1    package shapes;
2    
3    import java.util.Scanner;
4    
5    //I must use scanner to get length width and height of shipping container
6    public class ShippingContainer {
7        public static void main(String[] args) {
8            Scanner scan = new Scanner(System.in);
9            System.out.print("Please enter Shipping Container height: ");
10           double height = scan.nextDouble();
11           System.out.print("Please enter Shipping Container length: ");
12           double length = scan.nextDouble();
13           System.out.print("Please enter Shipping Container width: ");
14           double width = scan.nextDouble();
15           //System.out.println("height " + height + " length " + length + " width " + width);
16           /*First I make a rectangle for the bottom of the box, which uses length and width. 
17           I need this to make the next rectangle because I must make an imaginary rectangle 
18           laying on the diagonal of the bottom of the box which is called face. 
19           This mimics the (pythagorean theorem). 
20            */
21           SRectangle face = new SRectangle(length, width);
22           double lengthOfImaginaryRec = face.diagonal();
23           /*lengthOfImaginaryRec is the length of the imaginary rectangle, I will need it to get the diagonal 
24           in which the item will lay upon. 
25           Now I make the rectangle key. The diagonal of this rectangle should be my answer. 
26            */
27           SRectangle key = new SRectangle(lengthOfImaginaryRec, height);
28           double distance = key.diagonal();
29           System.out.println("The longest item that can fit in a shipping container diagonally from a bottom corner to a top corner is: " + distance);
30   
31   
32       }
33   }
34