#include "bits/stdc++.h"
using namespace std;
using ll = long long;
using pii = pair<int, int>;
template <typename T>
int sz(const T &a) { return int(a.size()); }

void solveone() {
    printf("UCCAGGUACUGUUGCGCGCCC\n");
}

void solvetwo() {
    printf("UGCAGGUACACGAGGUACUGUUGAAGGUACACGUGCUGAUGUUCCUGCUGUACGUGCAGGUACUGAUGCACGAGGUACUGAUACACGAGGUACUGAUGCACGAGGUACUGAUACACGAGGUACUGAUGCACGAGGUACUGAUACACGAGGUACUGAUGCACGAGGUACUGAUACACGAGGUACUGAUGCACGAGGUACUGAUACACGUGUUGUUGUUGUUGUUGUUGUUGUUGUUGUUGAGCGCCC\n");
}

void solvethree() {
    printf("UGCAGGACGACGUCCAGGUACACGUGCACGUGCUGAUGAUGUACGACGACGUGCUGAUGCAGGUACACGAGGUACUGUUGAUGUACGAGGUGAUGAUGAUGCUGAAGGUACACGAGGUACUGUUGAUGUACGGCGCCCUGUUGAUGAAGGUACUGAUGCACGAGGUACUGAUGCACGAGGUACUGAUACUACACGAGGUACUGAUGCACGAGGUACUGAUGCACGAGGUACUGAUACUACACGAGGUACUGAUGCACGAGGUACUGAUGCACGAGGUACUGAUACUACACGUGUUGUUGUUGUUGUUGUUGUUGUUGUUGAAGGUACUGAUGCACGUGUUGAAGGUACACGUGCUGAAGGUACACGUGCUGAAGGUACACGUACUACUGAAGGUACACGUGCUGAUGUUGUUGUUGUACGAGGUACUGAUGCACGUGUUGAUGAUGU\n");
}

