import java.util.*;

public class task_7 {

public static void main(String[] args) {

// Plate class test

Plate plate = new Plate(4);

System.out.println(plate);

plate.set_contained("Обед");

System.out.println(plate);

// Teapot class test

Teapot teapot = new Teapot("black", "plastic", "tea", 2);

System.out.println(teapot);

teapot.pour();

System.out.println(teapot);

teapot.pour_out();

System.out.println(teapot);

// Hound class test

Hound hound = new Hound("Bobik", 6);

System.out.println(hound);

// Furniture and FurnitureShop classes test

Wardrobe wardrobe = new Wardrobe("plastic", "white");

System.out.println(wardrobe);

wardrobe.set_contained("skeleton");

System.out.println(wardrobe);

Table table = new Table("wood", "black", "dinner");

FurnitureShop furniture_shop = new FurnitureShop();

furniture_shop.add_furniture(wardrobe);

furniture_shop.add_furniture(table);

System.out.println(furniture_shop);

}

}

abstract class Dish {

protected String material;

protected String color;

protected String contains;

Dish() {

this.material = "unsetted";

this.color = "unsetted";

this.contains = "nothing";

System.out.println("\n[+] Dish abstract object was created");

}

Dish(String material, String color, String contains) {

this.material = material;

this.color = color;

this.contains = contains;

System.out.println("\n[+] Dish abstract object was created");

}

// Dish material getter

public String get_material() {

return this.material;

}

// Dish material setter

public void set_material(String material) {

this.material = material;

}

// Dish color getter

public String get_сolor() {

return this.color;

}

// Dish color setter

public void set_сolor(String color) {

this.color = color;

}

// Dish contains getter

public String get_contained() {

return this.contains;

}

// Dish contains setter

public void set_contained(String contains) {

this.contains = contains;

System.out.println("Dish contains now: " + this.contains);

}

public String toString() {

return "Dish object: material: " + this.material + ", color: " + this.color + ", contains: " + this.contains;

}

}

class Plate extends Dish {

protected double radius;

Plate() {

super.set_сolor("white");

super.set_material("porcelain");

this.radius = 1;

System.out.println("[+] Plate object was created");

}

Plate(double radius) {

super.set_сolor("white");

super.set_material("porcelain");

this.radius = radius;

System.out.println("[+] Plate object was created");

}

Plate(double radius, String color, String material, String contains) {

super.set_сolor(color);

super.set_material(material);

super.set_contained(contains);

this.radius = radius;

System.out.println("[+] Plate object was created");

}

// Radius getter

double get_radius() {

return this.radius;

}

// Radius setter

void set_radius(double radius) {

if (radius > 0) {

this.radius = radius;

System.out.println("Plate radius setted as: " + this.radius);

} else {

System.out.println("Plate radius must be > 0");

}

}

@Override

public String toString() {

System.out.println(super.toString());

return "Dish: Plate, radius: " + this.radius;

}

}

class Teapot extends Dish {

protected double volume;

Teapot() {

super.set_сolor("white");

super.set_material("porcelain");

super.set_contained("tea");

this.volume = 0.0;

System.out.println("[+] Teapot object was created");

}

Teapot(String color, String material, String contains, double volume) {

super.set_сolor(color);

super.set_material(material);

super.set_contained(contains);

this.volume = volume;

System.out.println("[+] Teapot object was created");

}

void pour() {

this.volume -= 0.2;

System.out.println("Teapot poured one cup of " + super.get_contained());

}

void pour_out() {

this.volume = 0.0;

System.out.println("Teapot poured out all " + super.get_contained());

super.set_contained("nothing");

}

// Radius getter

double get_volume() {

return this.volume;

}

// Radius setter

void set_volume(double volume) {

if (volume > 0 && volume < 10) {

this.volume = volume;

System.out.println("Teapot volume setted as: " + this.volume);

} else {

System.out.println("Teapot volume must be > 0");

}

}

@Override

public String toString() {

System.out.println(super.toString());

return "Dish: Teapot, volume: " + this.volume;

}

}

abstract class Dog {

private String name;

private int age;

Dog() {

this.name = "unsetted";

this.age = 1;

System.out.println("\n[+] Dog object with name: " + this.name + " was created");

}

// Init

Dog(String name, Integer age) {

this.name = name;

this.age = age;

System.out.println("\n[+] Dog object with name: " + this.name + " was created");

