You are a judge for a number contest! You are given an integer, ~N~ and you want to determine how perfect it is.

If the number is a perfect square (but not a perfect cube), it is Somewhat Perfect.

If the number is a perfect cube (but not a perfect square), it is Kinda Perfect.

If the number is both a perfect square and a perfect cube, it is Perfectly Perfect.

If the number isn't a perfect square and isn't a perfect cube, it is Not Perfect At All.

A perfect square is a number, ~X~, such that ~\sqrt{X}~ is an integer.

A perfect cube is a number, ~X~, such that ~\sqrt[^3]{X}~ is an integer.

Input Specification

The input will consist a single integer, ~N~ (~0 \leq N \leq 100~) .

Output Specification

The output will consist a single line, how perfect the number is.

Sample Input

49

Sample Output

Somewhat Perfect