C:/Users/albertlr/projects/TarzaNN/TarzaNN/common.h File Reference

#include <QHash>
#include <QMap>
#include <QMapIterator>
#include <QString>
#include <QPair>
#include "UI_Message.h"

Go to the source code of this file.

Classes
class	common
Defines
#define	ERROR_LOCATION   " (" << __FILE__ << ":" << __LINE__ << ")"
#define	NOT_IMPLEMENTED   qDebug() << "!!!ERROR: NOT IMPLEMENTED" << ERROR_LOCATION;
#define	FILE_LINE_ERROR   printf("!!!ERROR: NOT IMPLEMENTED in file %s, line %i \n",__FILE__,__LINE__)
#define	INVALID_FUNCTION_CALL   printf("!!!ERROR: INVALID FUNCTION CALL in file %s, line %i \n",__FILE__,__LINE__)
#define	PI   3.1415926
#define	PERMANENT_GU
#define	ST_CONVOLVE
#define	VISIBLE   true
#define	NOT_VISIBLE   false
#define	IS_WTA   true
#define	NOT_WTA   false
#define	ROUND(_AA)   ((_AA) > 0 ? (uint32_t)((_AA)+0.5) : (uint32_t)((_AA)-0.5))
#define	SIGN(_AA, _BB)   (((_BB)>0)?fabs(_AA):(-1)*fabs(_AA))
#define	FMAX(_AA, _BB)   (((_AA)>(_BB))?(_AA):(_BB))
#define	FMIN(_AA, _BB)   (((_AA)<(_BB))?(_AA):(_BB))
#define	IMIN(_AA, _BB)   (((_AA)<(_BB))?(_AA):(_BB))
#define	SQR(_AA)   ((_AA)*(_AA))
#define	IN_RANGE(A, LOWER, UPPER)   (((A)>=(LOWER)) && ((A) <= (UPPER)))
#define	PYTHAGORA(X, Y)   sqrt((double)((X)*(X)+(Y)*(Y)))
#define	DIST(X1, Y1, X2, Y2)   sqrt((double)(((X1)-(X2))*((X1)-(X2)) + ((Y1)-(Y2))*((Y1)-(Y2))))
#define	TRACE_THREADING   5
#define	TRACE_MACRO
#define	TRACE_LEVEL   1
#define	TRACE(LEVEL, X)   ((LEVEL) > TRACE_LEVEL) ? printf(""); : X
#define	OPENGL_ERROR
#define	HTON(X, Y)   ;
#define	NTOH(X, Y)   ;
#define	FILE_DELIM   '/'
#define	SLEEP(X)   sleep(X)
Typedefs
typedef QMap< QString, QString >	paramMap
typedef QMap< int, QString >	enumMap
typedef QMapIterator< int, QString >	enumMapIterator
Enumerations
enum	LayerTypes { LAYER_DEFAULT = 0, LAYER_MOTION = 1 }
enum	FPTypes {   FP_NOT_INITIALIZED = 0, FP_DEFAULT = 1, FP_INPUT = 2, FP_INPUT_CONTROLLER = 4,   FP_INPUT_SOCKET = 5, FP_INPUT_VIRTUAL = 6, FP_INPUT_CONST = 8, FP_INPUT_MULTIPLE = 10,   FP_PROXY = 16, FP_MOTION = 32, FP_MG_MOTION = 64, FP_BP_LEARNING = 128,   FP_SOM_LEARNING = 130, FP_STSOM_LEARNING = 131, FP_CTSOM_LEARNING = 132, FP_INPUT_LEARNING = 256,   FP_HISTOGRAM = 512, FP_SALIENCY = 513, FP_SALIENCYOUTPUT = 514, FP_FHM = 515,   FP_INPUTCAMERA = 516, FP_INPUT_TASK = 1024 }
enum	{   F_G = 100, F_DOG = 101, F_W = 102, F_DOUBLEW = 103,   F_RETINAL = 104, F_DEFAULT = 105, F_LOG = 106, F_FILE = 107,   F_AVG = 107, F_IDENTITY = 108, F_HISTOGRAM = 109, F_RECT = 110,   F_RANDOM = 111 }
enum	{   INPUT_TYPE_REGULAR = 200, INPUT_TYPE_MASKING = 201, INPUT_TYPE_NON_FOURIER = 202, INPUT_TYPE_GATING_CONTROL = 203,   INPUT_TYPE_ERROR = 204 }
enum	{   NEURON_TYPE_SIGMOID = 400, NEURON_TYPE_SPIKING = 401, NEURON_TYPE_GENERIC = 402, NEURON_TYPE_WILSON_COWAN = 403,   NEURON_TYPE_LINEAR_SIGMOID = 404, NEURON_TYPE_TANH = 405, NEURON_TYPE_LINEAR = 406, NEURON_TYPE_ST = 407 }
enum	{ SYNC_TYPE_SYNC = 500, SYNC_TYPE_ASYNC = 501 }
enum	{   ERROR_NONE, ERROR_EMPTY_OP_ARGUMENT, ERROR_NO_FILTER_DEF_FOUND, ERROR_MATRIX_ALLOC_ERROR,   ERROR_MATRIX_GATING_ERROR, ERROR_INVALID_NEURON_TYPE, ERROR_INVALID_SYNC_TYPE, ERROR_INVALID_INPUT_POSITION,   ERROR_INVALID_INPUT_CATEGORY, ERROR_IFP_FOUND, ERROR_HISTOGRAM, ERROR_CAMERA }
	error codes More...
Functions
template<class Vector >
void	clearPtrVector (Vector &a)
int	networkToHost (int value)
void	networkToHost (char *data, int length)
int	hostToNetwork (int value)
void	hostToNetwork (char *data, int length)

