/**
 * A class to test the "randomness" of a simulated die.
 */
public class DieTest
{
    public static void main(String[] args)
    {
        int count1 = 0;    // counts number of 1s rolled
        int count2 = 0;    // counts number of 2s rolled
        int count3 = 0;    // counts number of 3s rolled
        int count4 = 0;    // counts number of 4s rolled
        int count5 = 0;    // counts number of 5s rolled
        int count6 = 0;    // counts number of 6s rolled

        N_SidedDie myDie = new N_SidedDie(6); 	// creates a 6-sided die

        final int NUMBER_OF_TRIALS = 100 ; 	// number of test rolls to do

        // roll the die "numberOfTrials" times and count the frequency 
        // of each outcome				

        int times = 1;                      // counts number of rolls
        while (times <= NUMBER_OF_TRIALS)   // while more rolls to be done...
        {
            int test = myDie.roll();        // roll the die
            // increment the counter for the number rolled
            switch(test)                
            {
                case 1:  count1++ ;  break ;
            	case 2:  count2++ ;  break ;
                case 3:  count3++ ;  break ;
                case 4:  count4++ ;  break ;
                case 5:  count5++ ;  break ;
                case 6:  count6++ ;  break ;
                default:  // an error has occurred
                  System.out.println("*** BAD DIE ***\nNUMBER ROLLED: " + test);
                  System.exit(1);   // end program!
            }
            times++ ;
        }

        // report the percentage of rolls for each outcome 1..6
        
        double divisor = (double)NUMBER_OF_TRIALS ; 
        // to avoid integer division in switch,  below
        
        times = 1;          // LCV
        while (times <= 6)  // repeat 6 times - once for each outcome
        {
            double percent = 0.0;
            switch(times)
            {
                case 1:  percent = (count1 / divisor) * 100 ; break ;
            	case 2:  percent = (count2 / divisor) * 100 ; break ;
                case 3:  percent = (count3 / divisor) * 100 ; break ;
                case 4:  percent = (count4 / divisor) * 100 ; break ;
                case 5:  percent = (count5 / divisor) * 100 ; break ;
                case 6:  percent = (count6 / divisor) * 100 ;
            }
                
            System.out.printf("%d : %.2f", times, percent) ;
            System.out.println("%") ;
        }
    }
}