Solve the problem in C++ (Extend MyPoint) In Programming Exercise 9.4, the MyPoint class was created to model a point in a two-dimensional plane. The MyPoint class has the properties x and y that represent x- and y-coordinates, two getter functions for x and y, and the function for returning the distance between two points. Create a class named ThreeDPoint to model a point in a three-dimensional space. Let ThreeDPoint be derived from MyPoint with the following additional features: - A data field named z that represents the z-coordinate. - A no-arg constructor that constructs a point with coordinates (0, 0, 0). - A constructor that constructs a point with three specified coordinates. - A constant getter function that returns the z value. - A constant distance(const MyPoint&) function to return the distance between this point and the other point in the three-dimensional space. Draw the UML diagram for the classes involved. Implement the classes. Write a test program that creates two points (0, 0, 0) and (10, 30, 25.5) and displays the distance between them.
Solve the problem in C++
(Extend MyPoint)
In
Create a class named ThreeDPoint to model a point in a three-dimensional space. Let ThreeDPoint be derived from MyPoint with the following additional features:
- A data field named z that represents the z-coordinate.
- A no-arg constructor that constructs a point with coordinates (0, 0, 0).
- A constructor that constructs a point with three specified coordinates.
- A constant getter function that returns the z value.
- A constant distance(const MyPoint&) function to return the distance between this point and the other point in the three-dimensional space.
Draw the UML diagram for the classes involved. Implement the classes. Write a test program that creates two points (0, 0, 0) and (10, 30, 25.5) and displays the distance between them.
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