# I Repeat Myself I Repeat Myself I Repeat

The Perl programming language has a lot of convenient little
operators. For example, it has an infix operator, `x`, for creating repeated copies of a string.
When used in an expression like $p$ `x`
$n$, the operator
`x` produces a string containing
$n$ repeated copies of the
string $p$.

For this problem, you are going to look for cases where a
long input string consists of a repeated pattern. We say string
$s_1$ is a *prefix* of string $s$ if there exists some (possibly
empty) string $s_2$ such
that $s$ is the
concatenation of $s_1$ and
$s_2$. We say pattern
$p$ *explains* string $s$ if $s$ is a prefix of $p$ `x`
$n$ for some sufficiently
large $n$.

## Input

Input starts with an integer, $1 \le n \le 200$. This is followed by $n$ test cases, one per line. Each input line consists of a non-empty sequence of up to 70 printable ASCII characters.

## Output

For every test case, print a single output line giving the length of the shortest pattern that explains the given input string.

Sample Input 1 | Sample Output 1 |
---|---|

3 I Repeat Myself I Repeat Myself I Repeat aaaaaaaaaaaaaaaaaaaaa abbcabbcabbabbcabb |
16 1 11 |