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# Lollipop

### Memory limit: 64 MB

Byteasar runs a confectionery in Byteburg. Strawberry-vanilla flavoured lollipops are the favourite of local children. These lollipops are composed of multiple segments of the same length, each segment of either strawberry or vanilla flavour. The price of the lollipop is the sum of the values of its segments, where a vanilla segment costs one bythaler, while a strawberry segments costs two.

Fig. 1: An exemplary lollipop of five segments,
three strawberry flavoured and two vanilla, alternately.
The price of this lollipop is bythalers.

Currently Byteasar is left with only one lollipop, though possibly very long. As a salesman, he knows only too well that probably no one will want to buy the whole lollipop. For this reason he thinks of breaking the lollipop at the joints of the segments in order to get a shorter lollipop. Each fragment for sale, of course, must stay in one piece.

Byteasar vast experience of a salesman, as well as his understanding of children psychology, tell him that his young customers will most likely want to spend all their money on a single lollipop. With this in mind, he wonders for which values of the lollipop he has can be broken down in such a way that as a result one would get, among other pieces, a lollipop worth exactly bythalers. Naturally, he is interested in the way of breaking the lollipop as well. As this task overwhelms him, he asks you for help.

## Input

In the first line of the standard input there are two integers and
(), separated by a single space.
These denote, respectively, the number of segments of the last lollipop left
in store, and the number of values of to consider.
The lollipop's segments are numbered from 1 to .
The second line gives an -letter description of the lollipop, consisting
of letters `T` and `W`, where `T` denotes a strawberry
flavoured segment, while `W` - vanilla flavoured;
the -th of these letters specifies the flavour of the -th segment.
In the following lines successive values of ()
to consider are given, one per line.

## Output

Your program should print out exactly lines, giving, one per line,
the results for successive values of , to the standard output.
If for a given value of it is impossible to break the lollipop in such a way that
there is a contiguous fragment worth exactly bythalers, then the word
`NIE` (*no* in Polish) should be printed. Otherwise, two integers
and (), separated by single spaces, should
be printed, such that the fragment of the lollipop composed of the segments
numbered from to inclusively is worth exactly bythalers.
If there are multiple such pairs, your program is free to choose one
arbitrarily.

## Example

For the input data:

5 3 TWTWT 5 1 7

the correct result is:

1 3 2 2 NIE

**Explanation of the example:**
The example considers the lollipop from Fig. 1.
The segments numbered from 1 to 3 form a `TWT` lollipop, worth 5 bythalers.
Segment number 2 has vanilla flavour and costs 1 bythaler.
There is no way of getting a lollipop worth 7 bythalers out of the one given.

*Task author: Jakub Pachocki.*