---

Define Documentation

#define DIST	(		X1,
			Y1,
			X2,
			Y2
	)		sqrt((double)(((X1)-(X2))*((X1)-(X2)) + ((Y1)-(Y2))*((Y1)-(Y2))))

#define ERROR_LOCATION   " (" << __FILE__ << ":" << __LINE__ << ")"

#define FILE_DELIM   '/'

#define FILE_LINE_ERROR   printf("!!!ERROR: NOT IMPLEMENTED in file %s, line %i \n",__FILE__,__LINE__)

#define FMAX	(		_AA,
			_BB
	)		(((_AA)>(_BB))?(_AA):(_BB))

#define FMIN	(		_AA,
			_BB
	)		(((_AA)<(_BB))?(_AA):(_BB))

#define HTON	(		X,
			Y
	)		;

#define IMIN	(		_AA,
			_BB
	)		(((_AA)<(_BB))?(_AA):(_BB))

#define IN_RANGE	(		A,
			LOWER,
			UPPER
	)		(((A)>=(LOWER)) && ((A) <= (UPPER)))

#define INVALID_FUNCTION_CALL   printf("!!!ERROR: INVALID FUNCTION CALL in file %s, line %i \n",__FILE__,__LINE__)

#define IS_WTA   true

#define NOT_IMPLEMENTED   qDebug() << "!!!ERROR: NOT IMPLEMENTED" << ERROR_LOCATION;

#define NOT_VISIBLE   false

#define NOT_WTA   false

#define NTOH	(		X,
			Y
	)		;

#define OPENGL_ERROR

Value:

{int e=GL_NO_ERROR;\
        e=glGetError();\
        if(e!=GL_NO_ERROR){\
                printf("OPEN GL ERROR  %s (%s line %i)\n", gluErrorString(e),__FILE__,__LINE__);fflush(stdout);}\
}

#define PERMANENT_GU

Life cycle of the gating units define - they are allocated with the input, deallocated with the FP not defined - allocated and deallocated at each step

