Algorithm : Start a program. Declare a class named “Sorter”. Declare a required member variables and pure virtual function. In public, define the member function “set_Array()”. Inside the function set the array and size of an array. Define the “sort” function. Inside the function, call the “sort()” function with an argument size. Define the “sort” function. If the size is less than 1, the condition will ended. Find the position of largest value in array and put it at the end of the array. Use the “compare ()” function for sorting the given array. Swap a pair of array elements. Decrement the size by 1. Define the derived class “Incr_Sorter” from the class “Sorter”. In private, define the pure virtual function “compare()”. If the “x” value is greater than “y” value return true. Define the derived class “Decr_Sorter” from the class “Sorter”. In private, define the pure virtual function “compare()”. If the “x” value is less than “y” value return true. Inside the “main” function, Create the objects for the classes. Declare and initialize an array of 5 values. Call the “Incr_Sorter” function. Call the “print_Array()” function for displaying the output. Call the “Decr_Sorter” function. Call the “print_Array()” function for displaying the output. Define the “print_Array()” function. Display the array.

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Chapter 15, Problem 18RQE

Program Plan Intro

Algorithm:

Start a program.

Declare a class named “Sorter”.

Declare a required member variables and pure virtual function.

In public, define the member function “set_Array()”.

Inside the function set the array and size of an array.

Define the “sort” function.

Inside the function, call the “sort()” function with an argument size.

Define the “sort” function.

If the size is less than 1, the condition will ended.

Find the position of largest value in array and put it at the end of the array.

Use the “compare ()” function for sorting the given array.

Swap a pair of array elements.

Decrement the size by 1.

Define the derived class “Incr_Sorter” from the class “Sorter”.

In private, define the pure virtual function “compare()”.

If the “x” value is greater than “y” value return true.

Define the derived class “Decr_Sorter” from the class “Sorter”.

In private, define the pure virtual function “compare()”.

If the “x” value is less than “y” value return true.

Inside the “main” function,

Create the objects for the classes.

Declare and initialize an array of 5 values.

Call the “Incr_Sorter” function.

Call the “print_Array()” function for displaying the output.

Call the “Decr_Sorter” function.

Call the “print_Array()” function for displaying the output.

Define the “print_Array()” function.

Display the array.

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