##### Canadian Computing Competition: 2000 Stage 1, Senior #5

A square by field contains several sheep. A coyote enters the field at some point in the south boundary and proceeds to eat the sheep closest to the point of entry, picking arbitrarily if more than one sheep is equally close. The coyote, being sated, then leaves the field.

Your job is to determine which sheep may be eaten by the coyote.

Assume that the southwest corner of the field is located at , the northwest corner at , the northeast corner at and the southeast corner at .

**Note: The constraints have changed from the original problem.**

#### Input Specification

The first line of input gives the number of sheep, between and inclusive. For each sheep a pair of lines follows, giving its integer coordinates within the field (between and inclusive).

#### Output Specification

For each sheep that might be eaten print a line `The sheep at (x, y) might be eaten.`

where and give the location of the sheep. The sheep can be listed in any order in the output.

#### Sample Input

```
6
100
100
200
150
140
200
100
300
300
300
300
100
```

#### Sample Output

```
The sheep at (100, 100) might be eaten.
The sheep at (300, 100) might be eaten.
```

## Comments

Got stuck for much time... Does "hard" here mean more advanced algorithm or just more powerful data processing technique?