Adapt your code from Assignment 2 to use both a Java API ArrayList a.pdf

Adapt your code from Assignment 2 to use both a Java API ArrayList and a Java API LinkedList
and your new I_a (fish) objects from Assignment 3. The new program should have a main user
menu like in A2 with an added choice to print the list backwards. There should be a new
makeFish static method and a printing method similar to that in A2 renamed to printForwards
and one new method printBackwards.
Making Fish When making an I_a object in the makeFish method, instead of asking the user to
enter all the information as you did for Pokemon in A2, make a sub-menu for them to pick from
the 14 kinds of I_a implemented in A3
The only thing the user must choose is the I_a type and if they want to enter the length (or get a
random length) You should ask, Do you want to enter a length for your I'a, Y/N HINT: use
equalsIgnoreCase to simplify user input If they choose to enter the length then you will need to
ask for the length and convert the input to a double for the constructor.
You will need to try/catch for non-number and FishSizeException. This will need to loop until
you get a valid length. Finally use a switch to call the constructor for the chosen I_a. For
example: case 1: I_a ia = new Pua_ama(); or case 7: I_a ia = new PalaMoi(14.25); or case 9:I_a
ia = new Ohua(3.3));
Lists of Fish The program should have both a Java API ArrayList and LinkedList. You must
correctly declare both generic types to hold I_a objects. They should be local to the main method
(like the array in A2). Use the List interface to declare both list variables, then initialize as the
two different kinds of lists: List List1 = new ArrayList<>(); List List2 = new LinkedList<>();
Add each I_a the user makes to both lists. To add the first six I_a you can use the List Interface
add method: List.add(E element) This will add to the end (higher index) of both kinds of lists.
The allowed number of stored I_a should be limited to 6 like in the array in A2.
Don't let either List keep growing even though they can! The lists should work the same as in
A2, the 7th I_a should "wrap around" and overwrite the first I_a made (in index 0), and so on. To
overwrite existing elements using the List.set(int index, E element) method. Printing Lists The
printArray method from A2 should be renamed to printForwards, it should still be void, and
should take one parameter of type List instead of an array. The new printBackwards method will
be nearly identical, but will print a List in reverse index order: 5 4 3 2 1 0 Both methods must use
ListIterators to print the List contents. The printForwards method should get the ArrayList sent
to it from the menu choice to print the list and should print out just like the old array did,
forwards. The printBackwards method should have the LinkedList sent to it from the menu
choice to print the list backwards and should print out in REVERSE order.
HERE IS I.a java code:
import java.util.Random;

public abstract class I_a {
protected final String name;
protected final String englishName;
protected final String scientificName;
protected final double maxLength;
protected final double minLength;
protected final String[] diet;
protected double length;
protected double weight;
protected String bodyColor;
protected String finColor;
protected String sex;
protected double growthRate = 0.8;
/**
* constructor.
**/
public I_a(String nName, String nEnglishName, String nScientificName,
double nMaxLength, double nMinLength, double nLength, double nWeight,
String[] nDiet, String nBodyColor, String nFinColor, String nSex)
throws FishSizeException {
//set instance variables
this.name = nName;
this.englishName = nEnglishName;
this.scientificName = nScientificName;
this.maxLength = nMaxLength;
this.minLength = nMinLength;
if (nLength >= this.minLength && nLength < this.maxLength) {
this.length = nLength;

} else {
throw new FishSizeException(name + " length must be within "
+ this.minLength + " and " + this.maxLength
+ " inches long. But was sent " + nLength);
}
this.weight = nWeight;
this.diet = nDiet;
this.bodyColor = nBodyColor;
this.finColor = nFinColor;
this.sex = nSex;
}
/*** abstract methods to be implemented in the sub-classes ****/
public abstract void setLength(double newLength);
public abstract void setWeight(double newWeight);
public abstract void eat(String food);
protected abstract void grow();
protected abstract I_a levelUp();
//########### Protected class method ################
/** initialize random fish sex
* choose randomly male or female
* used by some subclasses.
*/
protected void initSex() {
//randomize sex
Random ran = new Random();
int flip = ran.nextInt(2);
if (flip == 0) {
this.sex = "male";

} else {
this.sex = "female";
}
}
/*** public class methods - methods used by all sub-classes ***/
/**
* Returns I_a information as a formatted String.
* @return String representing I_a object data.
*/
public String toString() {
String s = "Name: " + this.name + "n";
s = s + "English name: " + this.englishName + "n";
s = s + "Scientific name: " + this.scientificName + "n";
s = s + "Length: " + this.length + "n";
s = s + "Weight: " + this.weight + "n";
s = s + "Body color: " + this.bodyColor + "n";
s = s + "Fin color: " + this.finColor + "n";
s = s + "Sex: " + this.sex;
return s;
}
/** Get Methods **/
public String getName() {
return this.name;
}
public String getEnglishName() {
return this.englishName;
}
public String getScientificName() {
return this.scientificName;
}

public double getMaxLength() {
return this.maxLength;
}
public double getMinLength() {
return this.minLength;
}
public double getLength() {
return this.length;
}
public double getWeight() {
return this.weight;
}
public String[] getDiet() {
return this.diet;
}
public String getBodyColor() {
return this.bodyColor;
}
public String getFinColor() {
return this.finColor;
}
public String getSex() {
return this.sex;
}
}
Code from A2: PokemonArray.java
import java.util.Scanner;

public class PokeArray {
/**set the size for array.*/
static final int SIZE = 6;
/**Sanner.*/
static final Scanner sc = new Scanner(System.in);
public static void main(String[] args) {
Pokemon[] pokemonArray = new Pokemon[SIZE];
int curIndex = 0;
boolean choice = false;
int inNumber = -1;
//loop
while (!choice) {
System.out.println("1. Add a Pokemon");
System.out.println("2. Print all Pokemon");
System.out.println("0. Exit the Program");
System.out.println("What would you like to do?");
inNumber = sc.nextInt();
sc.nextLine();
switch (inNumber) {
case 1:
Pokemon p = makePokemon();
pokemonArray[curIndex % SIZE] = p;
curIndex++;
break;
case 2:
printArray(pokemonArray);
break;
case 0: choice = true;
System.out.print("Goodbye!!");
break;
default:
System.out.println("Invalid option, please make a selection");

break;
}
}
sc.close();
}
public static Pokemon makePokemon() {
System.out.print("What is the Pokemon's species: ");
String species = sc.nextLine();
System.out.println("Does the Pokemon have a name Y/N: ");
String hasName = sc.nextLine();
String name = "";
if (hasName.equalsIgnoreCase("Y")) {
System.out.println("What is the Pokemon's name? ");
name = sc.nextLine();
} else if (hasName.equalsIgnoreCase("N")) {
System.out.println("Name is empty");
}
System.out.println("What is the Pokemon's Pokedex number? ");
int number = -1;
while (!sc.hasNextInt()) {
System.out.println("Please enter the valid number: ");
sc.nextLine();
}
number = sc.nextInt();
sc.nextLine();
System.out.println("What is the Pokemon's Type? ");
String type1 = sc.nextLine();
System.out.println("What is the Pokemon's Second Type (if it has one)? ");
String type2 = sc.nextLine();
return new Pokemon(species, name, number, type1, type2);

}
public static void printArray(Pokemon[] pokemonArray) {
for (int i = 0; i < SIZE; i++) {
Pokemon p = pokemonArray[i];
if (p != null) {
System.out.println("Pokemon " + (i + 1) + ":");
System.out.print(p);
}
}
}
}

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