/*
 * T01n04.java -- Shows why you sometimes need to worry about how
 * floating-point numbers are stored.
 */

public class T01n04
{

    public static void main (String [] args)
    {
        float  sumF,              // holds the sum of ten tenths
               oneTenthF = 0.1F;  // one-tenth as a float
        double sumD,              // also holds the sum of ten tenths
               oneTenthD = 0.1;   // also one-tenth as a double


                // The sum of ten one-tenths ought to equal one, either way 

        sumF = oneTenthF + oneTenthF + oneTenthF + oneTenthF + oneTenthF 
               + oneTenthF + oneTenthF + oneTenthF + oneTenthF + oneTenthF;
        sumD = oneTenthD + oneTenthD + oneTenthD + oneTenthD + oneTenthD 
               + oneTenthD + oneTenthD + oneTenthD + oneTenthD + oneTenthD;


                // Let's find out if the sums are correct

        System.out.println("The sum of 10 one-tenths should be exactly 1...");
        System.out.println("Using Float types: " + sumF);
        System.out.println("Using Double types: " + sumD);
        
    }
}