ZooApp.java
package edu.nwmissouri.zoo04lab;
import java.util.Scanner;
/**
* ZooApp is a Zoo simulation created by 542 Section 05.
*
* @author Dr. Case and others
*/
public class ZooApp {
// Specify welcome message
private static final String GREETING_MESSAGE = "Welcome to our 542 Zoo!";
// Specify how to exit message
private static final String ESCAPE_MESSAGE = "Hit Q to exit.";
// Specify goodbye string
private static final String GOODBYE_MESSAGE = "Thank you for visiting our zoo!";
// specify number of animal types available
private static final int NUMBER_ANIMAL_TYPES = 60;
/**
* This main() method is the entry point for our application.
*
* @param args - inputs provided to the program (none required)
*/
public static void main(String[] args) {
// output welcome
System.out.println(GREETING_MESSAGE);
// output how to escape
System.out.println(ESCAPE_MESSAGE);
// construct Scanner and begin interaction
var scanner = new Scanner(System.in);
// Prompt for topic: ask if they want to see animals
System.out.println("Do you want to see animals (y/n)?");
var animalInterestInput = scanner.next();
// if yes, show list
if (animalInterestInput.toUpperCase().startsWith("Y")) {
// declare an int for the animal type number input
int typeNumberInput;
// declare a boolean for isValid
boolean isValid;
// do the list prompt for the first time, loop back while valid
do {
// Prompt for type: ask if they want to see animals
System.out.println();
System.out.println("What animals would you like to see?");
System.out.println("Enter a number to choose, 0 to exit.");
System.out.print(" 1.Aardvark ");
System.out.print(" 2.Abyssinian ");
System.out.print(" 3.Arvicolinae ");
System.out.println(" 4.Asp ");
System.out.print(" 5.Bearcat ");
System.out.print(" 6.BengalTiger ");
System.out.print(" 7.BlackJaguar ");
System.out.println(" 8.BlackPanther ");
System.out.print(" 9.Brachiosaurus ");
System.out.print("10.Buffalo ");
System.out.print("11.Cat ");
System.out.println("12.Cheetah ");
System.out.print("13.CongoLion ");
System.out.print("14.Cow ");
System.out.print("15.Crocodile ");
System.out.println("16.Dalmatian ");
System.out.print("17.Deer ");
System.out.print("18.Dinosaur ");
System.out.print("19.Duck ");
System.out.println("20.ElephantBird ");
System.out.print("21.Elephant ");
System.out.print("22.Emu ");
System.out.print("23.FerociousTiger ");
System.out.println("24.Floppy ");
System.out.print("25.Frog ");
System.out.print("26.Gerenuk ");
System.out.print("27.Giraffe ");
System.out.println("28.Glyptodon ");
System.out.print("29.Goat ");
System.out.print("30.Griffin ");
System.out.print("31.HarpSeal ");
System.out.println("32.Hippopotamus ");
System.out.print("33.Kangaroo ");
System.out.print("34.Kangaroov ");
System.out.print("35.Koala ");
System.out.println("36.Liger ");
System.out.print("37.Lioness ");
System.out.print("38.Lion ");
System.out.print("39.MightyLion ");
System.out.println("40.MuleDeer ");
System.out.print("41.Okapi ");
System.out.print("42.Panda ");
System.out.print("43.Panthera ");
System.out.println("44.PolarBear ");
System.out.print("45.ProngHorn ");
System.out.print("46.Puma ");
System.out.print("47.Rabbit ");
System.out.println("48.RelayHorse ");
System.out.print("49.RoaringLion ");
System.out.print("50.Shoebill ");
System.out.print("51.SiberianTiger ");
System.out.println("52.Squirrel ");
System.out.print("53.Stag ");
System.out.print("54.StringRay ");
System.out.print("55.SunBear ");
System.out.println("56.TauntingTiger ");
System.out.print("57.Unicorn ");
System.out.print("58.Walrus ");
System.out.print("59.Xraytetra ");
System.out.println("60.YukonMoose ");
try {
typeNumberInput = scanner.nextInt();
} catch (Exception ex) {
typeNumberInput = 0;
}
// set isValid if >= 1 and <= number of animal types
isValid = typeNumberInput >= 1 && typeNumberInput <= NUMBER_ANIMAL_TYPES;
// switch by animal type - autogenerate with ZooBuildSwitch.java
switch (typeNumberInput) {
case 1 -> {
AardvarkGroup.create();
AardvarkGroup.run();
