int index, unsigned int refflags) const

void	SetPointsFlags (unsigned int flags, bool set)

void	SetBorderPointsStatus (CEdgeGraph &edgeGraph, bool initPC2BP=false)

void	Set3DCornerPointsStatus (CFaceList *faces, double radianAngle)

void	SetInvalidPoints (CFaceList &facelist, bool keepExistingInvalidPoints)

void	SavePointsIndex ()

unsigned int	GetOriginalIndex (unsigned int index) const

int	GetNumberOfPoints (POINT_PROPERTIES, bool set)

int	GetNumberOfPoints (unsigned int properties, bool set)

virtual void	Inherit (const CPointList &refpoints)

virtual void	Serialize (CXArchive &ar)

SIZET	GetSizeOfElement () const

int	GetSize () const

void	SetAt (int nIndex, const void *newElement)

void	SetAtGrow (int nIndex, const void *newElement, int nGrowBy=GROW_KEEP_MODE)

int	Add (const void *newElement, int nGrowBy=GROW_KEEP_MODE)

Public Member Functions inherited from CInstanciatedObject
virtual bool	Delete ()

int	GetRefCount () const

int	AddRef () const

Static Public Member Functions
static C3DPointList *	Create (C3DPointList *srcPoints=NULL)
	Allocates and creates an empty set of 3d points. Use C3DPointList::Delete to delete it.

Member Function Documentation

◆ GetChecksum()

virtual unsigned int C3DPointList::GetChecksum ( unsigned int checksumFlags = CHECKSUM_POINTS|CHECKSUM_POINTS_EXTRA ) const

virtual

Return a value that is a simple way to check if the geometry changed between two call to the method.

Reimplemented from CPointList.

◆ operator=()

virtual CPointList & C3DPointList::operator= ( const CPointList & refpoints )

virtual

Reimplemented from CPointList.

◆ RemoveAll()

virtual void C3DPointList::RemoveAll ( )

virtual

Reimplemented from CPointList.

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

D:/VS2022-PolygonCruncherSDK-Full-IO/SDK/Includes/3DPointList.h

Public Member Functions

Static Public Member Functions

Member Function Documentation

◆ GetChecksum()

◆ operator=()

◆ RemoveAll()