Winnie is feeling generous today, so she decided to adopt all the children in an orphanage. There are ~N~ orphanages, numbered from ~1~ to ~N~, that she can choose from. Each orphanage has ~M~ children. Each children has a cuteness value of ~a_i~ ranging from ~1~ to ~10~. Winnie cannot handle children that are too cute, or children that are too ugly. Because of this, Winnie wants to choose the orphanage that has the least number of children with a cuteness value of ~1~ or ~10~. Can you help Winnie find this orphanage?
The first line of input will contain two integers ~N, M~ ~(1 \le N, M \le 1000)~, the number of orphanages and the number of children in each orphanage.
The next ~N~ lines will each contain ~M~ integers, representing the cuteness values of each children. Line ~i~ will represent the children from orphanage ~i~. The cuteness values are between ~1~ and ~10~, inclusive.
Output the index of orphanage with the least number of children with a cuteness value of ~1~ or ~10~. If multiple orphanages exists, output the one with the smallest index.
3 3 2 1 8 4 10 9 3 6 4
Explanation For Sample
The third orphanage has no children with a cuteness value of ~1~ or ~10~, while the first and second orphanages both have one children.