#include <InputMultipleFeaturePlane.h>

Inheritance diagram for InputMultipleFeaturePlane:

Public Member Functions
	~InputMultipleFeaturePlane ()
OutputImage *	getCurrentOutput ()
OutputImage *	getCurrentOutput (int index)
OutputImage **	getCurrentOutputs ()
void	inhibitReturn ()
Protected Member Functions
	InputMultipleFeaturePlane (Network net, int l, char filename, int window, QString name, bool isWTA, bool visible, bool scale, float min, float max, int occluder_freq, int occluder_width, const char occulder_file, NotifyStrategyAbstract *notify)
Protected Attributes
char *	mask_filename
bool	input_scale
float	input_min
float	input_max
int	window
Friends
class	FeaturePlaneFactory

Detailed Description

It loads multiple images (PNG, BMP, XBM, XPM, PNM, and possibly JPG, GIF, MNG, based on how QT was compiled - see QImageIO) and offers it as output sequentially.

Constructor & Destructor Documentation

InputMultipleFeaturePlane::~InputMultipleFeaturePlane ( )

InputMultipleFeaturePlane::InputMultipleFeaturePlane	(	Network *	net,
		int	l,
		char *	filename,
		int	window,
		QString *	name,
		bool	isWTA,
		bool	visible,
		bool	scale,
		float	min,
		float	max,
		int	occluder_freq,
		int	occluder_width,
		const char *	occulder_file,
		NotifyStrategyAbstract *	notify
	)		`[protected]`

Load the specified file

Parameters:

net	- network that the FP belongs to
filename	- first file name to open - file names should have nameXXX.ext format, XXX - sequence number
name	- name of the feature plane
visible	- should the FP be presented in the UI
scale	- to scale or not to scale, this is the question
min	- scale currentOutput to the min - max range
max
notify	- notification strategy

Member Function Documentation

OutputImage * InputMultipleFeaturePlane::getCurrentOutput ( ) [virtual]

Current output

Reimplemented from FeaturePlaneAbstract.

OutputImage * InputMultipleFeaturePlane::getCurrentOutput ( int index ) [virtual]

Returns the feature plane's latest output, with an index for multi-output FPs. Overloaded in InputControllerAbstract and InputFeaturePlane where we can get RGB independently.

Reimplemented from FeaturePlaneAbstract.

OutputImage ** InputMultipleFeaturePlane::getCurrentOutputs ( )

Array with sequence of outputs

void InputMultipleFeaturePlane::inhibitReturn ( ) [virtual]

Reimplemented from InputFeaturePlaneAbstract.