Recursive Generation of Subsets Program Plan: Include the required header files Declare function prototypes. Define the “main ()” function. Declare the required variables. Get the input from the user. If the user input is not in the range the condition exits the program. Create the list and call the function “get_Subsets ()”. Display the output. Define the overloaded stream insertion operator for vector of int. Display the open square bracket. If the number is in the range, display the number inside the bracket. Display the close square bracket. Return the output to the main function. Define the overloaded stream insertion operator for a list of generic type. Display the open square bracket. Create a list and declare the variable name “itr” for the list. While condition used to check if the “itr” is not equal to last number in the same list. If so, display the number. Increment the “itr”. Print the numbers separated by commas. Display the close square bracket. Return the output to the main function. Define the “get_subsets” vector function. Declare the list of subsets. Check the “n” value is equal to 0. If do, start with a list of subsets of 1 to n that contains on the empty set. Return the sub list. Get the list of all subsets of 1 to n-1 and store it in a “sub_setList”. Temporarily used to extend the subset list by declaring the vector variables. While condition used to check if the “itr” is not equal to last number in the same list. Declare the vector variables. Push the value to the list. Increment the “itr” value. Return the value to the main function.

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Chapter 17, Problem 12PC

Program Plan Intro

Recursive Generation of Subsets

Program Plan:

Include the required header files

Declare function prototypes.

Define the “main ()” function.

Declare the required variables.

Get the input from the user.

If the user input is not in the range the condition exits the program.

Create the list and call the function “get_Subsets ()”.

Display the output.

Define the overloaded stream insertion operator for vector of int.

Display the open square bracket.

If the number is in the range, display the number inside the bracket.

Display the close square bracket.

Return the output to the main function.

Define the overloaded stream insertion operator for a list of generic type.

Display the open square bracket.

Create a list and declare the variable name “itr” for the list.

While condition used to check if the “itr” is not equal to last number in the same list.

If so, display the number.

Increment the “itr”.

Print the numbers separated by commas.

Display the close square bracket.

Return the output to the main function.

Define the “get_subsets” vector function.

Declare the list of subsets.

Check the “n” value is equal to 0.

If do, start with a list of subsets of 1 to n that contains on the empty set.

Return the sub list.

Get the list of all subsets of 1 to n-1 and store it in a “sub_setList”.

Temporarily used to extend the subset list by declaring the vector variables.

While condition used to check if the “itr” is not equal to last number in the same list.

Declare the vector variables.

Push the value to the list.

Increment the “itr” value.

Return the value to the main function.

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