Use this code template to continue the code: public Item(String name, double weight, int value)  Initializes    the    Item’s    =ields    to    the    values    that    are    passed    in;    the    included    =ield    is     initialized    to    false  public Item(Item other)  Initializes    this    item’s    fields    to    the    be    the    same    as    the    other    item’s  public double getWeight()  public int getValue()  public boolean isIncluded()  Getter    for    the    item’s    fields    (you    don’t    need    a    getter    for    the    name)   Given code: public class Item {       private final String name;     private final double weight;     private final int value;     private boolean included;       public Item(String name, double weight, int value) {         this.name = name;         this.weight = weight;         this.value = value;     }     public Item(Item item){         name = item.name;         weight = item.weight;         value = item.value;     }          public void setInclude(boolean included){         this.included = included;     }     public boolean getInclude(){ return included; }     static int max(int a, int b)     {         if(a > b)             return a;         return b;     }       // function to print the items which are taken     static void printSelection(int W, Item[] items, int size)     {         int index, w;         int table[][] = new int[size + 1][W + 1];           for (index = 0; index <= size; index++) {             for (w = 0; w <= W; w++) {                 // if weight is 0, the table[index][w] = 0                 if (index == 0 || w == 0)                     table[index][w] = 0;                 // check if weight of item at index is less that w                 else if (items[index - 1].weight <= w) {                     // we can either include the item in the solution and subtract its weight from w                     // or we can not include the item                     // select, the maximum of two scenarios                     table[index][w] = Math.max(items[index - 1].value + table[index - 1][(int) (w - items[index - 1].weight)], table[index - 1][w]);                 }                 else                     table[index][w] = table[index - 1][w];             }         }           // store the result of total selling value         int result = table[size][W];         System.out.println("The total selling price will be worth $" + result);           w = W;         System.out.println("\nThe items are: ");         for (index = size; index > 0 && result > 0; index--) {             if (result == table[index - 1][w])                 continue;             else {                 // print the item that is included                 System.out.print(items[index - 1].name + "\n");                 // since weight of this item is taken                 // we subtract it from total weight => result                 result = result - items[index - 1].value;                 w = (int) (w - items[index - 1].weight);             }         }     }       public static void main(String[] args) {           Item[] items = new Item[7];         // we are solving this problem by DP, which uses integer value         // so we are multiplying each weight by 100 and storing the weight         // hence, 0.25 become 0.25 * 100 = 25 and so on.....         items[0] = new Item("Cell phone", 25, 600);         items[1] = new Item("Gaming laptop", 1000, 2000);         items[2] = new Item("Jewelry", 50, 500);         items[3] = new Item("Kindle", 50, 300);         items[4] = new Item("Video game console", 300, 500);         items[5] = new Item("Small cuckoo clock", 500, 1500);         items[6] = new Item("Silver paperweight", 200, 400);         int index = 4;         Item new_item = new Item(items[2]);         items[index].setInclude(false);         Item[] new_items_array = new Item[items.length];         // System.out.println("Items arr len: "+items.length);         boolean check_flag = true;         if(!items[index].getInclude()){             for(int i=0;i

Use this code template to continue the code:

public Item(String name, double weight, int value)
 Initializes    the    Item’s    =ields    to    the    values    that    are    passed    in;    the    included    =ield    is    
initialized    to    false

 public Item(Item other)
 Initializes    this    item’s    fields    to    the    be    the    same    as    the    other    item’s
 public double getWeight()
 public int getValue()
 public boolean isIncluded()
 Getter    for    the    item’s    fields    (you    don’t    need    a    getter    for    the    name)

Given code:

public class Item {

 
    private final String name;
    private final double weight;
    private final int value;
    private boolean included;

 
    public Item(String name, double weight, int value) {
        this.name = name;
        this.weight = weight;
        this.value = value;
    }

    public Item(Item item){
        name = item.name;
        weight = item.weight;
        value = item.value;
    }
    
    public void setInclude(boolean included){
        this.included = included;
    }

    public boolean getInclude(){ return included; }

    static int max(int a, int b)
    {
        if(a > b)
            return a;
        return b;
    }
 
    // function to print the items which are taken
    static void printSelection(int W, Item[] items, int size)
    {
        int index, w;
        int table[][] = new int[size + 1][W + 1];

 
        for (index = 0; index <= size; index++) {
            for (w = 0; w <= W; w++) {
                // if weight is 0, the table[index][w] = 0
                if (index == 0 || w == 0)
                    table[index][w] = 0;
                // check if weight of item at index is less that w
                else if (items[index - 1].weight <= w) {
                    // we can either include the item in the solution and subtract its weight from w
                    // or we can not include the item
                    // select, the maximum of two scenarios
                    table[index][w] = Math.max(items[index - 1].value + table[index - 1][(int) (w - items[index - 1].weight)], table[index - 1][w]);
                }
                else
                    table[index][w] = table[index - 1][w];
            }
        }
 
        // store the result of total selling value
        int result = table[size][W];
        System.out.println("The total selling price will be worth $" + result);
 
        w = W;
        System.out.println("\nThe items are: ");
        for (index = size; index > 0 && result > 0; index--) {
            if (result == table[index - 1][w])
                continue;
            else {
                // print the item that is included
                System.out.print(items[index - 1].name + "\n");
                // since weight of this item is taken
                // we subtract it from total weight => result
                result = result - items[index - 1].value;
                w = (int) (w - items[index - 1].weight);
            }
        }
    }

 
    public static void main(String[] args) {

 
        Item[] items = new Item[7];
        // we are solving this problem by DP, which uses integer value
        // so we are multiplying each weight by 100 and storing the weight
        // hence, 0.25 become 0.25 * 100 = 25 and so on.....
        items[0] = new Item("Cell phone", 25, 600);
        items[1] = new Item("Gaming laptop", 1000, 2000);
        items[2] = new Item("Jewelry", 50, 500);
        items[3] = new Item("Kindle", 50, 300);
        items[4] = new Item("Video game console", 300, 500);
        items[5] = new Item("Small cuckoo clock", 500, 1500);
        items[6] = new Item("Silver paperweight", 200, 400);

        int index = 4;
        Item new_item = new Item(items[2]);
        items[index].setInclude(false);
        Item[] new_items_array = new Item[items.length];
        // System.out.println("Items arr len: "+items.length);
        boolean check_flag = true;
        if(!items[index].getInclude()){
            for(int i=0;i<items.length;i++){
                if(i==index && check_flag==true){
                    i--;
                    check_flag = false;
                    continue;
                }
                new_items_array[i] = items[i];
            }
            new_items_array[new_items_array.length - 1] = new_item;
        }        
        // for(Item x:new_items_array){
        //     System.out.println(x);
        // }
        // System.out.println("Items new arr len: "+new_items_array.length);
 
        // since we are multiplying each weight by 100, hence the bag value is also multiplied by 10
        // Thus, 10 become 1000
        int W = 1000;
        int n = new_items_array.length;
 
        printSelection(W, new_items_array, n);
    }
}