contourRun2 Class Reference

Run the hyper column on a given image with a given connection template. More...

#include <CINNIC/contourRun2.H>

Collaboration diagram for contourRun2:

Public Member Functions
	contourRun2 ()
	default constructor
	~contourRun2 ()
	default destructor
void	CONTtoggleFrameSeries (bool toggle)
	toggles whether to use frame series for movies
void	CONTcopyCombinedSalMap (const std::vector< Image< FLOAT > > &CSM)
	copy the combined sal map to this class for analysis or dumping
Image< FLOAT >	CONTgetSMI (const INT iter)
	returned the processed salmap for this object at iter
void	CONTderiveEnergy ()
	find the time to total energy ratio
void	CONTcontourRunMain (const std::vector< Image< FLOAT > > &imageMap, const ContourNeuronCreate< FLOAT > &N, readConfig &config, const Image< FLOAT > &group, const INT groups, const INT iter, const FLOAT groupTop)
	This is a short cut method to run runImage + other methods.
void	CONTcontourRunFrames (const std::vector< Image< FLOAT > > &imageMap, const ContourNeuronCreate< FLOAT > &N, readConfig &config, const Image< FLOAT > &group, const INT groups, const INT frame, const FLOAT groupTop)
void	CONToutputFastPlasticity (INT iter)
	display and save fast plasticity activity for iteration
void	CONToutputGroupSupression (INT iter)
	display and save group supression activity for iteration
INT	CONTgetCurrentIter ()
	get the current iteration pointer for returning data
Static Public Attributes
static const unsigned short	CONTkernelSize = kernelSize
static const unsigned short	CONTscales = scales
static const unsigned short	CONTorientations = orientations
static const unsigned short	CONTiterations = iterations
static const FLOAT	CONTsmallNumber
	image values smaller than this are ignored to optimize
static const FLOAT	CONTmaxGroupSupress
	maxmimum value for group supression
static const FLOAT	CONTminGroupSupress
	minimum value for group supression
static const FLOAT	CONTmaxFastPlasticity
	maxmimum value for fast plasticity
static const FLOAT	CONTminFastPlasticity
	minimum value for fast plasticity

Detailed Description

Run the hyper column on a given image with a given connection template.

This is the central iterative process to CINNIC. It takes as input a 3D ImageMap and a 4D PropHold made from ContourNeuronCreate. It matches each neuron in the hyper column against each other neuron in the hyper column. Energy is tranfered to the other neuron based on a product of the two neurons current exitation from the ImageMap and the weight of thier connections. A negative weight signifies inhabition. Energys are allowed to build iteratively in an upper layer SalMap built into this class.

Definition at line 105 of file contourRun2.H.

Constructor & Destructor Documentation

contourRun2::contourRun2 ( )

default constructor

contourRun2::~contourRun2 ( )

default destructor

Member Function Documentation

void contourRun2::CONTcontourRunMain	(	const std::vector< Image< FLOAT > > &	imageMap,
		const ContourNeuronCreate< FLOAT > &	N,
		readConfig &	config,
		const Image< FLOAT > &	group,
		const INT	groups,
		const INT	iter,
		const FLOAT	groupTop
	)

This is a short cut method to run runImage + other methods.

This will run setConfig setImageSize, resetMatrix and runImage for you.

Parameters:

	Image	the processed image map of orientations from ImageMap
	N	This is the generic neuron template from ContourNeuronCreate
	config	This is the config file object from readConfig.C
	sizeX	The size of the image in X
	sizeY	The size of the image in Y