Question

Sample output:

Total number of shirts ordered: 10

Total price of all

shirts: $173.00

Total number of pants ordered: 10

Total price of all pants: $500.00

Average waist size: 42.0

Average inseam size: 32.0

please don't copy and paste an already posted solution

This is a program that calculates information about orders of shirts and pants. All orders have a quantity and a color. Write a Clothing class that matches this UML: The no-argument constructor will set the quantity to zero and the color to the empty string. The calculatePrice) method returns 0.0 Clothing + quantity: int color: String + Clothingo +Cothing(quantity: int, color: string) +getQuantity0: int +setQuantity(quantiy: int): void +getColorO: String +setColor(color: string): vaid + calculatePrice0: double Now write a Shirt class that extends Clothing: Shirts have a size, which can be "S", "M", "L, XL-, or "XXL" (small, medium, large, extra large, and double extra large). The no-argument constructor sets the size to the empty string. The Shirt size: String +Shirt0 + Shint(quantity: int, colar: string, size: string) calculatePrice() method calculates the price +getSize0: String +setSize(size:String: void +calculatePrice0: double of a shirt as $11.00 for small, $12.50 for medium, S15.00 for large, $16.50 for extra large, and $18.50 for double extra large. Then, write a Pants class that extends Clothing: The no-argument constructor sets waist and inseam to zero. The four-argument constructor must ensure that waist and inseam are greater tharn zero. (Hint: absolute value.) The mutators leave the value unchanged if given a number less than or equal to zero. Pants + waist: int +inseam: int + Pants0 + Pants(quantity: int, color. string, waist int, inseam: int) The calculatePrice() method retums $50.00 unless the waist is greater than 48 or the inseam is greater than 36, in which case the price is $65.50 + getWaistO: int +setWaist(waist: int): void + getinseam0: int +setinseam(inseam: int): void +calculatePrice0: double Now write a class called Orders, which will contain your mainO method. The mainO method will assign orders of clothing to an ArrayList. Each of these orders consists of the quantity, color, and size (S, M, L, XL, and XXL for shirts) or waist/inseam for pants. Here are the orders you must put in the Arraylist: .8 Green double extra-large (XXL) shirts 6 Brown pants with 48 waist and 30 inseam 2 White medium (M) shirts .4 Blue pants with 36 waist and 34 inseanm Your program will then go through the array list to calculate and print, properly labeled: The total number of shirts ordered and the total price .The total number of pants ordered and their total price. The average waist size (to one decimal place) The average inseam length (to one decimal place) (Yes, I am aware that the program doesn't do any calculations based on the color. Sometimes you need to deal with only part of the data available to you; this is one such instance.)

Answer 1

Note: Could you plz go through this code and let me know if u need any changes in this.Thank You
_________________

// Clothing.java

public class Clothing {
  
   //Declaring instance variables
   private int quantity;
   private String color;

   //Zero argumented constructor
   public Clothing() {
       this.quantity = 0;
       this.color = "";
   }

   //Parameterized constructor
   public Clothing(int quantity, String color) {
       this.quantity = quantity;
       this.color = color;
   }

   // getters and setters
   public int getQuantity() {
       return quantity;
   }

   public void setQuantity(int quantity) {
       this.quantity = quantity;
   }

   public String getColor() {
       return color;
   }

   public void setColor(String color) {
       this.color = color;
   }

   public double calculatePrice()
   {
       return 0.0;
   }
}
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// Shirt.java

public class Shirt extends Clothing {
   //Declaring instance variables
   private String size;

   //Zero argumented constructor
   public Shirt() {
       this.size = "";
   }

   //Parameterized constructor
   public Shirt(int quantity, String color, String size) {
       super(quantity, color);
       this.size = size;
   }

   // getters and setters
   public String getSize() {
       return size;
   }

   public void setSize(String size) {
       this.size = size;
   }

   public double calculatePrice() {
       double tot = 0;
       if (size.equalsIgnoreCase("S")) {
           tot = getQuantity() * 11.00;
       } else if (size.equalsIgnoreCase("M")) {
           tot = getQuantity() * 12.50;
       } else if (size.equalsIgnoreCase("L")) {
           tot = getQuantity() * 15.00;
       } else if (size.equalsIgnoreCase("XL")) {
           tot = getQuantity() * 16.50;
       } else if (size.equalsIgnoreCase("XXL")) {
           tot = getQuantity() * 18.50;
       }
       return tot;
   }
}
____________________________

// Pants.java

public class Pants extends Clothing {
   //Declaring instance variables
   private int waist;
   private int inseam;

   //Zero argumented constructor
   public Pants() {
       this.waist = 0;
       this.inseam = 0;
   }

   //Parameterized constructor
   public Pants(int quantity, String color, int waist, int inseam) {
       super(quantity, color);
       setWaist(waist);
       setInseam(inseam);
   }

   // getters and setters
   public int getWaist() {
       return waist;
   }

   public void setWaist(int waist) {
       if (waist > 0)
           this.waist = waist;
   }

   public int getInseam() {
       return inseam;
   }

   public void setInseam(int inseam) {
       if (inseam > 0)
           this.inseam = inseam;
   }

   public double calculatePrice() {
       double tot = 0;
       if (waist > 48 || inseam > 36) {
           tot = 65.50 * getQuantity();
       } else {
           tot = 50.0 * getQuantity();
       }
       return tot;
   }

}
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// Test.java

import java.util.ArrayList;

public class Test {

   public static void main(String[] args) {
       int totShirts=0,totPants=0;
       double sprice=0,pprice=0,totWaist=0,totinseam=0,avgWaist=0,avginseam=0;
       int cnt=0;
       ArrayList<Clothing> clothes=new ArrayList<Clothing>();
       Shirt s=new Shirt(8,"Green","XXL");
       Pants p1=new Pants(6,"Brown",48,30);
       Shirt s1=new Shirt(2,"White","M");
       Pants p2=new Pants(4,"Blue",36,34);
       clothes.add(s);
       clothes.add(s1);
       clothes.add(p1);
       clothes.add(p2);
      
       for(int i=0;i<clothes.size();i++)
       {
           if(clothes.get(i) instanceof Shirt)
           {
               s1=(Shirt)clothes.get(i);
               totShirts+=s1.getQuantity();
               sprice+=s1.calculatePrice();
           }
           else if(clothes.get(i) instanceof Pants)
           {
               Pants pa=(Pants)clothes.get(i);
               totPants+=pa.getQuantity();
               pprice+=pa.calculatePrice();
               totinseam+=pa.getInseam();
               totWaist+=pa.getWaist();
               cnt++;
           }
       }
      
       System.out.println("Total number of shirts :"+totShirts);
       System.out.println("Total price of Shirts :"+sprice);
       System.out.println("Total number of Pants :"+totPants);
       System.out.println("Total price of Pants :"+pprice);
System.out.printf("Average waist size is :%.1f\n",totWaist/cnt);
System.out.printf("Average inseam length is :%.1f\n",totinseam/cnt);
  
   }

}
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Output:

Total number of shirts :10
Total price of Shirts :173.0
Total number of Pants :10
Total price of Pants :500.0
Average waist size is :42.0
Average inseam length is :32.0

_______________Could you plz rate me well.Thank You