here is a Basic Script in C++ need to Check it out... gawd knows what it will do with no pramiters or Variables Probably Nothing Script as Follows: // Member function definitions of the AI class. // For reference only 9/3/03

#include

#include "AI.h"

AI::AI() // Constructor { // Use extensible Array class here // rather than fixed size array

PsiAryPtr = new PsiStr[ARYSIZ]; EnAryPtr = new EnStr[ARYSIZ]; AudAryPtr = new AudStr[ARYSIZ]; }

AI::~AI() // Destructor { delete [] PsiAryPtr; delete [] EnAryPtr; delete [] AudAryPtr; }

// Member Functions

// set functions // Templates to be used for data base functions

BOOL AIsetEle( PsiStr *, const int ); // set concept array element BOOL AIsetEle( EnStr *, const int ); // set english lexicon element, element index BOOL AI::setEle( AudStr *, const int ); // set auditory memory element, element index

// get functions

BOOL AIgetEle( const int, PsiStr * ); // return concept array element BOOL AIgetEle( const int, EnStr * ); // return english lexicon element BOOL AI::getEle( const int, AudStr * ); // return auditory memory element

// delete functions

BOOL AIdelPsi( const int ); // delete concept array element, element index BOOL AIdelEn( const int ); // delete english lexicon element, element index BOOL AI::delAud( const int ); // delete auditory memory element, element index

// print functions

BOOL AIprintPsiElements(); // output BOOL AIprintEnElements(); // output BOOL AI::printAudElements(); // output

BOOL AI::setDefaults() { return (True); }

// Functions below to be classes that are members of // the AI class rather than functions

void AISecurity() // Human input module with AI attention void AISensorium() // AI Initial processing of Input void AIThink // AI Syntax and vocabulary of natural language void AIMotorium() // AI Output

void AI::Alife() { setDefaults(); while(True) { Security(); // Human input module with AI management Sensorium(); // AI Initial processing of Input Think(); // AI Syntax and vocabulary of natural language Motorium(); // AI Output }; }

void main(void) { AI AI1; AI1.Alife(); }

AI.H

// Declaration of the AI class. // Member functions defined in AI.cpp

// preprocessor directives that // prevent multiple inclusions of header file #ifndef AI_H #define AI_H

typedef int BOOL;

BOOL True = 1; BOOL False = 0;

#define ARYSIZ 1024

class AI {

public:

AI();

AI();

void Alife();

private:

typedef struct AudStrTag // Auditory Memory Array { int pho; // Phoneme int act; // Activation Level int pov; // Point of View int beg; // Beginning int ctu; // Continuation int psi; // Tag number to a concept } AudStr;

typedef struct EnStrTag // English Lexicon Array { int nen; // English concept number int act; // Activation Level int fex; // Mindcore Exit tag int pos; // Part of Speech int fin; // Mindcore In tag int aud; // Auditory Tag } EnStr;

typedef struct PsiStrTag // Mindcore Concept Array { int psi; // Mindcore concept number int act; // Activation level int jux; // Juxtaposed modifier int pre; // Previous associated int pos; // Part of Speech int seq; // Subsequent tag int enx; // Transfer to English } PsiStr;

AudStr * AudStrPtr;
EnStr  * EnStrPtr;
PsiStr * PsiStrPtr;

PsiStr * PsiAryPtr;
EnStr  * EnAryPtr;
AudStr * AudAryPtr;

// set functions

BOOL setEle( PsiStr *, const int ); // set concept array element, element index BOOL setEle( EnStr *, const int ); // set english lexicon element, element index BOOL setEle( AudStr *, const int ); // set auditory memory element, element index

// get functions

BOOL getEle( const int, PsiStr * ); // return concept array element BOOL getEle( const int, EnStr * ); // return english lexicon element BOOL getEle( const int, AudStr * ); // return auditory memory element

// delete functions

BOOL delPsi( const int ); // delete concept array element, element index BOOL delEn( const int ); // delete english lexicon element, element index BOOL delAud( const int ); // delete auditory memory element, element index

// print functions

BOOL printPsiElements(); // output BOOL printEnElements(); // output BOOL printAudElements(); // output

BOOL setDefaults();

void Security(); // Human input module with AI attention void Sensorium(); // AI Initial processing of Input void Think(); // AI Syntax and vocabulary of natural language void Motorium(); // AI Output

};

#endif

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