public static Result calculate(long nanoseconds, float epsilon) {
    """
	Returns a result for the given delay and epsilon (error rate). Epsilon
	must be between 0 and 1, exclusively. See {@link DelayCalculator} for
	details.
	
	@param nanoseconds
	The required delay in nanoseconds
	@param epsilon
	The permitted error (0 &lt; epsilon &lt; 1)
	@return The calculation result
    """
      if (epsilon <= 0 || epsilon >= 1)
         throw new IllegalArgumentException("0 < epsilon < 1 not satisfied");

      long max_divider = (int) (1D / epsilon);
      if (nanoseconds < max_divider)
         return new Result(nanoseconds, 1);

      long interval = Math.min(MAX_INTERVAL, nanoseconds / max_divider);
      long correction = nanoseconds / interval;

      return new Result(interval, correction);
   }
public static Result calculate(long nanoseconds, float epsilon) {
      if (epsilon <= 0 || epsilon >= 1)
         throw new IllegalArgumentException("0 < epsilon < 1 not satisfied");

      long max_divider = (int) (1D / epsilon);
      if (nanoseconds < max_divider)
         return new Result(nanoseconds, 1);

      long interval = Math.min(MAX_INTERVAL, nanoseconds / max_divider);
      long correction = nanoseconds / interval;

      return new Result(interval, correction);
   }
public static Result calculate ( long nanoseconds , float epsilon ) { if ( epsilon <= 0 || epsilon >= 1 ) throw new IllegalArgumentException ( "0 < epsilon < 1 not satisfied" ) ; long max_divider = ( int ) ( 1D / epsilon ) ; if ( nanoseconds < max_divider ) return new Result ( nanoseconds , 1 ) ; long interval = Math . min ( MAX_INTERVAL , nanoseconds / max_divider ) ; long correction = nanoseconds / interval ; return new Result ( interval , correction ) ; }
Returns a result for the given delay and epsilon (error rate). Epsilon
must be between 0 and 1, exclusively. See {@link DelayCalculator} for
details.

@param nanoseconds
The required delay in nanoseconds
@param epsilon
The permitted error (0 &lt; epsilon &lt; 1)
@return The calculation result
Returns a result for the given delay and epsilon ( error rate ) . Epsilon must be between 0 and 1 exclusively . See { @link DelayCalculator } for details .