#include <bits/stdc++.h>
using namespace std;
const int INF=1e9;
using pii=pair<int,int>;
using tii=tuple<int,int,int>;
#define rep(i,n) for (int i=0;i<(int)(n);i++)
#define all(v) v.begin(),v.end()
template<class T> void chmin(T &a,T b){
    if(a>b){
        a=b;
    }
}
template<class T> void chmax(T &a,T b){
    if(a<b){
        a=b;
    }
}
int H=60,W=25,T=1000;
struct Input{
    int n;
    vector<int> h,p,x;
    void input_cin(){
        cin >> n;
        if(n==-1) exit(0);
        h.assign(n,0);
        p.assign(n,0);
        x.assign(n,0);
        rep(i,n) cin >> h[i] >> p[i] >> x[i];
    }
}Input;
struct shooter{
    int i;
    int j;
    int l;
    int s;
};
struct enemy{
    int i;
    int fh;
    int h;
    int p;
};
struct state{
    int turn;
    double point;
    vector<queue<enemy>> q_enemy;
    shooter me;
    string root;
};
bool operator<(const state &a,const state &b){
    return (double)a.point*(double)a.me.l<(double)b.point*(double)b.me.l;
}

struct solver{
    string beam_search(int now_turn,state first_state,int depth,int width){
        vector<state> now_beam,next_beam;
        now_beam.push_back(first_state);
        rep(d,depth){
            rep(w,width){
                if((int)now_beam.size()<=w) break;
                rep(m,3){
                    state new_state=now_beam[w];
                    if(m==0){
                        new_state.root.push_back('S');
                    }
                    if(m==1){
                        new_state.me.j--;
                        if(new_state.me.j<0) new_state.me.j+=W;
                        new_state.root.push_back('L');
                    }
                    if(m==2){
                        new_state.me.j++;
                        if(W<=new_state.me.j) new_state.me.j-=W;
                        new_state.root.push_back('R');
                    }
                    if(!new_state.q_enemy[new_state.me.j].empty()&&new_state.me.i==new_state.q_enemy[new_state.me.j].front().i) new_state.point=-1e9;
                    if(!new_state.q_enemy[new_state.me.j].empty()&&0<new_state.q_enemy[new_state.me.j].front().h){
                        new_state.q_enemy[new_state.me.j].front().h-=new_state.me.l;
                        if(new_state.root.back()=='S') new_state.point+=T-now_turn;
                        if(new_state.q_enemy[new_state.me.j].front().h<=0){
                            /*if(now_turn<=300) new_state.point+=new_state.q_enemy[new_state.me.j].front().fh*new_state.q_enemy[new_state.me.j].front().fh;
                            else new_state.point+=new_state.q_enemy[new_state.me.j].front().fh*new_state.q_enemy[new_state.me.j].front().p;*/
                            new_state.point+=new_state.q_enemy[new_state.me.j].front().fh;
                            new_state.point+=(depth-(new_state.turn-now_turn))*(depth-(new_state.turn-now_turn));
                            new_state.me.s+=new_state.q_enemy[new_state.me.j].front().p;
                            new_state.q_enemy[new_state.me.j].pop();
                        }
                    }else{
                        int now_d=2;
                        if(300<=now_turn) now_d=5;
                        new_state.point-=now_d;
                        int sz=new_state.root.size();
                        if(1<=sz&&new_state.root[sz-1]=='S') new_state.point-=now_d;
                        if(2<=sz&&((new_state.root[sz-1]=='L'&&new_state.root[sz-2]=='R')||(new_state.root[sz-1]=='R'&&new_state.root[sz-2]=='L'))) new_state.point-=now_d;
                    }
                    new_state.me.l=1+new_state.me.s/100;
                    new_state.me.i--;
                    rep(j,W){
                        if(!new_state.q_enemy[j].empty()&&new_state.me.i<new_state.q_enemy[j].front().i){
                            new_state.point-=new_state.q_enemy[j].front().fh-new_state.q_enemy[j].front().h;
                            new_state.q_enemy[j].pop();
                        }
                    }
                    if(!new_state.q_enemy[new_state.me.j].empty()&&new_state.me.i==new_state.q_enemy[new_state.me.j].front().i) new_state.point=-1e9;
                    new_state.turn++;
                    next_beam.push_back(new_state);
                }
            }
            sort(all(next_beam));
            reverse(all(next_beam));
            swap(now_beam,next_beam);
            next_beam.clear();
        }
        return now_beam.front().root;
    }
    void solve(){
        int score=0;
        shooter me={H+T,12,1,0};
        vector<queue<enemy>> q_enemy(W);
        string root;
        rep(t,T){
            me.i--;
            rep(j,W){
                if(!q_enemy[j].empty()&&me.i<q_enemy[j].front().i) q_enemy[j].pop();
            }
            if(!q_enemy[me.j].empty()&&me.i==q_enemy[me.j].front().i) assert(0);
            Input.input_cin();
            rep(i,Input.n){
                q_enemy[Input.x[i]].push({me.i-H+1,Input.h[i],Input.h[i],Input.p[i]});
            }
            state first_state={0,0,q_enemy,me,""};
            root=beam_search(t,first_state,10,10);
            if(root.empty()){
                cout << "S" << endl;
            }else{
                cout << root.front() << endl;
                if(root.front()=='L'){
                    me.j--;
                    if(me.j<0) me.j+=W;
                }
                if(root.front()=='R'){
                    me.j++;
                    if(W<=me.j) me.j-=W;
                }
            }
            if(!q_enemy[me.j].empty()&&me.i==q_enemy[me.j].front().i) assert(0);
            if(!q_enemy[me.j].empty()&&0<q_enemy[me.j].front().h){
                q_enemy[me.j].front().h-=me.l;
                if(q_enemy[me.j].front().h<=0){
                    score+=q_enemy[me.j].front().fh;
                    me.s+=q_enemy[me.j].front().p;
                    q_enemy[me.j].pop();
                }
            }
            me.l=1+me.s/100;
            
        }
    }
}Solver;
int main(){
    Solver.solve();
}