The FORTH programming language does not support floating-point arithmetic at all. Its author, Chuck Moore, maintains that floating-point calculations are too slow and most of the time can be emulated by integers with proper scaling. For example, to calculate the area of` the circle with the radius R he suggests to use formula like R * R * 355 / 113, which is in fact surprisingly accurate. The value of 355 / 113 ≈ 3.141593 is approximating the value of π with the absolute error of only about 2·10^–7. You are to find the best integer approximation of a given floating-point number A within a given integer limit L. That is, to find such two integers N and D (1 £ N, D £ L) that the value of absolute error |A – N / D| is minimal.

Input

The first line of input contains a floating-point number A (0.1 £ A < 10) with the precision of up to 15 decimal digits. The second line contains the integer limit L. (1 £ L £ 100000).

Output

Output must contain two integers, N and D, separated by a space. If there are several solutions output the one with smallest D.

Samples