void solvefour() {
    printf("UGCAGGACGUCCUGCUGUUGAUACUGAUACAGGACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUACUGUACGAGGACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCACGACGUGCUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUGAUACUGUACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGACGAGGUACUGUACGAGGUACUGUUGAUGAUGAACGUGAACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAACGACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAAGGUACUGUUGCGCGCCCACGACGAGGUACUGUUGUUGAUGAUGAACGACGAGGUACUGUUGUUGAUGAAGGUACUGUACGAGGUACUGUUGAUGAUGAACGUACUACUACUACUGAACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAACGACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAAGGUACUGUUGCGCGCCCACGACGAGGUACUGUUGUUGAUGAUGAACGACGAGGUACUGUUGUUGAUGAAGGUACUGUACGAGGUACUGUUGAUGAUGAACGUACUACUACUACUACUACUACUACUGAACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAACGACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAAGGUACUGUUGCGCGCCCACGACGAGGUACUGUUGUUGAUGAUGAACGACGAGGUACUGUUGUUGAUGAAGGUACUGUACGAGGUACUGUUGAUGAUGAUACACGUACUACUGAACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAACGACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAAGGUACUGUUGCGCGCCCACGACGAGGUACUGUUGUUGAUGAUGAACGACGAGGUACUGUUGUUGAUGAAGGUACUGUACGAGGUACUGUUGAUGAUGAUACACGUACUACUACUACUACUACUGAACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAACGACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAAGGUACUGUUGCGCGCCCACGACGAGGUACUGUUGUUGAUGAUGAACGACGAGGUACUGUUGUUGAUGAAGGUACUGUACGAGGUACUGUUGAUGAUGAUACUACACGUGAACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAACGACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAAGGUACUGUUGCGCGCCCACGACGAGGUACUGUUGUUGAUGAUGAACGACGAGGUACUGUUGUUGAUGAAGGUACUGUACGAGGUACUGUUGAUGAUGAUACUACACGUACUACUACUACUGAACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAACGACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAAGGUACUGUUGCGCGCCCACGACGAGGUACUGUUGUUGAUGAUGAACGACGAGGUACUGUUGUUGAUGAAGGUACUGUACGAGGUACUGUUGAUGAUGAUACUACACGUACUACUACUACUACUACUACUACUGAACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAACGACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAAGGUACUGUUGCGCGCCCACGACGAGGUACUGUUGUUGAUGAUGAACGACGAGGUACUGUUGUUGAUGAAGGUACUGUACGAGGUACUGUUGAUGAUGAUACUACUACACGUACUACUGAACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAACGACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAAGGUACUGUUGCGCGCCCACGACGAGGUACUGUUGUUGAUGAUGAACGACGAGGUACUGUUGUUGAUGAAGGUACUGUACGAGGUACUGUUGAUGAUGAUACUACUACACGUACUACUACUACUACUACUGAACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAACGACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAAGGUACUGUUGCGCGCCCACGACGAGGUACUGUUGUUGAUGAUGAACGACGAGGUACUGUUGUUGAUGAAGGUACUGUACGAGGUACUGUUGAUGAUGAUACUACUACUACACGUGAACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAACGACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAAGGUACUGUUGCGCGCCCACGACGAGGUACUGUUGUUGAUGAUGAACGACGAGGUACUGUUGUUGAUGAAGGUACUGUACGAGGUACUGUUGAUGAUGAUACUACUACUACACGUACUACUACUACUGAACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAACGACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAAGGUACUGUUGCGCGCCCACGACGAGGUACUGUUGUUGAUGAUGAACGACGAGGUACUGUUGUUGAUGAAGGUACUGUACGAGGUACUGUUGAUGAUGAUACUACUACUACACGUACUACUACUACUACUACUACUACUGAACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAACGACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAAGGUACUGUUGCGCGCCCACGACGAGGUACUGUUGUUGAUGAUGAACGACGAGGUACUGUUGUUGAUGAAGGUACUGUACGAGGUACUGUUGAUGAUGAUACUACUACUACUACACGUACUACUGAACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAACGACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAAGGUACUGUUGCGCGCCCACGACGAGGUACUGUUGUUGAUGAUGAACGACGAGGUACUGUUGUUGAUGAAGGUACUGUACGAGGUACUGUUGAUGAUGAUACUACUACUACUACACGUACUACUACUACUACUACUGAACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAACGACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAAGGUACUGUUGCGCGCCCACGACGAGGUACUGUUGUUGAUGAUGAACGACGAGGUACUGUUGUUGAUGAAGGUACUGUACGAGGUACUGUUGAUGAUGAUACUACUACUACUACUACACGUGAACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAACGACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAAGGUACUGUUGCGCGCCCACGACGAGGUACUGUUGUUGAUGAUGAACGACGAGGUACUGUUGUUGAUGAAGGUACUGUACGAGGUACUGUUGAUGAUGAUACUACUACUACUACUACACGUACUACUACUACUGAACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAACGACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAAGGUACUGUUGCGCGCCCACGACGAGGUACUGUUGUUGAUGAUGAACGACGAGGUACUGUUGUUGAUGAAGGUACUGUACGAGGUACUGUUGAUGAUGAUACUACUACUACUACUACACGUACUACUACUACUACUACUACUACUGAACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAACGACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAAGGUACUGUUGCGCGCCCACGACGAGGUACUGUUGUUGAUGAUGAACGACGAGGUACUGUUGUUGAUGAAGGUACUGUACGAGGUACUGUUGAUGAUGAUACUACUACUACUACUACUACACGUACUACUGAACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAACGACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAAGGUACUGUUGCGCGCCCACGACGAGGUACUGUUGUUGAUGAUGAACGACGAGGUACUGUUGUUGAUGAAGGUACUGUACGAGGUACUGUUGAUGAUGAUACUACUACUACUACUACUACACGUACUACUACUACUACUACUGAACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAACGACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAAGGUACUGUUGCGCGCCCACGACGAGGUACUGUUGUUGAUGAUGAACGACGAGGUACUGUUGUUGAUGAAGGUACUGUACGAGGUACUGUUGAUGAUGAUACUACUACUACUACUACUACUACACGUGAACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAACGACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAAGGUACUGUUGCGCGCCCACGACGAGGUACUGUUGUUGAUGAUGAACGACGAGGUACUGUUGUUGAUGAAGGUACUGUACGAGGUACUGUUGAUGAUGAUACUACUACUACUACUACUACUACACGUACUACUACUACUGAACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAACGACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAAGGUACUGUUGCGCGCCCACGACGAGGUACUGUUGUUGAUGAUGAACGACGAGGUACUGUUGUUGAUGAAGGUACUGUACGAGGUACUGUUGAUGAUGAUACUACUACUACUACUACUACUACACGUACUACUACUACUACUACUACUACUGAACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAACGACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAAGGUACUGUUGCGCGCCCACGACGAGGUACUGUUGUUGAUGAUGAACGACGAGGUACUGUUGUUGAUGAAGGUACUGUACGAGGUACUGUUGAUGAUGAUACUACUACUACUACUACUACUACUACACGUACUACUGAACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAACGACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAAGGUACUGUUGCGCGCCCACGACGAGGUACUGUUGUUGAUGAUGAACGACGAGGUACUGUUGUUGAUGAAGGUACUGUACGAGGUACUGUUGAUGAUGAUACUACUACUACUACUACUACUACUACACGUACUACUACUACUACUACUGAACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAACGACGACGUGCUGAUGAAGGACGACGUACUGAUGAAGGUACUGUUGUACGACGAGGUGAUGAAGGUACUGUUGCGCGCCCACGACGAGGUACUGUUGUUGAUGAUGAACGACGAGGUACUGUUGUUGAUGAAGGUACUGUACGAGGUACUGUUGAUGAUGAAGGUACUGUGCGCCC\n");
}

