#include <bits/stdc++.h>
#define rep(i,j,k) for(int i = (j);i <= (k);i++)
#define per(i,j,k) for(int i = (j);i >= (k);i--)
#define mod 1000000007
#define pii pair<int,int>
#define mkp make_pair
#define inf 0x3f3f3f3f
using namespace std;

int main(){
	printf("WENESESESENENENENWNWNWNWNWNWSWSWSWSWSWSNWNWNWNWNENENENENENEWNWNWNWSWSWSWSESSESSWSWSWSESESESESEWSWSWSWNWWNWNWSWSWSWSNWNNWNNENNWNWNWNENENENEESEESESESESENENENENESESESSWSSWSWSESESESESWSWSWWSWNWWSWSWSESESENEENENENENENSESESESESNENNENWNNENENWNWNWNENENENENWNWNWWNWSWWNWNWNWSWSWSWNWNWNWNWSWSWSSESSWWSWSESESESESWSWSWSWNWNWNWNWNWNWSWSWSESESEENEESESESENENENESESESESWSWSWSWSWESESESENENENENENWNNENESESESESSWSWSESESESWSWWSWNWWNWNWNWSWSWSWNWNWNNWNENNENENWNWNWNWNENENEENESEENENESESESENENENENWNWNWNWEENENESESESSESSWSSESESWSWSWSWSESESESWSWSWNWWNWNWSWSWSWSWSWNWNWNNWSWSESESESESEWSWSWSWSEESENEESESENENENENENENWNWNWNWNWNENENENENESESESESNENENENWNWNWWSWWNWNWSWSWSWNWNWNENENENWNWNWNEENEESEENENESESESSWSSWSWSESESESWSWSWSWNWNWNWNWNWSWSWSWSNNWNWNENNWWNWSWSWSSWSESSESESWSWSWSWNWNWNNENENENWNWNWNWNWNENENENWNWWSWSWSWNWNWNSSWSSWSESESWSWSWSESESEENENENESESESENENENESESESWSWSWSWESESESENENNWNWNWNENENENENWNWNWNENEESESENENENESESSESSWSSEESESWSWSWSWWNWNWSWSWSWSWNWNWNWNSWSWSESESESESEWSWSWNWNWNENENENENENWNWNWNENENENEWWNWSWWNWNWSWSWSWSWSNWNENEESEENENENESESESENENENESESSESWSSWSESESENENENNWNNEENENWNWNWNWEENESESESESNNENENWNWSWSWSWSWSWSWSWNWNWSWSSESESWSWSWSWNWNWNWNWSWSWSWSESESESEENEESSESEWSWSWSWWNWNWSWSWSWNNWNNENNWNWNENENWNWNWNWSWSWSSWNNWNENENEESESESENENENESESESESENENENSSESWSWSWSESESESWWSWSWNWWSSESENENENNWNWNENENENENWNWNWWNENENENWNWWSWWNWNWSWSWSWNWNWNWNENENEESEENENESESESESENENENESESESWSSESESWSWNWNWNWSWSWNWNWNWSWSWSSESSWSWSESESESENENENENENSSESESESWSWSESEENENESESESNNENNWNWNENENWNWNWNENENESESESENENNWWSWWNWNWNWWSWSWSWNWNWNENENWNWNWSWSWSWNWNWNENEESESESSWSWSSESESESWSWSWEESEESENENENESESESWSWSWWNWWSWSWWNWNWNWSWSWSESESEWWSWNWNWNWNSWSWSWNNENNWNENENENENWNWNWNEENENESEENNWNWNENEENESESESENENENWNWWNWNWSWWNWNENENWNWWSWSWSSESSWSWNWNWNWSWSWSESESESWSWSWSESENENESESESENENESESESWSWSWESESENENENNWNNEENENSESSESWSWSWWNWNWSWSWSWSWNWNWNWNSWSESESEESESENENENENNENSESWSWWNWNWNWNNENENENWNWNWNWSWWSWSWNWNWNENENWNWNENEENESEESESENENENESESESSWSSESENENWNWNENEENENWNWWSWWNWNWSWSWSSWNWNWSWSSESSWSWNWNNENNWWNWNENENEWWNWSWSWSSESESESESESESWSWSESEESENENENENENSSESESWSWSWWSWESESESEWWSWSWNWWNWNSWSWSESENENENENENENENESESENENNWNNEENENWNWNWNENENESESESSESSWSWSWEESSESESNENENNWNWNENENENWNWNWSWWNWNENENENEESESENENWNWNWWSWSWSWNWNWNWSWSWSESESWSWSWNWNWNWNSSWSWSWSWNNENENWNWNENENEWNWNWSWSWSWSNWNWNWNENEESEENENENESESESSENENESESSWWSWSWSWNWNWSWSWSWNWNWNWNENENWNNEENWWSSWSSESESWSWSESESESWSWWSWNWNWSWSESESEWWSWNWNNENNWWNNENENENWNWNWNENESESEESESESESESWSSWSWSESESENEESSESWSWWSWWSEENNENNENENWNNENESESSESSWSWSESESENENENSSESWSWSWWNWWNWWSWSWSWNWNWNWNSWSWWSESESESWWSWSWNWNWNENNENWNWWNWNENNWWSWSWSNNWNWNENENESEESSESENENESESESESWNNENNWWNWNWNENENENEENWWNWWSWWNWNENESESESESESWSWSESESESENENESSSWWSWSWSWESESESESESWSWNWWSWSWNWNWSWSWSESESESWWSWEENENENNESEENENWNWNWNWWSWNWNENENENENESESESNENENENWNWNENESESESSWSSWSESESESWSWSESENENESESSWSWSWWNWSWWSNNNENNWWSWSSESWSWNWWNWNWNWNENENEENWWNWSWSSWSNWNWWNWSSESSWSWESESEESEESEWWSWSWNWNWNWSWSWSESENENESEENENNWNWNENEESESENENESESESSWSWSEESESWWSWSWNWNWSWSWESENEENWNNENENWNWNWWNENENWNWNWSWSWSNWNWNWNESESSESESESESESENNEESSWSWESENNNENENNENENWNWNWNENESESESESSESWSSWSWWSESESWWSWWNWWNWSWSWNNENNWNWWNENESEESSEENNENENENWNWNWWSWWNNWSSWSWSSESSWSWNWNWSWSSESEENENENESEENSSESESWSWSWWSWSWESESEENENENESESENENWNNWNWNEENNWNWNWEENENESESESSESSWSSWESENENESSESESSEWWSWSWSWNWNWNWWNSSESSWWSSWEESESENEESESSEENNWNWENENNENNESESWSWSWWNWNSWSWWSWWNWNWNENNENENWNWNENENENWNWWNNEESESENENENENWNWWSWWWSSSESESWSWSESESEESWSWWSESENENENWNWNENNWWNWNWNWEENENEESEESESESNEESESSWSSESESWWSWSWNWNWSWSEENNENNWWNNWWNENENWWSWWSWSSWSESEESWSWSWSWNWNSWSESESEENENENESESEESESENENESESWSWWNWWNWNWNNEENENWNNWNENEESESENNENWNWWSSEESWSWSESESWSEESEENENENNWNWNWNWENNWNWWSWSWWNWNEENEENEESSESSEWNWNSSEENEESSWSESESSWESNENEWWWWNNENWWNWEENEENESSESESSESSWSESEENNWNWENENESESWSWSWSWSWSESESWWNWSWEENNESSSSWWSWWNWWSSWWWNNNNEENENNWWSWSWSSESEENEESSSESESESEENEESESNNWNNEENENWNNENWNWWWSWWNWNWNWSWWSSESEESWSSEENEESESWSWNWNWNWSWNNWNWSWSESSESESWWNWWNWSSSESEESEENESESENENSEENESEENNWWNWWSSWSWNNWNNEENNENENWWNWWNWNWSWSWSESESSESENENESESSEEWSSEENEESSWSWSWWWSSESSNNESESSWNNENNWWNNNENENWNWWSWSWSWSWSWSWSWNWNNWNWNENENENWWNNEEESESSWSWWNWSSESSESESEWSWWSWSWWNWWNNWNENENENNWWNWSWSESESSWSESESESEEEENEESESENENENWNNEWWNNEENEENEEWNWNWSNENEESESENEENSSSSWSWNWENENNWEENNWWSWSSESEESSWSWWNNEWSWWNNWWSSWSWESSENEESEENENENNWNNNEESESESWSWESSWWSWSWESEEENEESSEESNWSWSWWSESESWSESEESSWWWNNNNENNESENEESSWSWSWWWENESESESENENENENWNWNWNWNWNWSWSWSWSWSWSNWNWNWNWNENENENENENEWNWNWNWSWSWSWSESSESSWSWSWSESESESESEWSWSWSWNWWNWNWSWSWSWSNWNNWNNENNWNWNWNENENENEESEESESESESENENENENESESESSWSSWSWSESESESESWSWSWWSWNWWSWSWSESESENEENENENENENSESESESESNENNENWNNENENWNWNWNENENENENWNWNWWNWSWWNWNWNWSWSWSWNWNWNWNWSWSWSSESSWWSWSESESESESWSWSWSWNWNWNWNWNWNWSWSWSESESEENEESESESENENENESESESESWSWSWSWSWESESESENENENENENWNNENESESESESSWSWSESESESWSWWSWNWWNWNWNWSWSWSWNWNWNNWNENNENENWNWNWNWNENENEENESEENENESESESENENENENWNWNWNWEENENESESESSESSWSSESESWSWSWSWSESESESWSWSWNWWNWNWSWSWSWSWSWNWNWNNWSWSESESESESEWSWSWSWSEESENEESESENENENENENENWNWNWNWNWNENENENENESESESESNENENENWNWNWWSWWNWNWSWSWSWNWNWNENENENWNWNWNEENEESEENENESESESSWSSWSWSESESESWSWSWSWNWNWNWNWNWSWSWSWSNNWNWNENNWWNWSWSWSSWSESSESESWSWSWSWNWNWNNENENENWNWNWNWNWNENENENWNWWSWSWSWNWNWNSSWSSWSESESWSWSWSESESEENENENESESESENENENESESESWSWSWSWESESESENENNWNWNWNENENENENWNWNWNENEESESENENENESESSESSWSSEESESWSWSWSWWNWNWSWSWSWSWNWNWNWNSWSWSESESESESEWSWSWNWNWNENENENENENWNWNWNENENENEWWNWSWWNWNWSWSWSWSWSNWNENEESEENENENESESESENENENESESSESWSSWSESESENENENNWNNEENENWNWNWNWEENESESESESNNENENWNWSWSWSWSWSWSWSWNWNWSWSSESESWSWSWSWNWNWNWNWSWSWSWSESESESEENEESSESEWSWSWSWWNWNWSWSWSWNNWNNENNWNWNENENWNWNWNWSWSWSSWNNWNENENEESESESENENENESESESESENENENSSESWSWSWSESESESWWSWSWNWWSSESENENENNWNWNENENENENWNWNWWNENENENWNWWSWWNWNWSWSWSWNWNWNWNENENEESEENENESESESESENENENESESESWSSESESWSWNWNWNWSWSWNWNWNWSWSWSSESSWSWSESESESENENENENENSSESESESWSWSESEENENESESESNNENNWNWNENENWNWNWNENENESESESENENNWWSWWNWNWNWWSWSWSWNWNWNENENWNWNWSWSWSWNWNWNENEESESESSWSWSSESESESWSWSWEESEESENENENESESESWSWSWWNWWSWSWWNWNWNWSWSWSESESEWWSWNWNWNWNSWSWSWNNENNWNENENENENWNWNWNEENENESEENNWNWNENEENESESESENENENWNWWNWNWSWWNWNENENWNWWSWSWSSESSWSWNWNWNWSWSWSESESESWSWSWSESENENESESESENENESESESWSWSWESESENENENNWNNEENENSESSESWSWSWWNWNWSWSWSWSWNWNWNWNSWSESESEESESENENENENNENSESWSWWNWNWNWNNENENENWNWNWNWSWWSWSWNWNWNENENWNWNENEENESEESESENENENESESESSWSSESENENWNWNENEENENWNWWSWWNWNWSWSWSSWNWNWSWSSESSWSWNWNNENNWWNWNENENEWWNWSWSWSSESESESESESESWSWSESEESENENENENENSSESESWSWSWWSWESESESEWWSWSWNWWNWNSWSWSESENENENENENENENESESENENNWNNEENENWNWNWNENENESESESSESSWSWSWEESSESESNENENNWNWNENENENWNWNWSWWNWNENENENEESESENENWNWNWWSWSWSWNWNWNWSWSWSESESWSWSWNWNWNWNSSWSWSWSWNNENENWNWNENENEWNWNWSWSWSWSNWNWNWNENEESEENENENESESESSENENESESSWWSWSWSWNWNWSWSWSWNWNWNWNENENWNNEENWWSSWSSESESWSWSESESESWSWWSWNWNWSWSESESEWWSWNWNNENNWWNNENENENWNWNWNENESESEESESESESESWSSWSWSESESENEESSESWSWWSWWSEENNENNENENWNNENESESSESSWSWSESESENENENSSESWSWSWWNWWNWWSWSWSWNWNWNWNSWSWWSESESESWWSWSWNWNWNENNENWNWWNWNENNWWSWSWSNNWNWNENENESEESSESENENESESESESWNNENNWWNWNWNENENENEENWWNWWSWWNWNENESESESESESWSWSESESESENENESSSWWSWSWSWESESESESESWSWNWWSWSWNWNWSWSWSESESESWWSWEENENENNESEENENWNWNWNWWSWNWNENENENENESESESNENENENWNWNENESESESSWSSWSESESESWSWSESENENESESSWSWSWWNWSWWSNNNENNWWSWSSESWSWNWWNWNWNWNENENEENWWNWSWSSWSNWNWWNWSSESSWSWESESEESEESEWWSWSWNWNWNWSWSWSESENENESEENENNWNWNENEESESENENESESESSWSWSEESESWWSWSWNWNWSWSWESENEENWNNENENWNWNWWNENENWNWNWSWSWSNWNWNWNESESSESESESESESENNEESSWSWESENNNENENNENENWNWNWNENESESESESSESWSSWSWWSESESWWSWWNWWNWSWSWNNENNWNWWNENESEESSEENNENENENWNWNWWSWWNNWSSWSWSSESSWSWNWNWSWSSESEENENENESEENSSESESWSWSWWSWSWESESEENENENESESENENWNNWNWNEENNWNWNWEENENESESESSESSWSSWESENENESSESESSEWWSWSWSWNWNWNWWNSSESSWWSSWEESESENEESESSEENNWNWENENNENNESESWSWSWWNWNSWSWWSWWNWNWNENNENENWNWNENENENWNWWNNEESESENENENENWNWWSWWWSSSESESWSWSESESEESWSWWSESENENENWNWNENNWWNWNWNWEENENEESEESESESNEESESSWSSESESWWSWSWNWNWSWSEENNENNWWNNWWNENENWWSWWSWSSWSESEESWSWSWSWNWNSWSESESEENENENESESEESESENENESESWSWWNWWNWNWNNEENENWNNWNENEESESENNENWNWWSSEESWSWSESESWSEESEENENENNWNWNWNWENNWNWWSWSWWNWNEENEENEESSESSEWNWNSSEENEESSWSESESSWESNENEWWWWNNENWWNWEENEENESSESESSESSWSESEENNWNWENENESESWSWSWSWSWSESESWWNWSWEENNESSSSWWSWWNWWSSWWWNNNNEENENNWWSWSWSSESEENEESSSESESESEENEESESNNWNNEENENWNNENWNWWWSWWNWNWNWSWWSSESEESWSSEENEESESWSWNWNWNWSWNNWNWSWSESSESESWWNWWNWSSSESEESEENESESENENSEENESEENNWWNWWSSWSWNNWNNEENNENENWWNWWNWNWSWSWSESESSESENENESESSEEWSSEENEESSWSWSWWWSSESSNNESESSWNNENNWWNNNENENWNWWSWSWSWSWSWSWSWNWNNWNWNENENENWWNNEEESESSWSWWNWSSESSESESEWSWWSWSWWNWWNNWNENENENNWWNWSWSESESSWSESESESEEEENEESESENENENWNNEWWNNEENEENEEWNWNWSNENEESESENEENSSSSWSWNWENENNWEENNWWSWSSESEESSWSWWNNEWSWWNNWWSSWSWESSENEESEENENENNWNNNEESESESWSWESSWWSWSWESEEENEESSEESNWSWSWWSESESWSESEESSWWWNNNNENNESENEESSWSWSWW\n");
	return 0;
}