Do not use vector, break and continue while true and share the output as well make it simple not too much CS $116-$ Programming Fundamentals for Computer Science Lab #$8$A

Objectives

To learn to code, compile and run a program containing an array of structures.

Assignment

Plan and code a modular program utilizing an array of structures for the following problem:

The results of a survey of the households in Woodland Hills have been made available. Each record contains a four$-$character identification code, the annual income for the household, and the number of members of the household. Write a program that inputs the information from a file and then presents a MENU of options available to the user. The options should include:

A$.$ Print all of the input data with appropriate column headings.

B$.$ Calculate the average household income and list the identification codes and income of each household whose income is greater than the average.

C$.$ Determine the percentage of households having an income below the poverty level. The formula for determining the poverty level is $P=$$$8000\mathrm{.}00+$$$500\mathrm{.}00**(M-2)$ where $M$ is the number of members of the household.

D$.$ Print all of the input data sorted by household income.

E$.$ Calculate and print the median household income. The median is the middle value of a sorted list. If the list contains an even number of entries, the median is the average of the two middle values.

Input

Input the record information into an array of structures. Use the data file below. Display a wellformatted menu of choices for the user. BE SURE TO ADEQUATELY TEST EACH CHOICE ON YOUR MENU. Do NOT test the options in order. Create the data file below in text editor or Notepad.

$\backslash$table$[[$Data File$],$

$[$WHVC$,34000\mathrm{.}00,5],$

$[$AAAA$,10500\mathrm{.}00,8],$

$[$BURB$,23500\mathrm{.}00,2],$

$[cccc,15000\mathrm{.}00,4],$

$[$DATA$,8000\mathrm{.}00,3],$

$[$EEEE$,36000\mathrm{.}00,5],$

$[$FADE$,8500\mathrm{.}00,4],$

$[$GATE$,25000\mathrm{.}00,1],$

$[$HILO$,3000\mathrm{.}00,1],$

$[$JURY$,100000\mathrm{.}00,5],$

$[$KNEL$,80000,4],$

$[$LIST$,41000\mathrm{.}00,3],$

$[$MEMM$,5000\mathrm{.}00,2],$

$[$PQRS$,18000\mathrm{.}00,2],$

$[$RELM$,27500\mathrm{.}00,4],$

$[$SOLD$,22100\mathrm{.}00,2]]$

Output$-$test all options $($not in order$).$ Turn in output and top$-$down design.