#include <iostream>

#include <istream>

#include <conio. h>

#include <string>

#include <windows. h>

using namespace std;

class ELEMENT

{ private:

string name;

int AmountInput;

int AmountOutput;

public:

string GetName ()

{

return name;

}

int GetIn ()

{

return AmountInput;

}

int GetOut ()

{

return AmountOutput;

}

~ELEMENT ()

{

cout<<"\n\t\t"<<name<<" deleted";

}

ELEMENT ()

{

}

void ConfigName (string S)

{

name = S;

}

ELEMENT (string S, int K1, int K2)

{

name = S;

AmountInput = K1;

AmountOutput = K2;

}

void ConfigElement (string S, int K1, int K2)

{

name = S;

AmountInput = K1;

AmountOutput = K2; }

};

class KOMBIN: protected ELEMENT

{ private:

int* Input;

public:

KOMBIN ()

{

Input = new int [0];

}

KOMBIN (string name, int K): ELEMENT (name, K, 1)

{

Input = new int [K];

}

void SetParameters ()

{

for (int i = 0; i < GetIn (); i++)

{

cin>>* (Input+i);

}

}

int Output ()

{

int p = 0;

for (int i = 0; i < GetIn (); i++)

{

if (* (Input+i) ==1)

{

p=1; break; }

else

p=0;

}

return p;

}

int Vlinput (int x)

{int o=0;

if (x > GetIn ())

o=0;

else o=* (Input+ (x-1));

return o; }

};

class MEMORY: protected ELEMENT

{private:

int Input [5];

int Quas;

int Revs;

int C;

public:

MEMORY ()

{

for (int i = 0; i < 5; i++)

Input [i] = 0;

C=0;

Quas=0;

Revs=1;

}

MEMORY (MEMORY ob, string name): ELEMENT (name, 5,2)

{MEMORY ob1;

Quas=ob. Quas;

Revs=ob. Revs;

C=ob. C;

}

MEMORY (string name): ELEMENT (name, 5,2)

{

for (int i = 0; i < GetIn (); i++)

{

Input [i] =0;

}Quas=0; Revs=1;

C=0; }

int ReMC ()

{return C;

}

int ReSS ()

{return Input [0];

}

int ReS ()

{return Input [1];

}

int ReR ()

{return Input [2];

}

int ReJ ()

{return Input [3];

}

int ReK ()

{return Input [4];

}

void KoyJot ()

{

if (Input [3] ==0 && Input [4] ==1)

Quas=0;

if (Input [3] ==1 && Input [4] ==0)

Quas=1;

if (Input [3] ==1 && Input [4] ==1 && Quas==1)

Quas=0;

if (Input [3] ==1 && Input [4] ==1 && Quas==0)

Quas=1;

if (Input [3] ==1 && Input [4] ==1 && Revs==1)

Quas=1;

if (Input [3] ==1 && Input [4] ==1 && Revs==0)

Quas=0;

}

int SieRa ()

{int p;

p=0;

if (Input [1] ==0 && Input [2] ==0)

{

p=0; }

if (Input [1] ==1 && Input [2] ==0)

{

Quas=1; p=2; }

if (Input [1] ==0 && Input [2] ==1)

{

Quas=0; Revs=1; p=3; }

if (Input [1] ==1 && Input [2] ==1)

{

p=1; Quas=0; C=0; Revs=1; }

return p;

}

int calculations ()

{

int b=0;

if (Input [0] ==1 && C==0)

{

C=0;

b=SieRa ();

if (b==1)

{cout<<"\n\t\tERROR messenge: inputs R and S have valua 1";

Input [0] =0;

Input [1] =0;

Input [2] =0;

Input [3] =0;

Input [4] =0;

}

if (b==0)

KoyJot ();

}

if (Quas==0)

Revs=1;

if (Quas==1)

Revs=0;

if (Input [0] ==0)

C=0;

}

void SetDirectParameters ()

{cout<<"\n\n\n\t\t\tWrite InPut Valuas of MEMORY: \n"

<<"\n\t\tSynchro Impuls = ";

cin>>Input [0];

cout<<"\n\t\tValua on InPut S = ";

cin>>Input [1];

cout<<"\n\t\tValua on InPut R = ";

cin>>Input [2];

cout<<"\n\t\tValua on InPut J = ";

cin>>Input [3];

cout<<"\n\t\tValua on InPut K = ";

cin>>Input [4];

