Inheritance diagram for InputControllerAbstract:

Public Member Functions
	InputControllerAbstract (Network net, int l, QString n, int w, int h, NotifyStrategyAbstract *notify)
	~InputControllerAbstract ()
bool	gotNewHeadImage ()
void	moveEyeHist (int dx, int dy)
virtual void	processTargetPlane ()
void	setActiveVisionData (FeaturePlaneAbstract theTargetPlane, int histRatio, int abs_middle_x, int abs_middle_y, FeaturePlaneAbstract theSolutionPlane, double theSolutionPlaneThreshold, UI_ImageViewer *theImageViewer, QString solFilename)
	InputControllerAbstract ()
Public Attributes
FeaturePlaneAbstract *	targetPlane
FeaturePlaneAbstract *	solutionPlane
bool	solution_found
QString	solFilename
UI_ImageViewer *	imageViewer
	Window to display fixation traces.
Matrix *	eyeMovePlane
int	eyeMovePlane_x
int	eyeMovePlane_y
int	eyeMovementsCounter
QPixmap *	saccadeHistoryImage
QPixmap *	saccadeBackgroundImage
QMutex	saccadeBackgroundImageMutex
int	abs_saccade_x
	Fixation view work coordinates.
int	abs_saccade_y
int	abs_saccade_prev_x
	Fixation view work coordinates.
int	abs_saccade_prev_y
double	targetPlaneThreshold
double	solutionPlaneThreshold
int	localIterator
Protected Attributes
bool	newHeadImage

Constructor & Destructor Documentation

InputControllerAbstract::InputControllerAbstract	(	Network *	net,
		int	l,
		QString *	n,
		int	w,
		int	h,
		NotifyStrategyAbstract *	notify
	)

InputControllerAbstract::~InputControllerAbstract ( )

InputControllerAbstract::InputControllerAbstract ( )

Member Function Documentation

bool InputControllerAbstract::gotNewHeadImage ( )

void InputControllerAbstract::moveEyeHist	(	int	dx,
		int	dy
	)

void InputControllerAbstract::processTargetPlane ( ) [virtual]

void InputControllerAbstract::setActiveVisionData	(	FeaturePlaneAbstract *	theTargetPlane,
		int	histRatio,
		int	abs_middle_x,
		int	abs_middle_y,
		FeaturePlaneAbstract *	theSolutionPlane,
		double	theSolutionPlaneThreshold,
		UI_ImageViewer *	theImageViewer,
		QString	theSolFilename
	)

Sets the parameters that control the active visual search process.

Parameters:

theTargetPlane	-> the plane that guides the eye movements;
histRatio	-> how many times bigger than the real window is the eye movement histogram window -> recommend at least 3
abs_middle_x,abs_middle_y	- the absolute middle of the head
theSolutionPlane	-> the plane in which the solution resides
theSolutionPlaneThreshold	-> the threshold for which we consider that we have a solution
theImageViewer	-> a pointer to a UI_FeaturePlane where addition data can be displayed (i.e. the traces of the saccades)
theSolFilename	-> where to save the solution