There are *n* robots on planet PTZZZ. Each robot has its own unique rank—an integer from 1 to *n*, and should execute all orders from robots with a higher rank.

Once a month all robots get their salary: a positive integer number of credits, not exceeding *k*. The salary is paid by an accountant-robot. Salary is so important for robots that the first month when all the robots got their salary was named the First month of the First year. There are *p* months in the year on PTZZZ, so the robots get their salary *p* times a year.

The salary paid to each robot can be different in different months. If it turns out
that all the robots get exactly the same salary as in any month earlier, the accountant-robot will rust of sadness. What is more, the law doesn't allow the accountant-robot to pay salary in such a way that there will be a triple of robots (*a*, *b*, *c*) with rank of *a* higher than rank of *b*, rank of *b* higher than rank of *c* and the salary of *a* less than the salary of *b* and the salary of *b* less than the salary of *c*.

The accountant-robot doesn't want to rust, so since the First month of the First year he tries to pay salary in different ways. However, the accountant-robot will rust sooner or later. Your task is to calculate the month number when this will happen.

### Input

The only input line contains three space-separated integers *n*, *k* and *p*—the number of robots on PTZZZ, the maximal possible salary and the number of months in a year, respectively (1 ≤ *n* ≤ 1000; 1 ≤ *k* ≤ 200; 2 ≤ *p* ≤ 10^{9}).

### Output

Output the month number the accountant-robot will rust in. Months are numerated 1 to *p*.

### Sample

**Problem Author: **Igor Chevdar

**Problem Source: **Ural SU Contest. Petrozavodsk Winter Session, February 2009