Class to encapsulate volume objects. More...

#include <cmtkVolumeWrapper.h>

Inheritance diagram for cmtk::VolumeWrapper:

Collaboration diagram for cmtk::VolumeWrapper:

Public Member Functions
UniformVolume::SmartPtr &	GetVolume ()
	Get pointer to the actual current volume.
const UniformVolume *	GetVolume () const
void	SetVolume (UniformVolume::SmartPtr &volume)
	Set new volume to encapsulate.
void	SetAffineXform (AffineXform::SmartPtr &affineXform)
	Set new affine transformation.
void	SetWarpXform (WarpXform::SmartPtr &warpXform)
	Set new deformation.
AffineXform::SmartPtr &	GetAffineXform ()
	Get pointer to the affine transformation.
const AffineXform *	GetAffineXform () const
WarpXform::SmartPtr &	GetWarpXform ()
	Get pointer to the deformation.
Static Public Member Functions
static VolumeWrapper *	New ()
	Create new wrapper object.
Protected Member Functions
	VolumeWrapper ()
	Default constructor.
virtual	~VolumeWrapper ()
	Destructor.
Private Attributes
UniformVolume::SmartPtr	Volume
	Pointer to the encapsulated volume object.
AffineXform::SmartPtr	m_AffineXform
	The associated affine transformation.
WarpXform::SmartPtr	m_WarpXform
	The associated deformation.

Detailed Description

Class to encapsulate volume objects.

Depending on the particular geometry, volume data read from image files, for example, can be either uniform or non-uniform. In order to provide a single object to access data with varying structures, this class holds a pointer to a volume object that can be replaced by another object of potentially different structure. The instance of the wrapper class, however, remains the same so that client objects need not update their pointers.

Definition at line 61 of file cmtkVolumeWrapper.h.