Answer:
Following are the code to this question:
#include<iostream>//defining header file
using namespace std;
class vec//defining class vec
{
int x, y, z; //defining integer varaible x, y, z
public: // using public access specifier
vec() //defining default constructor
{
x = 0; //assign value 0 in x variable
y = 0; //assign value 0 in y variable
z = 0;//assign value 0 in z variable
}
vec(int a, int b , int c) //defining parameterized constructor vec
{
x = a; //assign value a in x variable
y = b; //assign value b in y variable
z = c;//assign value c in z variable
}
void printVec() //defining a method printVec
{
cout<<x<<","<<y<<","<<z<<endl; //use print method to print integer variable value
}
//code
vec& operator=(const vec& ob) //defining operator method that create object "ob" in parameter
{
x=ob.x; //use ob to hold x variable value
y=ob.y;//use ob to hold y variable value
z=ob.z;//use ob to hold z variable value
return *this;//using this keyword to return value
}
};
int main()//defining main method
{
vec v(1,2,3);//calling parameterized constructor
vec v2; //creating class object to call method
v2=v; //creatring reference of object
v2.printVec(); //call method printVec
return 0;
}
Output:
1, 2, 3
Explanation:
In the above-given code part, a method "operator" is defined, that accepts an object or we can say that it is a reference of the class "ob", which is a constant type. Inside the method, the object is used to store the integer variable value in its variable and use the return keyword with this point keyword to return its value.