#define PI   3.1415926

#define PYTHAGORA	(		X,
			Y
	)		sqrt((double)((X)*(X)+(Y)*(Y)))

#define ROUND

(

_AA

)

((_AA) > 0 ? (uint32_t)((_AA)+0.5) : (uint32_t)((_AA)-0.5))

#define SIGN	(		_AA,
			_BB
	)		(((_BB)>0)?fabs(_AA):(-1)*fabs(_AA))

#define SLEEP

(

X

)

sleep(X)

#define SQR

(

_AA

)

((_AA)*(_AA))

#define ST_CONVOLVE

Convolution style default (original) - proper convolution, code deals with edge issue define - tile filter over input - i.e. filter never has to deal with points outside input

#define TRACE	(		LEVEL,
			X
	)		((LEVEL) > TRACE_LEVEL) ? printf(""); : X

#define TRACE_LEVEL   1

#define TRACE_MACRO

#define TRACE_THREADING   5

#define VISIBLE   true

---

Typedef Documentation

typedef QMap< int,QString> enumMap

typedef QMapIterator< int,QString> enumMapIterator

typedef QMap<QString, QString> paramMap

---

Enumeration Type Documentation

anonymous enum

filter types

Enumerator:

F_G
F_DOG
F_W
F_DOUBLEW
F_RETINAL
F_DEFAULT
F_LOG
F_FILE
F_AVG
F_IDENTITY
F_HISTOGRAM
F_RECT
F_RANDOM

anonymous enum

Feature plane input types

Enumerator:

INPUT_TYPE_REGULAR
INPUT_TYPE_MASKING
INPUT_TYPE_NON_FOURIER
INPUT_TYPE_GATING_CONTROL
INPUT_TYPE_ERROR

anonymous enum

proxy types neuron types

Enumerator:

NEURON_TYPE_SIGMOID
NEURON_TYPE_SPIKING
NEURON_TYPE_GENERIC
NEURON_TYPE_WILSON_COWAN
NEURON_TYPE_LINEAR_SIGMOID
NEURON_TYPE_TANH
NEURON_TYPE_LINEAR
NEURON_TYPE_ST

anonymous enum

sync types

Enumerator:

SYNC_TYPE_SYNC
SYNC_TYPE_ASYNC

anonymous enum

error codes

Enumerator:

ERROR_NONE
ERROR_EMPTY_OP_ARGUMENT
ERROR_NO_FILTER_DEF_FOUND
ERROR_MATRIX_ALLOC_ERROR
ERROR_MATRIX_GATING_ERROR
ERROR_INVALID_NEURON_TYPE
ERROR_INVALID_SYNC_TYPE
ERROR_INVALID_INPUT_POSITION
ERROR_INVALID_INPUT_CATEGORY
ERROR_IFP_FOUND
ERROR_HISTOGRAM
ERROR_CAMERA

enum FPTypes

feature plane types

Enumerator:

FP_NOT_INITIALIZED
FP_DEFAULT
FP_INPUT
FP_INPUT_CONTROLLER
FP_INPUT_SOCKET
FP_INPUT_VIRTUAL
FP_INPUT_CONST
FP_INPUT_MULTIPLE
FP_PROXY
FP_MOTION
FP_MG_MOTION
FP_BP_LEARNING
FP_SOM_LEARNING
FP_STSOM_LEARNING
FP_CTSOM_LEARNING
FP_INPUT_LEARNING
FP_HISTOGRAM
FP_SALIENCY
FP_SALIENCYOUTPUT
FP_FHM
FP_INPUTCAMERA
FP_INPUT_TASK

enum LayerTypes

layer types

Enumerator:

LAYER_DEFAULT
LAYER_MOTION

---

Function Documentation

template<class Vector >

void clearPtrVector

(

Vector &

a

)

int hostToNetwork

(

int

value

)

void hostToNetwork	(	char *	data,
		int	length
	)

int networkToHost

(

int

value

)

void networkToHost	(	char *	data,
		int	length
	)