Write a program that will create and store Universities and Students as separate objects. The program will accept

input data for the Student and University objects from two separate CSV text files. Then the program will output a

formatted report. An example output of the University report is included.

Name class

The Name class will contain the following information.

$$ First Name $//$ Fred

$$ Middle Name $//$ Lee

$$ Last Name $//$ Jones

The above fields will be immutable $($use final in Java$).$

The Name class will implement the following methods at a minimum.

$$ getFirstName$()$:String

$$ getMiddleName$()$:String

$$ getLastName$()$:String

$$ equals$($Name$)$:boolean $$ true when the first, middle, and last name of the calling object are equal to the

first, middle, and last name of the argument object

$$ toString$()$:String $$ returns full name with a space between each name

$$ compareTo$($Name$)$:int $$ returns $-1$ when the calling object should precede the argument object, $0$ when the

first, middle, and last names are identical, $1$ when the calling object should come after the argument object.

The order of precedence is last name, first name, middle name.

Person class

The Person class will use the Name class as an immutable $($final$)$ field variable and contain the following additional

information.

$$ Age $//19$

$$ Gender $//$ M $($This field will be immutable$)$

$$ Street Address $//1934$ Same Street

$$ City $//$ Annandale

$$ State $//$ State

$$ ZIP $//02497$

$$ Phone number $//7033345343$

The Person class will implement getter and setter methods for each field variable, except the Name field which will

only require a getter. It will also include toString$(),$ compareTo$($Person$),$ and equals$()$ methods. The

equals$($Person$)$:boolean method will return true if calling Person object and argument Person object$$s Name, Age,

Gender and all address Fields are all equal. The compareTo$($Person$)$:int $-$ returns $-1$ when the calling object should

precede the argument object, $0$ when the calling object and argument objects are considered identical, $1$ when the

calling object should come after the argument object. The order of precedence is Name; age, gender. For gender

female precedes male.

Student class

The Student class will extend the Person class and contain the following additional information.

$$ Student ID $//$ Combination of $10$ numbers and uppercase letters $($This field will be

immutable$)$

$$ University name $//$

$$ Credits enrolled $//19$

$$ Qualifies for instate rate $//$ yes or no

$$ Late fee assessed $//$ yes or no

$$ Food Option Choice $//$A top plan, B middle plan, C bottom plan, D no plan

$$ Health Option Choice $//$ yes or no

NOVA Online CSC $222$

$2$

The Student class will implement getter and setter methods for each field variable. It will also include toString$(),$

compareTo$(),$ and equals$()$ methods. The equals$($Student$)$:boolean method will return true if the Student object$$s and

the argument Student object$$s Name and student ID are equal. The compareTo$($Student$)$:int $-$ returns $-1$ when the

calling object should precede the argument object, $0$ when the calling object and argument objects are considered

identical, $1$ when the calling object should come after the argument object. The order of precedence is Person, ID$.$

University class

Each university object will contain the following information.

University Name

Street Address $//1934$ Same Street

City $//$ Annandale

State $//$ State

ZIP $//02497$

Phone number $//7033345343$

In$-$State Tuition per credit

up to $12$ credits

$1218$ credits

over $18$ credits

Out of State Tuition per credit

up to $12$ credits

$1218$ credits

over $18$ credits

Late Fees

Incidental fees: per credit fee to some maximum fee

Optional Health Care: per credit scale

up to $12$ credits

$1218$ credits

over $18$ credits

On Campus Meal Plan

Two or more plans with different costs each

The University class will implement getter and setter methods for each field variable. It will also include toString$()$

and equals$()$ methods.

Application program

The program will read from data files $($StudentFile$.$txt and University$9.$txt$)$ and store student and university objects

in two separate ArrayList objects. Be sure no duplicates in the two ArrayList objects. Then print reports for each

university to a text file.

Two input files are needed for the Students and the Universities.

The calculations for the report are as follows:

Note: Each university may have different rates, as specified in the university$$s input record.

Tuition rates $($per credit$)$ Instate rate Out of state rate

Less than $12$ credits $$102\mathrm{.}50$ $$351\mathrm{.}00$

$1218$ credits $$75\mathrm{.}45$ $$255\mathrm{.}00$

Credits over $18$ $$93\mathrm{.}00$ $$304\mathrm{.}00$

Late fee is $10\%$ of tuition bill figured on credit cost only.

Incidental fees are $$20/$ credit up to a maximum of $$250\mathrm{.}00.$

$$ Hint: to calculate the incidental fee, use Math.min$($credits$*$incidentalFeeRate $,$ incidentalFeeMax$)$

Optional health care: $$25\mathrm{.}00$ first $11$ credits

$($per credit$)$ $$20\mathrm{.}00$ next $7$ credits $($from $12$ to $18$ credits$)$

$$15\mathrm{.}00$ over $18$ credits

If on campus food is the case, then further input from the user is necessary:

Meal plan A meals is $$4,999\mathrm{.}00$