1    /* 
2     * This program will explore the computational solution to the area of yellow space by means of the 
3    * construction and use of basic shapes 
4    */
5    
6    package shapes;
7    public class YellowSpace {
8    
9        public static void main(String[] args) {
10           int edgeLength = 400;
11           int distance = 60;
12           SSquare largeGreySquare = new SSquare(edgeLength);
13           double lgsCircleRadius = ( largeGreySquare.inscribingCircle().radius() - distance );
14           SCircle lgsCircle = new SCircle(lgsCircleRadius);
15           SSquare largeYellowDiamond = lgsCircle.inscribingSquare();
16           double lysCircleRadius = ( largeYellowDiamond.inscribingCircle().radius() - ( distance / 2.0 ) );
17           SCircle lysCircle = new SCircle(lysCircleRadius);
18           SSquare smallGreySquare = lysCircle.inscribingSquare();
19           double sgsCircleRadius = ( smallGreySquare.inscribingCircle().radius() - ( distance / 4.0 ) );
20           SCircle sgsCircle = new SCircle(sgsCircleRadius);
21           SSquare smallYellowDiamond = sgsCircle.inscribingSquare();
22           double YellowSpace = ( ( largeYellowDiamond.area() - smallGreySquare.area() ) + smallYellowDiamond.area() );
23           System.out.println("Yellow Space = " + YellowSpace + " mm^2");
24           }
25       }
26