}

void SetOJKDirectParameters (int a, int b, int ss)

{ Input [3] =a;

Input [4] =b;

Input [0] =ss;

}

void SetORSDirectParameters (int a, int b)

{ Input [1] =a;

Input [2] =b;

}

int OutPut ()

{return Quas;

}

int RevsOutPut ()

{return Revs;

}

};

class REGISTER: protected ELEMENT

{

private:

int Drop;

int Select;

MEMORY obj [8];

int RInput [8] [5];

int RC;

public:

REGISTER (string name): ELEMENT (name, 40, 16)

{

Drop=0;

Select=0;

RC=0;

for (int i=0; i<8; i++)

{for (int j=0; j<5; j++)

{RInput [i] [j] =0; }}

}

int OutInput (int r, int e)

{

e=e-1;

r=r-1;

return RInput [r] [e];

}

void RSetDirectParameters ()

{int SI=0;

cout<<"\n\n\n\t\t\t\tWrite InPuts Valuas of REGISTER: \n\n\n";

cout<<"\t\tValua of Synchro Signal = ";

cin>>SI;

cout<<"\n\t\tValua on InPut S = ";

cin>>Select;

cout<<"\n\t\tValua on InPut R = ";

cin>>Drop;

for (int i=0; i<8; i++)

{

RInput [i] [0] =SI;

RInput [i] [1] =Select;

RInput [i] [2] =Drop;

cout<<"\n\n\n\n\t\t\tWhite InPut Valuas of TRIGER MEMORY "<<i+1<<": \n";

cout<<"\n\n\t\t\tValua on InPut J = ";

cin>>RInput [i] [3];

cout<<"\n\n\t\t\tValua on InPut K = ";

cin>>RInput [i] [4];

system ("cls");

obj [i]. SetOJKDirectParameters (RInput [i] [3],RInput [i] [4],RInput [i] [0]);

obj [i]. SetORSDirectParameters (RInput [i] [1],RInput [i] [2]);

}

}

void RegisterCalculations ()

{

RSetDirectParameters ();

system ("cls");

cout<<"\n\t\t\tOutPut value of REGISTER Outputs: \n ";

for (int i=0; i<8; i++)

{

if (RInput [i] [0] ==1 && RC==0)

{

obj [i]. calculations ();

}

cout<<"\n\t\tMEMORY No. "<<i+1<<" is "<<obj [i]. OutPut () <<" "<<"Reverse is "<<obj [i]. RevsOutPut ();

}

if (RInput [0] [0] ==0)

RC=0;

if (RInput [0] [0] ==1)

RC=1;

}

};

int main ()

{

int m=0; int n=0; int g=0; int v=0;

cout<<"\n\n\t\t\tWellcome to NOIR's Course Project!";

int x=0;

while (x! =4)

{x=5;

system ("cls");

cout<<"\n\n\t\n\tChose Digital Element Which you want to Test: ";

cout<<"\n\n\t\t1 - Combinatoric Element";

cout<<"\n\t\t2 - Memory Triger";

cout<<"\n\t\t3 - Register JK";

cout<<"\n\t\t4 - Quit\n\n\t\tAnd u chose is: ";

cin>>x;

if (x==1)

{int x1=1;

system ("cls");

cout<<"\n\n\n\t\tWrite amount inputs of combination element ";

cin>>n;

KOMBIN ob ("Richard",n);

cout<<"\n\t\tWrite value of inputs ";

ob. SetParameters ();

cout<<"\n\t\t"<<"OutPut's value of combination element is "<<ob. Output ();

while (x1! =0)

{

cout<<"\n\n\t\tDo you want continue work with this element? 1-yes / 0-no\n\t\tif you want inspect values on inputs type - 3 \n\t\t";

cin>>x1;

system ("cls");

if (x1==1)

{

system ("cls");

cout<<"\n\n\n\n\n\t\tWrite value of inputs ";

ob. SetParameters ();

cout<<"\n\t\t"<<"OutPut's value of combination element is "<<ob. Output ();

}

if (x1==3)

{int x2=1;

while (x2! =0)

