Collection of composite meshes with attributes. More...

#include <artec/sdk/base/ICompositeContainer.h>

Inheritance diagram for artec::sdk::base::ICompositeContainer:

Scan-element operations
virtual ICompositeMesh *	getElement (int index) const =0
	Access container element (composite mesh) by index. More...

virtual ErrorCode	setElement (int index, ICompositeMesh *mesh)=0
	Access container element (composite mesh) by index. More...

virtual ErrorCode	add (ICompositeMesh *mesh)=0
	Add/remove composite to container. More...

virtual ErrorCode	add (ICompositeMesh mesh, const Matrix4x4D &transformMatrix, IBlob meshAttributes=NULL)=0
	Add/remove composite to container. More...

virtual ErrorCode	remove (int index)=0
	Add/remove composite to container. More...

virtual const Matrix4x4D &	getTransformation (int index) const =0
	Access composite mesh orientation by index. More...

virtual ErrorCode	setTransformation (int index, const Matrix4x4D &transformMatrix)=0
	Access composite mesh orientation by index. More...

virtual IBlob *	getAttributes (int index) const =0
	Access composite mesh attributes by index. More...

virtual ErrorCode	setAttributes (int index, IBlob *attributes)=0
	Access composite mesh attributes by index. More...

Container-attribute operations
virtual const Matrix4x4D &	getContainerTransformation () const =0
	Access container transformation. More...

virtual void	setContainerTransformation (const Matrix4x4D &transformMatrix)=0
	Access container transformation. More...

virtual IBlob *	getContainerAttributes () const =0
	Access container attributes. More...

virtual void	setContainerAttributes (IBlob *attributes)=0
	Access container attributes. More...

General container operations
virtual int	getSize () const =0
	Get element number in container. More...

virtual void	clear ()=0
	Delete all container elements. More...

Additional Inherited Members
Public Member Functions inherited from artec::sdk::base::IRef
virtual int	addRef () const =0

virtual int	release () const =0

Detailed Description

Collection of composite meshes with attributes.

CompositeContainer is a collection (container) of composites with its own transformation and additional information (container attributes). Each composite consists of composite mesh, transformation matrix and composite-mesh attributes.

Definition at line 55 of file ICompositeContainer.h.

Member Function Documentation

virtual ErrorCode artec::sdk::base::ICompositeContainer::add ( ICompositeMesh * mesh )

pure virtual

Add/remove composite to container.

Transformation matrix is identity by default.

virtual ErrorCode artec::sdk::base::ICompositeContainer::add	(	ICompositeMesh *	mesh,
		const Matrix4x4D &	transformMatrix,
		IBlob *	meshAttributes = `NULL`
	)

pure virtual

Add/remove composite to container.

Transformation matrix is identity by default.

virtual void artec::sdk::base::ICompositeContainer::clear ( )

pure virtual

Delete all container elements.

virtual IBlob* artec::sdk::base::ICompositeContainer::getAttributes ( int index ) const

pure virtual

Access composite mesh attributes by index.

Index must be in range [0, getSize()-1]. Replacing the attributes at index position using setAttributes() will not affect composite mesh and transformation matrix

virtual IBlob* artec::sdk::base::ICompositeContainer::getContainerAttributes ( ) const

pure virtual

Access container attributes.

virtual const Matrix4x4D& artec::sdk::base::ICompositeContainer::getContainerTransformation ( ) const

pure virtual

Access container transformation.

virtual ICompositeMesh* artec::sdk::base::ICompositeContainer::getElement ( int index ) const

pure virtual

Access container element (composite mesh) by index.

Index must be in range [0, getSize()-1]. Replacing frame mesh at index position using setElement() will not affect transformation matrix and attributes

virtual int artec::sdk::base::ICompositeContainer::getSize ( ) const

pure virtual

Get element number in container.

virtual const Matrix4x4D& artec::sdk::base::ICompositeContainer::getTransformation ( int index ) const

pure virtual

Access composite mesh orientation by index.

Index must be in range [0, getSize()-1]. Replacing transformation matrix at index position using setTransformation() will not affect composite mesh and attributes. Matrix with zero elements will be returned if element index is out of range.

virtual ErrorCode artec::sdk::base::ICompositeContainer::remove ( int index )

pure virtual

Add/remove composite to container.

Transformation matrix is identity by default.

virtual ErrorCode artec::sdk::base::ICompositeContainer::setAttributes	(	int	index,
		IBlob *	attributes
	)

pure virtual

Access composite mesh attributes by index.

Index must be in range [0, getSize()-1]. Replacing the attributes at index position using setAttributes() will not affect composite mesh and transformation matrix

virtual void artec::sdk::base::ICompositeContainer::setContainerAttributes ( IBlob * attributes )

pure virtual

Access container attributes.

virtual void artec::sdk::base::ICompositeContainer::setContainerTransformation ( const Matrix4x4D & transformMatrix )

pure virtual

Access container transformation.

virtual ErrorCode artec::sdk::base::ICompositeContainer::setElement	(	int	index,
		ICompositeMesh *	mesh
	)

pure virtual

Access container element (composite mesh) by index.

Index must be in range [0, getSize()-1]. Replacing frame mesh at index position using setElement() will not affect transformation matrix and attributes

virtual ErrorCode artec::sdk::base::ICompositeContainer::setTransformation	(	int	index,
		const Matrix4x4D &	transformMatrix
	)

pure virtual

Access composite mesh orientation by index.

Index must be in range [0, getSize()-1]. Replacing transformation matrix at index position using setTransformation() will not affect composite mesh and attributes. Matrix with zero elements will be returned if element index is out of range.

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

artec/sdk/base/ICompositeContainer.h

Scan-element operations

Container-attribute operations

General container operations

Additional Inherited Members

Detailed Description

Member Function Documentation