ml::CSOFreehandProcessor Class Reference

Module which allows for an interactive generation of freehand contours with linear or spline interpolation, and the editing of existing freehand contours. More...

#include <CSOFreehandProcessor.h>

Inheritance diagram for ml::CSOFreehandProcessor:

List of all members.

Public Member Functions
	CSOFreehandProcessor ()
	Constructor.
virtual bool	process (CSOList *csoList, Vector3 &currentHitPoint, int hitMode, CSO *recentlySelectedCSO, CSOSeedPoint *recentlySelectedSeedPoint, CSOPathPoints *recentlySelectedPathPoints, SoView2D *view2d, View2DSliceList *slicelist, View2DEvent *ec, View2DEventPhase phase, CSOBoundingBox slabBB, int timepointindex, bool deleteSeedPoint)
	Evaluates the interaction events and interpolates the contours accordingly.
virtual bool	needsMemoryImage ()
	Returns if the processor need the current memory image for interpolation.
virtual void	setMemoryImage (float *imageData, int sizex, int sizey, int voxelPosZ, float *voxelToWorldMatrix, float *worldToVoxelMatrix, View2DSliceList *slicelist)
	Sets an image which can be used with an image based interpolation algorithm.
bool	isCurrentlyGenerating ()
	Returns if the processor is currently generating a new contour.
bool	isCurrentlyEditing ()
	Returns if the processor is currently editing an existing contour.
bool	couldCloseCSO ()
	Returns if the processor could close an open CSO by the processor's rules.
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	~CSOFreehandProcessor ()
	Destructor.
virtual void	handleNotification (Field *field)
	Handles field changes: here, only the creation mode field change is evaluated and leads to a setting of internal parameters.
virtual void	activateAttachments ()
	Method is called after module creation and after setting saved field values.

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Detailed Description

Module which allows for an interactive generation of freehand contours with linear or spline interpolation, and the editing of existing freehand contours.

Definition at line 66 of file CSOFreehandProcessor.h.

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Constructor & Destructor Documentation

ml::CSOFreehandProcessor::CSOFreehandProcessor

(

)

Constructor.

virtual ml::CSOFreehandProcessor::~CSOFreehandProcessor

(

)

[protected, virtual]

Destructor.

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Member Function Documentation

virtual void ml::CSOFreehandProcessor::activateAttachments

(

)

[protected, virtual]

Method is called after module creation and after setting saved field values.

Reimplemented from ml::CSOBaseModule.

bool ml::CSOFreehandProcessor::couldCloseCSO

(

)

[virtual]

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

Reimplemented from ml::CSOProcessor.

virtual void ml::CSOFreehandProcessor::handleNotification

(

Field *

field

)

[protected, virtual]

Handles field changes: here, only the creation mode field change is evaluated and leads to a setting of internal parameters.

Reimplemented from ml::CSOBaseModule.

bool ml::CSOFreehandProcessor::isCurrentlyEditing

(

)

[virtual]

Returns if the processor is currently editing an existing contour.

Reimplemented from ml::CSOProcessor.

bool ml::CSOFreehandProcessor::isCurrentlyGenerating

(

)

[virtual]

Returns if the processor is currently generating a new contour.

Reimplemented from ml::CSOProcessor.

virtual bool ml::CSOFreehandProcessor::needsMemoryImage

(

)

[virtual]

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

Reimplemented from ml::CSOProcessor.

virtual bool ml::CSOFreehandProcessor::process	(	CSOList *	csoList,
		Vector3 &	currentHitPoint,
		int	hitMode,
		CSO *	recentlySelectedCSO,
		CSOSeedPoint *	recentlySelectedSeedPoint,
		CSOPathPoints *	recentlySelectedPathPoints,
		SoView2D *	view2d,
		View2DSliceList *	slicelist,
		View2DEvent *	ec,
		View2DEventPhase	phase,
		CSOBoundingBox	slabBB,
		int	timepointindex,
		bool	deleteSeedPoint
	)			[virtual]

Evaluates the interaction events and interpolates the contours accordingly.

Returns 'true' if anything has changed.

Reimplemented from ml::CSOProcessor.

virtual void ml::CSOFreehandProcessor::resetInteractionState

(

)

[virtual]

Sets back internal interaction state.

Reimplemented from ml::CSOProcessor.

virtual void ml::CSOFreehandProcessor::setMemoryImage	(	float *	imageData,
		int	sizex,
		int	sizey,
		int	voxelPosZ,
		float *	voxelToWorldMatrix,
		float *	worldToVoxelMatrix,
		View2DSliceList *	slicelist
	)			[virtual]

Sets an image which can be used with an image based interpolation algorithm.

virtual void ml::CSOFreehandProcessor::triggerSetMouseCursor	(	SoView2D *	view2d,
		bool	shouldSetMouseCursor
	)			[virtual]

Triggers the setting of the processor's default mouse cursor.

Reimplemented from ml::CSOProcessor.

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

• MeVisLab/Standard/Sources/Inventor/SoCSO/CSOProcessor/CSOFreehandProcessor/CSOFreehandProcessor.h