Create a Cycle class, with subclasses Unicycle, Bicycle and Tricycle. Demonstrate that an instance of each type can be upcast to Cycle via a ride( ) method. Using the above Cycle hierarchy, add a balance( ) method to Unicycle and Bicycle, but not to Tricycle. Create instances of all three types and upcast them to an array of Cycle. Try to call balance( ) on each element of the array and observe the results. Downcast and call balance( ) and observe what happens.
Create a Cycle class, with subclasses Unicycle, Bicycle and Tricycle. Demonstrate that an instance of each type can be upcast to Cycle via a ride( ) method. Using the above Cycle hierarchy, add a balance( ) method to Unicycle and Bicycle, but not to Tricycle. Create instances of all three types and upcast them to an array of Cycle. Try to call balance( ) on each element of the array and observe the results. Downcast and call balance( ) and observe what happens.
C++ Programming: From Problem Analysis to Program Design
8th Edition
ISBN:9781337102087
Author:D. S. Malik
Publisher:D. S. Malik
Chapter18: Stacks And Queues
Section: Chapter Questions
Problem 16PE:
The implementation of a queue in an array, as given in this chapter, uses the variable count to...
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Create a Cycle class, with subclasses Unicycle, Bicycle and Tricycle. Demonstrate that an instance of each
type can be upcast to Cycle via a ride( ) method. Using the above Cycle hierarchy, add a balance( ) method
to Unicycle and Bicycle, but not to Tricycle. Create instances of all three types and upcast them to an array
of Cycle. Try to call balance( ) on each element of the array and observe the results. Downcast and call
balance( ) and observe what happens.
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