0.5 Narcissistic Number
(RankList for this Question)
Score: 20pts
Time Limit: 2.00 sec
An n-digit number that is the sum of the $$n^{th}$$ powers of its digits is called an n-narcissistic number.
$$6 = 6^{1}$$
$$371 =3^{3} + 7^{3} + 1^{3}$$
$$1634 = 1^{4} + 6^{4} + 3^{4} + 4^{4}$$

Constraints
$$1 \leq n \leq 6$$

Input Format
Input will contain the number of digits

Output Format
Print all the n-digit Narcissistic numbers separated by spaces in a single line

Example 1
Input:
1

Output:
0 1 2 3 4 5 6 7 8 9

Explanation:
All one digit numbers are narcissistic numbers
$$1 = 1^{1}$$
$$2 = 2^{1}$$
$$3 = 3^{1}$$
......

Example 2
Input:
6

Output:
548834

Explanation:
There is only one 6-digit number which satisfies the required condition
$$548834 = 5^{6} + 4^{6} + 8^{6} + 8^{6} + 3^{6} + 4^{6}$$