Question

In: Computer Science

#include <iostream> #include "lib.hpp" using namespace std; int main() {    // declare the bool bool...

#include <iostream>

#include "lib.hpp"

using namespace std;

int main() {

  

// declare the bool

bool a = true;

bool b= true;

  

//Print the Conjunction function

cout<<"\n\nConjunction Truth Table -"<<endl;

cout<< "\nP\tQ\t(P∧Q)" <<endl;

cout<< a <<"\t"<< b <<"\t"<< conjunction(a,b) <<endl;

cout<< a <<"\t"<< !b <<"\t"<< conjunction(a,!b) <<endl;

cout<< !a <<"\t"<< b <<"\t"<< conjunction(!a,b) <<endl;

cout<< !a <<"\t"<< !b <<"\t"<< conjunction(!a,!b)<<endl;

  

//Print the Disjunction function

cout<<"\n\nDisjunction Truth Table -"<<endl;

cout<< "\nP\tQ\t(PVQ)" <<endl;

cout<< a <<"\t"<< b <<"\t"<< disjunction(a,b) <<endl;

cout<< a <<"\t"<< !b <<"\t"<< disjunction(a,!b) <<endl;

cout<< !a <<"\t"<< b <<"\t"<< disjunction(!a,b) <<endl;

cout<< !a <<"\t"<< !b <<"\t"<< disjunction(!a,!b)<<endl;

  

  

//Print the ExclusiveOr function

cout<<"\n\nExclusiveOr Truth Table -"<<endl;

cout<< "\nP\tQ\t(P⊕Q)" <<endl;

cout<< a <<"\t"<< b <<"\t"<< exclusiveOr(a,b) <<endl;

cout<< a <<"\t"<< !b <<"\t"<< exclusiveOr(a,!b) <<endl;

cout<< !a <<"\t"<< b <<"\t"<< exclusiveOr(!a,b) <<endl;

cout<< !a <<"\t"<< !b <<"\t"<< exclusiveOr(!a,!b)<<endl;

  

  

//Print the Negation function

cout<<"\n\nNegation Truth Table -"<<endl;

cout<< "\nP\t~P" <<endl;

cout<< !a <<"\t" << negation(!a)<<endl;

cout<< a <<"\t" << negation(a) <<endl;

How can u do this code Using the enum keyword or a C++ class? To create a new type Boolean with the two values F and T defined.

Solutions

Expert Solution

C++ CODE USING C++ CLASS AND NEW TYPE BOOLEAN VALUES F AND T :-

#include <iostream>

using namespace std;
//functions for conjunction
int conjunction(int a,int b){
   if(a==1 && b==1)
       return 1;
   else
       return 0;
}
//functions for disjunction
int disjunction(int a,int b){
   if(a==0 && b==0)
       return 0;
   else
       return 1;
}
//functions for eclusive or
int exclusiveOr(int a,int b){
   if(a==b)
       return 0;
   else
       return 1;
}
//functions for negation
int negation(int a){
   if(a==1)
       return 0;
   else
       return 1;
}

// declare the bool

bool T =true;

bool F=true;

//class for conjunction
class con{
   public:
       void display(){
           //Print the Conjunction function
          
           cout<<"\n\nConjunction Truth Table -"<<endl;
          
           cout<< "\nP\tQ\t(P?Q)" <<endl;
          
           cout<< T <<"\t"<< F <<"\t"<< conjunction(T,F) <<endl;
          
           cout<< T <<"\t"<< !F <<"\t"<< conjunction(T,!F) <<endl;
          
           cout<< !T <<"\t"<< F <<"\t"<< conjunction(!T,F) <<endl;
          
           cout<< !T <<"\t"<< !F <<"\t"<< conjunction(!T,!F)<<endl;
       }
};

//class for disjunction
class dis{
   public:
       void display(){
          

           //Print the Disjunction function
          
           cout<<"\n\nDisjunction Truth Table -"<<endl;
          
           cout<< "\nP\tQ\t(PVQ)" <<endl;
          
           cout<< T <<"\t"<< F <<"\t"<< disjunction(T,F) <<endl;
          
           cout<< T <<"\t"<< !F <<"\t"<< disjunction(T,!F) <<endl;
          
           cout<< !T <<"\t"<< F <<"\t"<< disjunction(!T,F) <<endl;
          
           cout<< !T <<"\t"<< !F <<"\t"<< disjunction(!T,!F)<<endl;


       }
};

//class for exclusive or
class exclu{
   public:
       void display(){
          
          
           //Print the ExclusiveOr function
          
           cout<<"\n\nExclusiveOr Truth Table -"<<endl;
          
           cout<< "\nP\tQ\t(P?Q)" <<endl;
          
           cout<< T <<"\t"<< F <<"\t"<< exclusiveOr(T,F) <<endl;
          
           cout<< T <<"\t"<< !F <<"\t"<< exclusiveOr(T,!F) <<endl;
          
           cout<< !T <<"\t"<< F <<"\t"<< exclusiveOr(!T,F) <<endl;
          
           cout<< !T <<"\t"<< !F <<"\t"<< exclusiveOr(!T,!F)<<endl;
       }
};

//class for negation
class neg{
   public:
       void display(){
          
           //Print the Negation function
          
           cout<<"\n\nNegation Truth Table -"<<endl;
          
           cout<< "\nP\t~P" <<endl;
          
           cout<< !T <<"\t" << negation(!T)<<endl;
          
           cout<< T <<"\t" << negation(T) <<endl;
       }
};


int main() {
   //creating objects for classes
   con ob1;
   dis ob2;
   exclu ob3;
   neg ob4;
   //calling methods in classes to display the true tables
   ob1.display();
   ob2.display();
   ob3.display();
   ob4.display();
   return 0;
}

OUTPUT:-

venereology answered 10 hours ago
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