public class Financial
{

  public static void convertNum(float value)
  {

    int cents = (int)Math.round((value*100) - ((int)value*100));
    if (value < 1) System.out.printf("Zero ");
    if (value >= 1000)
      {
        int thousands = ((int)value / 1000);

      	int hundredthousands = ((int)thousands / 100);
       	int xthousands = (int)(thousands % 100);
      	int tenthousands = (((int)thousands % 100) / 10);
      	int onethousands = ((int)thousands %10);

      	int newvalue = ((int)value % 1000);
        value = (int)newvalue;

        Financial.switch1(hundredthousands);

      	if (hundredthousands != 0) System.out.printf("Hundred ");
        if (xthousands > 19)
            {
             Financial.switch2(tenthousands);
             Financial.switch1(onethousands);
            }
          else
             Financial.switch1(xthousands);
        System.out.printf("Thousand ");
      }

    int hundreds = ((int)value / 100);
    int xtens = (int)(value % 100);
    int tens = (((int)value % 100 ) / 10) ;
    int ones = ((int)value % 10);

    Financial.switch1(hundreds);
    if (hundreds != 0) System.out.printf("Hundred ");
    if (xtens > 19)
        {
         Financial.switch2(tens);
         Financial.switch1(ones);
        }
      else
         Financial.switch1(xtens);
    System.out.printf("and " +cents +"/00 Dollars");
    System.out.println("");
  }

     private static void switch1 (int digit)
     {
      switch (digit)
      {
       case 1:  System.out.printf ("One ");break;
       case 2:  System.out.printf ("Two "); break;
       case 3:  System.out.printf ("Three "); break;
       case 4:  System.out.printf ("Four "); break;
       case 5:  System.out.printf ("Five "); break;
       case 6:  System.out.printf ("Six "); break;
       case 7:  System.out.printf ("Seven "); break;
       case 8:  System.out.printf ("Eight "); break;
       case 9:  System.out.printf ("Nine "); break;
       case 10: System.out.printf ("Ten "); break;
       case 11: System.out.printf ("Eleven "); break;
       case 12: System.out.printf ("Twelve "); break;
       case 13: System.out.printf ("Thirteen "); break;
       case 14: System.out.printf ("Fourteen "); break;
       case 15: System.out.printf ("Fifteen "); break;
       case 16: System.out.printf ("Sixteen "); break;
       case 17: System.out.printf ("Seventeen "); break;
       case 18: System.out.printf ("Eighteen "); break;
       case 19: System.out.printf ("Nineteen "); break;
       }
      }

     private static void switch2 (int tens)
     {
      switch(tens)
      {
       case 2: System.out.printf ("Twenty "); break;
       case 3: System.out.printf ("Thirty "); break;
       case 4: System.out.printf ("Fourty "); break;
       case 5: System.out.printf ("Fifty "); break;
       case 6: System.out.printf ("Sixty "); break;
       case 7: System.out.printf ("Seventy "); break;
       case 8: System.out.printf ("Eighty "); break;
       case 9: System.out.printf ("Ninety "); break;
       }
      }
}