Question & Answer: y objects and an ArrayList of moveable objects. It should build an ArrayList of collectable objects for each good guy’s backpack. The m…..

import java.util.ArrayList;

/**
*
* @author Sam
*/
public class Game {
public static void main(String[] args) {
ArrayList<StationaryObjects> stationaryObjects = new ArrayList<>();
ArrayList<MoveableObjects> moveableObjectses = new ArrayList<>();
ArrayList<CollectableObjects> collectableObjects;
stationaryObjects.add(new StationaryObjects(“tree1”, “home” , 5));
stationaryObjects.add(new StationaryObjects(“house”, “right” , 15));
stationaryObjects.add(new StationaryObjects(“well”, “right” , 8));
stationaryObjects.add(new StationaryObjects(“tank”, “home” , 18));
stationaryObjects.add(new StationaryObjects(“tree2”, “top” , 5));
collectableObjects = new ArrayList<>();
collectableObjects.add(new CollectableObjects(“Gold coin”, “home”, 14, CollectableObjects.Type.COIN));
collectableObjects.add(new CollectableObjects(“Silver coin”, “home”, 5, CollectableObjects.Type.COIN));
collectableObjects.add(new CollectableObjects(“revive”, “tree”, 25, CollectableObjects.Type.HEALTH_POTION));
collectableObjects.add(new CollectableObjects(“revive++”, “tree”, 50, CollectableObjects.Type.HEALTH_POTION));
collectableObjects.add(new CollectableObjects(“Chotu”, “well”, -15, CollectableObjects.Type.BOMB));
moveableObjectses.add(new GoodGuy(“hitasu”, “home”, 5, 50, “right”, 35, 8, collectableObjects));
moveableObjectses.add(new BadGuy(“Fotka”, “Well”, 15, 44, “left”, 40, 15));
moveableObjectses.add(new BadGuy(“Polka”, “tank”, 5, 25, “up”, 20, 20));
collectableObjects = new ArrayList<>();
collectableObjects.add(new CollectableObjects(“revive++”, “tree”, 50, CollectableObjects.Type.HEALTH_POTION));
collectableObjects.add(new CollectableObjects(“revive++”, “tree”, 50, CollectableObjects.Type.HEALTH_POTION));
collectableObjects.add(new CollectableObjects(“Chotu”, “well”, -25, CollectableObjects.Type.BOMB));
moveableObjectses.add(new GoodGuy(“Pacha”, “forest”, 15, 30, “botom”, 11, 15, collectableObjects));
moveableObjectses.add(new MoveableObjects(“Pod”, “home”, 1, 85, “all”));

System.out.println(“Stationary objects: “);
for (GameObjects object: stationaryObjects) {
object.display();
System.out.println(“———————————–“);
}
System.out.println(“|||||||||||||||||||||||||||||||||||||”);
System.out.println(“Moveable objects: “);
for (GameObjects object: moveableObjectses) {
object.display();
System.out.println(“———————————–“);
}
}

}

abstract class GameObjects {

protected String name;

protected String location;

public String getLocation() {

return location;

}

public GameObjects(String name, String location) {

super();

this.name = name;

this.location = location;

}

public void setLocation(String location) {

this.location = location;

}

public String getName() {

return name;

}

public void setName(String name) {

this.name = name;

}

@Override
public String toString() {
return “GameObjects{” + “name=” + name + “, location=” + location + ‘}’;
}

abstract void display();

}

class StationaryObjects extends GameObjects {

protected int damagePoints;

public int getDamagePoints() {

return damagePoints;

}

public StationaryObjects(String name, String location, int damagePoints) {

super(name, location);

this.damagePoints = damagePoints;

}

public void setDamagePoints(int damagePoints) {

this.damagePoints = damagePoints;

}

@Override
public String toString() {
return “StationaryObjects{” + “n” + super.toString() + “n” + “damagePoints=” + damagePoints + ‘}’;
}

@Override
void display() {
System.out.println(toString());
}

}

class MoveableObjects extends GameObjects {

protected int speed;

protected int health;

protected String direction;

public MoveableObjects(String name, String location, int speed, int health, String direction) {

super(name, location);

this.speed = speed;

this.health = health;

this.direction = direction;

}

public int getSpeed() {

return speed;

}

public void setSpeed(int speed) {

this.speed = speed;

}

public int getHealth() {

return health;

}

public void setHealth(int health) {

this.health = health;

}

public String getDirection() {

return direction;

}

public void setDirection(String direction) {

this.direction = direction;

}

@Override
public String toString() {
return “MoveableObjects{” + “n” + super.toString() + “n” + “speed=” + speed + “, health=” + health + “, direction=” + direction + ‘}’;
}

@Override
void display() {
System.out.println(toString());
}

}

class CollectableObjects extends GameObjects {

protected int value;

protected Type type;

@Override
void display() {
System.out.println(toString());
}

@Override
public String toString() {
return “CollectableObjects{” + “n” + super.toString() + “n” + “value=” + value + “, type=” + type + ‘}’;
}

public enum Type {

COIN,

HEALTH_POTION,

AXE,

SORWD,

MACE,

BOMB;

}

public CollectableObjects(String name, String location, int value, Type type) {

super(name, location);

this.value = value;

this.type = type;

}

public int getValue() {

return value;

}

public void setValue(int value) {

this.value = value;

}

public Type getType() {

return type;

}

public void setType(Type type) {

this.type = type;

}

}

class GoodGuy extends MoveableObjects {

protected int strength;

protected int intelligence;

protected ArrayList<CollectableObjects> backpack;

public GoodGuy(String name, String location, int speed, int health, String direction, int strength,

int intelligence, ArrayList<CollectableObjects> backpack) {

super(name, location, speed, health, direction);

this.strength = strength;

this.intelligence = intelligence;

this.backpack = backpack;

}

public int getStrength() {

return strength;

}

public void setStrength(int strength) {

this.strength = strength;

}

public int getIntelligence() {

return intelligence;

}

public void setIntelligence(int intelligence) {

this.intelligence = intelligence;

}

public ArrayList<CollectableObjects> getBackpack() {

return backpack;

}

public void setBackpack(ArrayList<CollectableObjects> backpack) {

this.backpack = backpack;

}

@Override
public String toString() {
return “GoodGuy{” + “n” + super.toString() + “n” + “strength=” + strength + “, intelligence=” + intelligence + “, backpack=” + backpack.toString() + ‘}’;
}

@Override
void display() {
System.out.println(toString());
}

}

class BadGuy extends MoveableObjects {

protected int defeatPoint;

protected int meanFactors;

public BadGuy(String name, String location, int speed, int health, String direction, int defeatPoint,

int meanFactors) {

super(name, location, speed, health, direction);

this.defeatPoint = defeatPoint;

this.meanFactors = meanFactors;

}

public int getDefeatPoint() {

return defeatPoint;

}

public void setDefeatPoint(int defeatPoint) {

this.defeatPoint = defeatPoint;

}

public int getMeanFactors() {

return meanFactors;

}

public void setMeanFactors(int meanFactors) {

this.meanFactors = meanFactors;

}

@Override
public String toString() {
return “BadGuy{” + “n” + super.toString() + “n” + “defeatPoint=” + defeatPoint + “, meanFactors=” + meanFactors + ‘}’;
}

@Override
void display() {
System.out.println(toString());
}

}