}
case 2 -> {
AbyssinianGroup.create();
AbyssinianGroup.run();
}
case 3 -> {
ArvicolinaeGroup.create();
ArvicolinaeGroup.run();
}
case 4 -> {
AspGroup.create();
AspGroup.run();
}
case 5 -> {
BearcatGroup.create();
BearcatGroup.run();
}
case 6 -> {
BengalTigerGroup.create();
BengalTigerGroup.run();
}
case 7 -> {
BlackJaguarGroup.create();
BlackJaguarGroup.run();
}
case 8 -> {
BlackPantherGroup.create();
BlackPantherGroup.run();
}
case 9 -> {
BrachiosaurusGroup.create();
BrachiosaurusGroup.run();
}
case 10 -> {
BuffaloGroup.create();
BuffaloGroup.run();
}
case 11 -> {
CatGroup.create();
CatGroup.run();
}
case 12 -> {
CheetahGroup.create();
CheetahGroup.run();
}
case 13 -> {
CongoLionGroup.create();
CongoLionGroup.run();
}
case 14 -> {
CowGroup.create();
CowGroup.run();
}
case 15 -> {
CrocodileGroup.create();
CrocodileGroup.run();
}
case 16 -> {
DalmatianGroup.create();
DalmatianGroup.run();
}
case 17 -> {
DeerGroup.create();
DeerGroup.run();
}
case 18 -> {
DinosaurGroup.create();
DinosaurGroup.run();
}
case 19 -> {
DuckGroup.create();
DuckGroup.run();
}
case 20 -> {
ElephantBirdGroup.create();
ElephantBirdGroup.run();
}
case 21 -> {
ElephantGroup.create();
ElephantGroup.run();
}
case 22 -> {
EmuGroup.create();
EmuGroup.run();
}
case 23 -> {
FerociousTigerGroup.create();
FerociousTigerGroup.run();
}
case 24 -> {
FloppyGroup.create();
FloppyGroup.run();
}
case 25 -> {
FrogGroup.create();
FrogGroup.run();
}
case 26 -> {
GerenukGroup.create();
GerenukGroup.run();
}
case 27 -> {
GiraffeGroup.create();
GiraffeGroup.run();
}
case 28 -> {
GlyptodonGroup.create();
GlyptodonGroup.run();
}
case 29 -> {
GoatGroup.create();
GoatGroup.run();
}
case 30 -> {
GriffinGroup.create();
GriffinGroup.run();
}
case 31 -> {
HarpSealGroup.create();
HarpSealGroup.run();
}
case 32 -> {
HippopotamusGroup.create();
HippopotamusGroup.run();
}
case 33 -> {
KangarooGroup.create();
KangarooGroup.run();
}
case 34 -> {
KangaroovGroup.create();
KangaroovGroup.run();
}
case 35 -> {
KoalaGroup.create();
KoalaGroup.run();
}
case 36 -> {
LigerGroup.create();
LigerGroup.run();
}
case 37 -> {
LionessGroup.create();
LionessGroup.run();
}
case 38 -> {
LionGroup.create();
LionGroup.run();
}
case 39 -> {
MightyLionGroup.create();
MightyLionGroup.run();
}
case 40 -> {
MuleDeerGroup.create();
MuleDeerGroup.run();
}
case 41 -> {
OkapiGroup.create();
OkapiGroup.run();
}
case 42 -> {
PandaGroup.create();
PandaGroup.run();
}
case 43 -> {
PantheraGroup.create();
PantheraGroup.run();
}
case 44 -> {
PolarBearGroup.create();
PolarBearGroup.run();
}
case 45 -> {
ProngHornGroup.create();
ProngHornGroup.run();
}
case 46 -> {
PumaGroup.create();
PumaGroup.run();
}
case 47 -> {
RabbitGroup.create();
RabbitGroup.run();
}
case 48 -> {
RelayHorseGroup.create();
RelayHorseGroup.run();
}
case 49 -> {
RoaringLionGroup.create();
RoaringLionGroup.run();
}
case 50 -> {
ShoebillGroup.create();
ShoebillGroup.run();
}
case 51 -> {
SiberianTigerGroup.create();
SiberianTigerGroup.run();
}
case 52 -> {
SquirrelGroup.create();
SquirrelGroup.run();
}
case 53 -> {
StagGroup.create();
StagGroup.run();
}
case 54 -> {
StringRayGroup.create();
StringRayGroup.run();
}
case 55 -> {
SunBearGroup.create();
SunBearGroup.run();
}
case 56 -> {
TauntingTigerGroup.create();
TauntingTigerGroup.run();
}
case 57 -> {
UnicornGroup.create();
UnicornGroup.run();
}
case 58 -> {
WalrusGroup.create();
WalrusGroup.run();
}
case 59 -> {
XraytetraGroup.create();
XraytetraGroup.run();
}
case 60 -> {
YukonMooseGroup.create();
YukonMooseGroup.run();
}
default -> {
}
}
// while the input is valid, we loop back
} while (isValid);
// close the if loop
} // Prompt for adventures: ask if they want to try an adventure
// System.out.println("Do you want to go on an adventure (y/n)?");
// var adventureInterestInput = scanner.next();
// if (adventureInterestInput.toUpperCase().startsWith("Y")) {
// System.out.println("Sorry - this option is not yet available.");
// }
// output goodbye
System.out.println(GOODBYE_MESSAGE);
}
}