Four doubles are read from input, where the first two doubles are the length and width of rectangle1 and the second two doubles are the length and width of rectangle2. Define two functions to overload the - operator. The first function overloads the - operator to subtract a rectangle and a double representing the length of the rectangle. The second function overloads the - operator to subtract two rectangles.

Ex: If the input is 19.0 12.0 5.0 3.5, then the output is:

Length: 19 units, width: 12 units Length: 5 units Difference: Length: 14 units, width: 12 units Length: 19 units, width: 12 units Length: 5 units, width: 3.5 units Difference: Length: 14 units, width: 8.5 units 

Note: The difference of a rectangle and a double representing the length of the rectangle is:

the difference of the length of the rectangle and the double

the width of the rectangle is unchanged

Note: The difference of two rectangles is:

the difference of the lengths of the rectangles

the difference of the widths of the rectangles

Code:

#include using namespace std;

class Rectangle { public: Rectangle(double length = 0.0, double width = 0.0); void Print() const; Rectangle operator-(double rhs); Rectangle operator-(Rectangle rhs); private: double numLength; double numWidth; };

Rectangle::Rectangle(double length, double width) { numLength = length; numWidth = width; }

// No need to accommodate for overflow or negative values

/* Your code goes here */ // DO NOT CHANGE ANY OTHER CODE (JUST ADD HERE)

void Rectangle::Print() const { cout << "Length: " << numLength << " units, width: " << numWidth << " units"; }

int main() { double length1; double width1; double length2; double width2; cin >> length1; cin >> width1; cin >> length2; cin >> width2; Rectangle rectangle1(length1, width1); Rectangle rectangle2(length2, width2); Rectangle difference1 = rectangle1 - length2; Rectangle difference2 = rectangle1 - rectangle2; rectangle1.Print(); cout << endl; cout << "Length: " << length2 << " units" << endl; cout << "Difference: "; difference1.Print(); cout << endl; cout << endl; rectangle1.Print(); cout << endl; rectangle2.Print(); cout << endl; cout << "Difference: "; difference2.Print(); cout << endl; return 0; }