void solvefive() {
    printf("UGCAGGACGUCCUGCUGUUGAUACUGAUACAGGACGACGUGCACGACGUGCACGACGUGCACGACGUGCUGAUGAUGAUGAUGAUGAUGAUGAUACUGUACGAGGACGACGUGCACGACGUGCACGACGUGCACGACGUGCUGAUGAUGAUGAUGAUGAUGAUGAUACUGUACGACGACGACGACGACGACGACGACGUGCUGAAGGACGUACUGAAGGUACUGUUGUACGAGGUGAAGGUACUGUUGCGCGCCCACGAGGUACUGUUGUUGAAGGUACUGUUGAAGGUACUGUUGAUACUACUACUACUACACGUGCUGAAGGACGUACUGAAGGUACUGUUGUACGAGGUGAAGGUACUGUUGCGCGCCCACGAGGUACUGUUGUUGAAGGUACUGUGCGCCC\n");
}

void solvesix() {
    printf("UGCAGGACGACGUCCAGGUACACGUGCACGUGCUGAUGAUGUACGACGACGUGCUGAUGCAGGUACACGAGGUACUGUUGAUGUACGAGGUGAUGAUGAUGAAGGAGGUACUGUGCGCCCUGUACGACGACGACGACGACGUGCAGGUACUGAUGCACGAGGUACUGAUACACGAGGUACUGAUGCACGAGGUACUGAUACACGAGGUACUGAUGCACGAGGUACUGAUACACGAGGUACUGAUGCACGAGGUACUGAUACACGAGGUACUGAUGCACGAGGUACUGAUACACGUGUUGUUGUUGUUGUUGUUGUUGUUGUUGUUGAGCGCCCUGUUGAACGACGAGGUACUGUACGAGGUACUGUUGAUGAUGAUGAAGGUACACGACGACGUGCACGUGCUGAUGAUGAUGAUGUACGACGACGAGGUACUGAUGAUGAUGCACGACGACGUGUUGAUGAUGAAGGUACUGAUGCACGAGGUACUGAUGCACGAGGUACUGAUACUACACGAGGUACUGAUGCACGAGGUACUGAUGCACGAGGUACUGAUACUACACGAGGUACUGAUGCACGAGGUACUGAUGCACGAGGUACUGAUACUACACGUGUUGUUGUUGUUGUUGUUGUUGUUGUUGAAGGUACUGAUGCACGUGUUGAAGGUACACGUGCUGAAGGUACACGUGCUGAAGGUACACGUACUACUGAAGGUACACGUGCUGAUGUUGUUGUUGUACGAGGUACUGAUGCACGUGUUGAUGAUGU\n");
}

int main() {
    cin.tie(NULL);
    ios_base::sync_with_stdio(false);
    int k;
    cin >> k;
    if (k == 1) {
        solveone();
    } else if (k == 2) {
        solvetwo();
    } else if (k == 3) {
        solvethree();
    } else if (k == 4) {
        solvefour();
    } else if (k == 5) {
        solvefive();
    } else {
        solvesix();
    }
}