{system ("cls");

cout<<"\n\n\n\t\twrite No. of Input which u want inspect ";

cin>>m;

cout<<"\n\t\tvalue of input No. "<<m<<" is "<<ob. Vlinput (m);

cout<<"\n\t\tdo you want to do it again? 1 - yes 0 - no ";

cin>>x2;

}

}

}

system ("cls");

}

if (x==2)

{int x3=1;

system ("cls");

MEMORY og ("Charls");

cout<<"\n\n\t\t";

og. SetDirectParameters ();

og. calculations ();

cout<<"\n\t\tOutPut value of MEMORY is "<<og. OutPut () <<"\n"<<"\t\tReversive OutPut value of MEMORY is "<<og. RevsOutPut ();

while (x3! =0)

{

cout<<"\n\n\t\tDo you want continue work with this element? 1-yes / 0-no\n\t\tif you want inspect values on inputs type - 3 \n\t\tand you answer is: ";

cin>>x3;

if (x3==1)

{system ("cls");

cout<<"\n\n\t\t";

og. SetDirectParameters ();

og. calculations ();

cout<<"\n\t\tOutPut value of MEMORY is "<<og. OutPut () <<"\n"<<"\t\tReversive OutPut value of MEMORY is "<<og. RevsOutPut () <<"\n";

}

if (x3==3)

{system ("cls");

int x4=1;

while (x4! =0)

{system ("cls");

cout<<"\n\n\n\t\twrite No. of Input which u want inspect from list\n\n\t\t 1. Synchro Impulse 2. S 3. R 4. J 5. K 6. Memory Sync \n\n\t\t Input: ";

cin>>v;

if (v==1)

cout<<"\n\t\tVALUE of input Synchro Impulse is "<<og. ReSS ();

if (v==2)

cout<<"\n\t\tVALUE of input S is "<<og. ReS ();

if (v==3)

cout<<"\n\t\tVALUE of input R is "<<og. ReR ();

if (v==4)

cout<<"\n\t\tVALUE of input J is "<<og. ReJ ();

if (v==5)

cout<<"\n\t\tVALUE of input K is "<<og. ReK ();

if (v==6)

cout<<"\n\t\tVALUE of input Memory Sync is "<<og. ReMC ();

cout<<"\n\n\t\tdo you want to do it again? 1 - yes 0 - no \n\n\t\t and you answer is: ";

cin>>x4;

system ("cls");

}}}}

if (x==3)

{system ("cls");

int x5=1;

REGISTER osh ("Elisabeth");

osh. RegisterCalculations ();

while (x5! =0)

{

cout<<"\n\n\t\tDo you want continue work with this element? 1-yes / 0-no\n\t\tif you want inspect values on inputs type - 3 \n\t\tand you answer is: ";

cin>>x5;

if (x5==1)

{

system ("cls");

cout<<"\n\n\t\t";

osh. RegisterCalculations ();

}

if (x5==3)

{

int x6=1;

int z=0;

system ("cls");

while (x6! =0)

{cout<<"\n\n\n\t\twrite No. of MEMORY which you want inspect: ";

cin>>z;

cout<<"\n\n\t\twrite No. of Input which u want inspect from list\n\n\t\t 1. Synchro Impulse 2. S 3. R 4. J K.5\n\n\t\t Input: ";

cin>>v;

if (v==1)

cout<<"\n\t\tVALUE of input Synchro Impulse of REGISTER' MEMORY "<<z<<" is "<<osh. OutInput (z,v);

if (v==2)

cout<<"\n\t\tVALUE of input S of REGISTER' MEMORY "<<z<<" is "<<osh. OutInput (z,v);

if (v==3)

cout<<"\n\t\tVALUE of input R of REGISTER' MEMORY "<<z<<" is "<<osh. OutInput (z,v);

if (v==4)

cout<<"\n\t\tVALUE of input J of REGISTER' MEMORY "<<z<<" is "<<osh. OutInput (z,v);

if (v==5)

cout<<"\n\t\tVALUE of input K of REGISTER' MEMORY "<<z<<" is "<<osh. OutInput (z,v);

cout<<"\n\n\t\tdo you want to do it again? 1 - yes 0 - no \n\n\t\t and you answer is: ";

cin>>x6;

system ("cls");

}}}}}

return 0; }

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