}

// Age setter

public void set_age(int age) {

if (age > 0 && age < 100) {

this.age = age;

System.out.println("Dog age setted as: " + this.age);

}

}

// Age getter

public int get_age() {

return this.age;

}

// Name setter

public void set_name(String name) {

this.name = name;

System.out.println("Dog name setted as: " + this.name);

}

// Name getter

public String get_name() {

return this.name;

}

// Dog age as human age getter

public int get_human_age() {

return this.age * 7;

}

public String toString() {

return "Dog " + this.name + " with age " + this.age;

}

}

class Hound extends Dog {

Hound() {

super.set_name("unsetted");

super.set_age(1);

System.out.println("[+] Hound dog object was created");

}

Hound(String name, Integer age) {

super.set_name(name);

super.set_age(age);

System.out.println("[+] Hound dog object was created");

}

void hunt() {

System.out.println("Hound dog now hunting");

}

void persecute() {

System.out.println("Hound dog now persecuting someone :)))");

}

public String toString() {

System.out.println(super.toString());

return "Dog: Hound";

}

}

abstract class Furniture {

protected String material;

protected String color;

Furniture() {

this.material = "unsetted";

this.color = "unsetted";

System.out.println("\n[+] Furniture abstract object was created");

}

Furniture(String material, String color) {

this.material = material;

this.color = color;

System.out.println("\n[+] Furniture abstract object was created");

}

// Furniture material getter

public String get_material() {

return this.material;

}

// Furniture material setter

public void set_material(String material) {

this.material = material;

}

// Furniture color getter

public String get_сolor() {

return this.color;

}

// Furniture color setter

public void set_сolor(String color) {

this.color = color;

}

public String toString() {

return "Furniture object: material: " + this.material + ", color: " + this.color;

}

}

class Wardrobe extends Furniture {

protected String contains;

Wardrobe() {

super.set_material("wood");

super.set_сolor("brown");

this.contains = "nothing";

System.out.println("\n[+] Wardrobe object was created");

}

Wardrobe(String material, String color) {

super.set_material(material);

super.set_сolor(color);

this.contains = "nothing";

System.out.println("\n[+] Wardrobe object was created");

}

Wardrobe(String material, String color, String contains) {

super.set_material(material);

super.set_сolor(color);

this.contains = contains;

System.out.println("\n[+] Wardrobe object was created");

}

// Wardrobe contains getter

public String get_contained() {

return this.contains;

}

// Wardrobe contains setter

public void set_contained(String contains) {

this.contains = contains;

System.out.println("Wardrobe contains now: " + this.contains);

}

@Override

public String toString() {

System.out.println(super.toString());

return "Wardrobe object: contains: " + this.contains;

}

}

class Table extends Furniture {

protected String contains;

Table() {

super.set_material("wood");

super.set_сolor("brown");

this.contains = "nothing";

System.out.println("\n[+] Table object was created");

}

Table(String material, String color) {

super.set_material(material);

super.set_сolor(color);

this.contains = "nothing";

System.out.println("\n[+] Table object was created");

}

Table(String material, String color, String contains) {

super.set_material(material);

super.set_сolor(color);

this.contains = contains;

System.out.println("\n[+] Table object was created");

}

// Table contains getter

public String get_contained() {

return this.contains;

}

// Table contains setter

public void set_contained(String contains) {

this.contains = contains;

System.out.println(this.contains + " on table now");

}

@Override

public String toString() {

System.out.println(super.toString());

return "Table object: on table: " + this.contains;

}

}

class FurnitureShop {

private List<Furniture> furniture_shop_array = new ArrayList<Furniture>();

{

System.out.println("\n[+] Furniture shop object was created");

}

// Add one Furniture

public void add_furniture(Furniture furniture) {

this.furniture_shop_array.add(furniture);

System.out.println(furniture + ". This furniture added into the furniture shop successfully");

}

// Add many Furnitures

public void add_furnitures(Furniture furniture_array[]) {

this.furniture_shop_array.addAll(new ArrayList<Furniture>(Arrays.asList(furniture_array)));

System.out.println("Furnitures: " + Arrays.toString(furniture_array) + " added into the furniture shop successfully");

}

public String toString() {

if (!this.furniture_shop_array.isEmpty())

return "Furniture shop: " + this.furniture_shop_array;

else

return "Furniture shop empty!";

}

}