Design and implement a bank program. Each bank account has one account owner. The bank distinguishes between two types of account owners, student and non student (person) and three types of accounts - a basic account type, a student account type for students, and a high roller account type for anyone with high balance. The skeleton of the code has been provided. Please complete it.

Bank.java

public class Bank { private BasicAccount[] accounts; private String name; private double maintFee; private double intRate; private int nextId; private final double HIGH_ROLLER_LIMIT = 100000; /** * Construct a bank with initial capacity for only 2 accounts * * @param name The bank name */ public Bank(String name) { this.name = name; accounts = new BasicAccount[2]; } /** * Set the interest rate for the bank and all the accounts in it * * @param intRate The interest rate */ public void setIntRate(double intRate) { // your code here } /** * Set the maintenance fee amount for the bank and all the accounts in it * * @param maintFee The maintenance fee */ public void setMaintFee(double maintFee) { // your code here } /** * Opens a new account for the given owner with the given balance. The account IDs * are assigned successively; e.g. First account gets ID 0, second ID 1, third ID 3, ... * If the balance meets the high roller limit, a high roller account is opened. * If not, a student account is opened for students and a basic account for non students. * * The accounts array doubles its capacity every time it is full and a new account must be * opened. e.g. starts with length 2 (in the constructor) then becomes 4 when the third * account must be added, then becomes 8 when the fifth must be added, then 16, and so on. * * @param owner The account owner * @param balance The initial balance * @return The account ID of the newly opened account. */ public int openAccount(Person owner, double balance) { // double the accounts array if capacity has been reached // your code here // open the right type of account // your code here } /** * Assess the maintenance fee on all the accounts in the bank. * * @return The total fee collected */ public double assessMaintenanceFee() { // your code here } /** * Pay interest to all the accounts in the bank. * * Extra credit: If the new balance on any basic or student accounts meets the high roller limit, those accounts * are converted to high roller accounts. MUST use the helper private method below to do this. */ public void payInterest() { // your code here } /** * Deposit the given amount to the account with the given ID (if it exists). * * Extra credit: If the new balance on any basic or student accounts meets the high roller limit, those accounts * are converted to high roller accounts. MUST use the helper private method below to do this. * * @param acctId The account ID * @param amount The deposit amount */ public void deposit(int acctId, double amount) { // your code here } /** * Withdraw the given amount from the account with the given ID (if it exists). * * Extra credit: If the new balance on any high roller accounts falls below the limit, those accounts are * converted to basic or student accounts (depending on the owner). MUST use the helper private * method below to do this. * * @param acctId The account ID * @param amount The amount to withdraw */ public void withdraw(int acctId, double amount) { // your code here } /** * Print all accounts * * Implementation MUST depend on the toString() representation of accounts and print nothing else. */ public void printAllAccounts() { // your code here } /** * Print all the accounts of the given account owner * * Implementation MUST depend on the toString() representation of accounts and print nothing else. * It MUST also depend on the .equals implementation of the Person class. Specifically, you cannot * compare IDs or names in this method. * * @param owner The account owner */ public void printAccountsForOwner(Person owner) { // your code here } /** * Check the balance of the account with the given ID and and if it is high enough to be * a high roller account, but it is not, the account is substituted with a new HighRollerAccount. * If it is a high roller account but it should not be since the balance is low, it is substituted * with a new student account if the owner is a student, or a basic account otherwise. * * @param acctId The account ID */ private void changeAccountType(int acctId) { // Extra Credit: 10 points // your code here }

}

BasicAccount.java

protected int acctId; protected Person owner; protected String bank; protected double balance; // never negative protected double intRate; // the interest rate, e.g. 0.02 (for 2 %) protected double maintFee; public BasicAccount(int acctId, Person owner, String bank) { // your code here } /** * Deposit the given amount if positive. Negative amounts are ignored. * * @param amount The amount to deposit * @return The balance after deposit was accepted */ public double deposit(double amount) { // your code here } /** * Withdraw the given amount if positive and if there are enough funds. * Negative amounts are ignored. If the amount to be withdrawn is higher than the balance, * withdraw the entire balance. * * @param amount The amount to withdraw * @return The amount withdrawn */ public double withdraw(double amount) { // your code here } public double getBalance() { // your code here } public int getAcctId() { // your code here } public Person getOwner() { // your code here } public void setInterestRate(double intRate) { // your code here } public void setMaintFee(double maintFee) { // your code here } /** * Add the accrued interest to the account. * E.g. If balance is 100 and intRate is 0.02, balance should become 102. */ public void addInterest() { // your code here } /** * Withdraw the account maintenance fee * * @return The fee collected */ public double assessMaintenanceFee() { // your code here } // override the toString method to return: "Account of " + owner + " with ID " + acctId + " and a balance of " + balance // your code here // override the equals method to return true if the acctId and bank name are equal public boolean equals(Object other) { // your code here }

THE CODE WAS TOO LONG SO PART 2 IS THIS LINK: https://www.chegg.com/homework-help/questions-and-answers/java-code-part-2-question-long-therefore-implemented-second-question-part-first-question-h-q35387353