Base class for processor modules; those provide mechanisms for an interactive generation of seed points and for an automatic computation of path points. More...

#include <CSOProcessor.h>

Inheritance diagram for ml::CSOProcessor:

List of all members.

Public Member Functions
	CSOProcessor (std::string type="CSOProcessor", int numInImg=0, int numOutImg=0)
	Constructor.
virtual bool	process (CSOEvalEventView2DInfos view2DInfos, CSOEvalEventCSOInfos csoInfos)
	Processes the interaction events and interpolates the contours accordingly.
virtual void	draw (CSODrawView2DInfos view2DInfos, CSODrawCSOInfos csoInfos)
	Draws processor-specific geometry.
virtual bool	needsMemoryImage ()
	Returns whether the processor need the current memory image for interpolation.
virtual void	setMemoryImage (float imageData, int sizex, int sizey, int voxelPosZ, const Matrix4 &voxelToWorldMatrix, const Matrix4 &worldToVoxelMatrix, View2DSliceList slicelist)
	Sets an image which can be used with an image based interpolation algorithm.
virtual bool	isCurrentlyGenerating ()
	Returns whether the processor is currently generating a new contour.
virtual bool	isCurrentlyEditing ()
	Returns whether the processor is currently editing an existing contour.
virtual bool	couldCloseCSO ()
	Returns whether the processor could close an open CSO by the processor's rules.
CSOProcessorMode	getProcessorMode ()
	Returns the mode of this processor.
CSOProcessorPickingMode	getPickingMode ()
	Returns the picking mode of this processor.
virtual void	resetInteractionState ()
	Sets back internal interaction state.
virtual void	triggerSetMouseCursor (SoView2D *view2d, bool shouldSetMouseCursor)
	Triggers the setting of the processor's default mouse cursor.
Protected Member Functions
virtual	~CSOProcessor ()
	Destructor.
Protected Attributes
BaseField *	_outProcessDataFld
	Field for connecting this processor to an editor.
CSOProcessorData	_processorData
	The processor data for data exchange.
CSOProcessorMode	_processorMode
	The mode of the processor.
CSOProcessorPickingMode	_pickingMode

Detailed Description

Base class for processor modules; those provide mechanisms for an interactive generation of seed points and for an automatic computation of path points.

Definition at line 35 of file CSOProcessor.h.

Constructor & Destructor Documentation

ml::CSOProcessor::CSOProcessor	(	std::string	type = `"CSOProcessor"`,
		int	numInImg = `0`,
		int	numOutImg = `0`
	)

Constructor.

virtual ml::CSOProcessor::~CSOProcessor ( ) [protected, virtual]

Destructor.

Member Function Documentation

virtual bool ml::CSOProcessor::couldCloseCSO ( ) [virtual]

Returns whether the processor could close an open CSO by the processor's rules.

Reimplemented in ml::CSOBulgeProcessor, ml::CSOFreehandProcessor, ml::CSOLiveWireProcessor, and ml::CSOModifyProcessor.

virtual void ml::CSOProcessor::draw	(	CSODrawView2DInfos	view2DInfos,
		CSODrawCSOInfos	csoInfos
	)		`[virtual]`

Draws processor-specific geometry.

Reimplemented in ml::CSOTransformationProcessor.

CSOProcessorPickingMode ml::CSOProcessor::getPickingMode ( ) [inline]

Returns the picking mode of this processor.

Definition at line 69 of file CSOProcessor.h.

CSOProcessorMode ml::CSOProcessor::getProcessorMode ( ) [inline]

Returns the mode of this processor.

Definition at line 67 of file CSOProcessor.h.

virtual bool ml::CSOProcessor::isCurrentlyEditing ( ) [virtual]

Returns whether the processor is currently editing an existing contour.

Reimplemented in ml::CSOBulgeProcessor, ml::CSOFreehandProcessor, ml::CSOIsoProcessor, ml::CSOLiveWireProcessor, ml::CSOModifyProcessor, ml::CSOPrimitiveProcessor, and ml::CSOTransformationProcessor.

virtual bool ml::CSOProcessor::isCurrentlyGenerating ( ) [virtual]

Returns whether the processor is currently generating a new contour.

Reimplemented in ml::CSOBulgeProcessor, ml::CSOFreehandProcessor, ml::CSOIsoProcessor, ml::CSOLiveWireProcessor, ml::CSOModifyProcessor, ml::CSOPrimitiveProcessor, and ml::CSOTransformationProcessor.

virtual bool ml::CSOProcessor::needsMemoryImage ( ) [virtual]

Returns whether the processor need the current memory image for interpolation.

Reimplemented in ml::CSOBulgeProcessor, ml::CSOFreehandProcessor, ml::CSOIsoProcessor, ml::CSOLiveWireProcessor, ml::CSOModifyProcessor, and ml::CSOPrimitiveProcessor.

virtual bool ml::CSOProcessor::process	(	CSOEvalEventView2DInfos	view2DInfos,
		CSOEvalEventCSOInfos	csoInfos
	)		`[virtual]`

Processes the interaction events and interpolates the contours accordingly.

Reimplemented in ml::CSOBulgeProcessor, ml::CSOFreehandProcessor, ml::CSOIsoProcessor, ml::CSOLiveWireProcessor, ml::CSOModifyProcessor, ml::CSOPrimitiveProcessor, and ml::CSOTransformationProcessor.

virtual void ml::CSOProcessor::resetInteractionState ( ) [virtual]

Sets back internal interaction state.

Reimplemented in ml::CSOBulgeProcessor, ml::CSOFreehandProcessor, ml::CSOIsoProcessor, ml::CSOLiveWireProcessor, ml::CSOModifyProcessor, ml::CSOPrimitiveProcessor, and ml::CSOTransformationProcessor.

virtual void ml::CSOProcessor::setMemoryImage	(	float *	imageData,
		int	sizex,
		int	sizey,
		int	voxelPosZ,
		const Matrix4 &	voxelToWorldMatrix,
		const Matrix4 &	worldToVoxelMatrix,
		View2DSliceList *	slicelist
	)		`[virtual]`