I need to create a code as well as an analysis and design $($backbone$/$ layout for code$)$ for this assignment if anyone can pretty please help me$!!!!!!!$

This is the assignment $-->$

The Florida Dental Association needs a program to record what teeth the members of Florida families have. Different Floridians have different numbers of different types of teeth $($the program must use this simplified categorization of types of teeth$)$:

$1.$ Incisors $($the $\text{'}$I$\text{'}$ teeth$)$

$2.$ Bicuspids $($the $\text{'}$B$\text{'}$ teeth$)$

$3.$ Missing teeth $($the $\text{'}$M$\text{'}$ teeth$)$

The program must record the teeth for one Florida family. When it starts the program asks how many people there are in the family $($maximally $6),$ then for each family member gets their name, a string of tooth types $($each character in the string represents one tooth$)$ for the uppers $($maximally $8$ teeth including missing teeth$),$ and a string a tooth types for the lowers $($maximally $8$ teeth including missing teeth$),$ e$.$g$.,$ the string "BMIIBBM" would represent $7$ teeth $($of which two are missing$).$ The names are recorded in an array of strings. The tooth information is recorded in a three dimensional array of characters, where each plane corresponds to a person, there are two rows $($uppers and lowers$),$ and each row has a column for each tooth. Once the information is recorded the program must offer a menu of four options:

$1.$ Print the family's teeth record.

$2.$ Extract a tooth $($with a check that there is something there to remove$).$

$3.$ Report the family's root canal indices, which are the roots of the quadratic equation Ix$2+$Bx$-$M$,$ where I, B$,$ and M are the family's numbers of those types of teeth.

$4.$ Exit $($with a smile$)$

The program must be reasonably idiot proof:

$1.$ Menu options must be accepted in upper and lower case.

$2.$ Tooth letters must be accepted in upper and lower case.

$3.$ All input must be checked to be in range, and if not the user must be asked to input again.

$4.$ You may assume that numeric input will be syntactically correct.

I attached a photo of a sample run $($what it needs to output$)$ and how I am being graded.

My professor also has rules in which he wants us to code which are:

Identifiers

$1.$ Start with a letter, and contain letters and digits. Letters are case sensitive$.$

$2.$ Must be meaningful in English.

$3.$ Java conventions $($Java law$)$

$-$ Class identifiers are nouns, and start with upper case.

$-$ Data value identifiers $($including object identifiers$)$ start with lower case.

$-$ Method identifiers are verbs, and start with lower case.

$-$ New words within identifiers start with upper case.

$-$ Initialized final variables $($constants$)$ are all upper case with $\_$ as the word separator.

$4.$ Local variables must be declared at the start of a method $($Geoff$\text{'}$s law$)$

$-$ Not within loop headers, e$.$g$.,$ for $($int index; $...)$ is not allowed

$-$ Not within compound statements, e$.$g$.,$ if $(...)\{$ int local; $....\}$ is not allowed

Indentation and Lines

$1.$ Indent blocks $2-4$ characters consistently $($Java law$)$

$2.$ Use space $($NOT tabs$)$ for indenting $($portability law$)$

$3.$ No line longer than $80$ or $100($choose one$)$ characters $4.$ Continuations against the left margin

$4.$ Use a consistent style.

Comments

$1.$ Code must be documented using comments.

On a single line starting with $//,$ e$.$g$.,$

$//----$The SNAFU algorithm is used here