private:

int num;

public:

explicit MyClass(int x=0) : num(x) {}

MyClass(const MyClass & original) {

cout << " Copy constructor" << original.num << endl;

num = original.num;

}

void print() const { cout << "num = " << num << endl; }

void change(int x) { num = x; }

cout << "Printing from printMyClassVector:" << endl;

for (MyClass const &ii : v) {

cout << " ";

ii.print();

}

cout << endl;

vector<MyClass> vec1; // Vector of objects

vector<MyClass*> vec2; // Vector of pointers

MyClass var;

// Add elements to the vector

for (int ii=1;ii<=5;ii++) {

cout << "Adding MyClass " << ii << ": " << endl;;

var.change(ii);

vec1.push_back(var);

// vec2.push_back(&var); // This adds same pointer to the vector

vec2.push_back(new MyClass(ii*10));

cout << endl;

}

cout << endl << endl << "vec1: " << endl;

for (MyClass const &ii : vec1) {

ii.print();

}

cout << endl;

cout << "vec2: " << endl;

for (MyClass * const&ii : vec2) {

ii->print();

}

cout << endl;

printMyClassVector(vec1);

// printMyClassVector(vec2); // ERROR: vec2 holds a different type than vec1