/**
 *  This class illustrates use of forcing a literal
 *  number to be of a certain type, as well as
 *  showing an example of precision difference
 *  between a float and a double holding the
 *  same value.
 *  
 *  @author Erica Eddy
 *  @version    Sept 2009
 */

public class Primitives
{
    public static void main (String [] args)
    {
        int x = 12;
        
        // display x in terminal window
        System.out.println(x);
        System.out.print("x = " + x);
        
        // make a double representing 1/3
        double oneThird = 1/3.0;
        
        // display result
        System.out.println("oneThird = " + oneThird);
                
        // make a double representing 2/3
        double twoThirds = 2/3.0;
        
        // display result
        System.out.println("twoThirds = " + twoThirds);
        
        // print xx's
        System.out.println("xxx");
        
        // make a float representing 1/3
        float oneThirdFloat = 1/3.0F;
        
        // display result
        System.out.println("oneThirdFloat = " + oneThirdFloat);
         
        // try expression to see precedence
        int arith = 7 * 3 - 6 + 2 % 4;
        
        // display result
        System.out.println("arith = " + arith);
    }
}