An abstract container for polygonal object data. More...

#include <mesh_provider.h>

Public Member Functions
virtual	~IMeshProvider ()=default
	Destructor.

virtual bool	IsReady () const =0
	Returns true if the object is ready to be used.

virtual size_t	GetPointsCount () const =0
	Get the number of points.

virtual size_t	GetNormalsCount () const =0
	Get the number of normals.

virtual void	GetPoint (size_t index, MbCartPoint3D &point) const =0
	Get the point with given index.

virtual void	GetNormal (size_t index, MbVector3D &normal) const =0
	Get the normal with given index.

virtual size_t	GetVerticesCount () const
	Get the number of normals.

virtual size_t	GetFacetsCount () const =0
	Get the number of facets.

virtual size_t	GetVertexPointIndex (size_t index) const =0
	Get point index for the vertex with the given index.

virtual size_t	GetFacetVerticesCount (size_t index) const =0
	Get the number of vertices for the face with the given index.

virtual size_t	GetFacetVertexIndex (size_t index, size_t number) const =0
	Get the vertex index for the vertex on the facet with the given index with the given position number.

virtual bool	HasFacetNormals () const
	Returns true if facets normals exist.

virtual size_t	GetFacetNormalIndex (size_t index) const
	Get normal index for the facet with the given index.

virtual bool	HasFacetVertexNormals () const
	Returns true if vertices normals exist.

virtual size_t	GetFacetVertexNormalIndex (size_t index, size_t number) const =0
	Get the vertex normal index for the vertex on the facet with the given index with the given position number.

virtual size_t	GetFacetGroupsCount () const
	Get the number of facet groups.

virtual size_t	GetFacetGroup (size_t) const
	Get the facet group index for the facet with the given index.

virtual bool	HasFacetGroupAttributes () const
	Returns true if facets groups attributes exist.

virtual void	GetFacetGroupAttributes (size_t, std::unique_ptr< MbAttributeContainer > &) const
	Get facets group attributes.

virtual void	SetMeshAttributes (bool bNormalsAveraging, MbPolymeshTopo &polymesh) const
	Set mesh topology attributes. More...

virtual void	SetSegmAttributes (MbPolymeshTopo &polymesh) const
	Set attributes mesh segmentation attributes. More...

virtual void	SetPolymeshAttributes (MbPolymesh &) const
	Set the polygonal object attributes.

Static Public Member Functions
static IMeshProvider *	Create (const MbMesh &mesh)
	Create an object by MbMesh. More...

Protected Member Functions
	IMeshProvider ()=default
	Constructor.

void	InitFacetVertexNormals (MbPolymeshTopo &polymesh) const
	Set mesh normal vectors without averaging.

void	InitFacetVertexNormalsWithAveraging (MbPolymeshTopo &polymesh) const
	Set mesh normal vectors with averaging.

Detailed Description

An abstract container for polygonal object data.

Warning: Under development.

Member Function Documentation

◆ Create()

static IMeshProvider* IMeshProvider::Create ( const MbMesh & mesh )

static

Create an object by MbMesh.

Parameters

[in] mesh - A polygonal geometric object.

Returns: Returns pointer to created object.

◆ SetMeshAttributes()

virtual void IMeshProvider::SetMeshAttributes	(	bool	bNormalsAveraging,
		MbPolymeshTopo &	polymesh
	)		const

virtual

Set mesh topology attributes.

It's assumed that the polymesh object contains MbHalfedgeAttrSizetEdge attribute with edge mapping to the vertex facet position number and MbHalfedgeAttrBoolFacet attribute with bool marks if facets were inverted during topology creation. Among all attributes this function sets up only normals through MbHalfedgeAttrNormalsVertex attribute. To add more attributes an inherited class should be created.

Parameters

[in]	bNormalsAveraging	- A flag for normal vectors averaging for merged vertices.
[in,out]	polymesh	- A polygonal geometric object.

◆ SetSegmAttributes()

virtual void IMeshProvider::SetSegmAttributes ( MbPolymeshTopo & polymesh ) const

virtual

Set attributes mesh segmentation attributes.

This function saves original C3D attributes from original facet groups. To add more attributes an inherited class should be created.

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

mesh_provider.h

Public Member Functions

Static Public Member Functions

Protected Member Functions

Detailed Description

Member Function Documentation

◆ Create()

◆ SetMeshAttributes()

◆ SetSegmAttributes()