/**    *  created: 05/04/2021, 13:22:49   **/      #include <bits/stdc++.h>      using namespace std;      const int max_n = 6066, inf = 1000111222;      template<typename T>   ostream& operator << (ostream &os, const vector<T> &v) {       os <<  [ ;       for (int i = 0; i < v.size(); ++i) {           if (i) {               os <<    ;           }           os << v[i];       }       os <<  ] ;       return os;   }      struct Animal {       int a[3], wins, id;          int get_strength() const {           return a[wins];       }   };      ostream& operator << (ostream &os, const Animal &a) {       os << a.id;       return os;   }      pair<int, long long> solve_triv(vector<Animal> a) {       const int n = a.size();       int pos = 0;       long long ans = 0;       while (ans < 3LL * n * n * n) {           ++ans;           int nxt = (pos + 1) % n;           if (a[pos].get_strength() < a[nxt].get_strength()) {               a[pos].wins = 0;               a[nxt].wins = 1;           } else {               ++a[pos].wins;               if (a[pos].wins == 3) {                   return {a[pos].id, ans};               }               swap(a[pos], a[nxt]);           }           pos = nxt;       }       return {-1, -1};   }      bool red[max_n];   int closest_not_red[max_n], num_before[max_n];      pair<int, long long> solve(vector<Animal> a) {       const int n = a.size();       int pos = 0;       long long ans = 0;       while (ans < 2 * n || a[pos].wins != 1) {           ++ans;           int nxt = (pos + 1) % n;           if (a[pos].get_strength() < a[nxt].get_strength()) {               a[pos].wins = 0;               a[nxt].wins = 1;           } else {               ++a[pos].wins;               if (a[pos].wins == 3) {                   return {a[pos].id, ans};               }               swap(a[pos], a[nxt]);           }           pos = nxt;       }       while (true) {           rotate(a.begin(), a.begin() + pos, a.end());           pos = 0;           int tot_red = 0, first_red = -1;           for (int i = 0; i < n; ++i) {               red[i] = a[i].a[0] < a[(i + n - 1) % n].a[1];               tot_red += red[i];               if (first_red == -1 && red[i]) {                   first_red = i;               }           }           assert(!red[pos] && a[pos].wins == 1);           for (int i = 0; i < n; ++i) {               assert(!red[i] || !red[(i + 1) % n]);           }           if (!tot_red) {               break;           }           if (0) {               for (int i = pos; i < pos + n; ++i) {                   cout <<  (  << a[i % n].id <<  , wins =   << a[i % n].wins <<     <<  NR [red[i % n]] <<  )  ;               }               cout << endl;               break;           }           int full_circles = inf, last_red = inf;           for (int i = n - 1; i >= 0; --i) {               if (!red[i]) {                   int nxt_red = last_red;                   if (nxt_red == inf) {                       nxt_red = first_red;                   }                   int nxt = (i + 1) % n;                   if (red[nxt]) {                       nxt = (nxt + 1) % n;                   }                   if (a[i].a[2] > a[nxt].a[0]) {                       int circles = nxt_red - i;                       if (circles < 0) {                           circles += n;                       }                       --circles;                       full_circles = min(full_circles, circles);                   }               } else {                   last_red = i;               }           }           vector<pair<int, int>> v;           int tot_not_red = 0;           for (int i = 0; i < n; ++i) {               if (red[i]) {                   closest_not_red[i] = inf;                   auto it = lower_bound(v.begin(), v.end(), make_pair(a[i].a[0], inf));                   if (it != v.begin()) {                       --it;                       closest_not_red[i] = 1;                       int circles = max(0, tot_not_red - it->second - 1);                       full_circles = min(full_circles, circles);                   }               } else {                   ++tot_not_red;                   while (!v.empty() && v.back().first > a[i].a[1]) {                       v.pop_back();                   }                   v.push_back({a[i].a[1], tot_not_red});               }           }           v.clear();           int tot_not_red_left = tot_not_red;           tot_not_red = 0;           for (int i = n - 1; i >= 0; --i) {               if (red[i]) {                   if (closest_not_red[i] == inf) {                       auto it = lower_bound(v.rbegin(), v.rend(), make_pair(a[i].a[0], inf));                       if (it != v.rbegin()) {                           --it;                           int circles = max(0, tot_not_red_left + it->second - 1);                           full_circles = min(full_circles, circles);                       }                   }               } else {                   ++tot_not_red;                   if (v.empty() || v.back().first > a[i].a[1]) {                       v.push_back({a[i].a[1], tot_not_red});                   }                   --tot_not_red_left;               }           }           if (full_circles == inf) {               break;           }           ans += full_circles * (n - 1);           const int M = n - tot_red;           for (int i = 0; i < M; ++i) {               num_before[i] = -1;           }           tot_not_red = 0;           for (int i = 0; i < n; ++i) {               if (red[i]) {                   int num = ((tot_not_red - full_circles) % M + M) % M;                   //cout <<  %%   << i <<     << tot_not_red <<     << num << endl;                   assert(num_before[num] == -1);                   num_before[num] = i;               } else {                   ++tot_not_red;               }           }           vector<Animal> na;           na.reserve(n);           tot_not_red = 0;           int add = 0;           for (int i = 0; i < n; ++i) {               if (!red[i]) {                   if (num_before[tot_not_red] != -1) {                       na.push_back(a[num_before[tot_not_red]]);                   }                   if (tot_not_red == M - full_circles) {                       pos = na.size();                       add = num_before[tot_not_red] != -1;                   }                   na.push_back(a[i]);                   ++tot_not_red;                  }           }           if (!full_circles) {               add = 0;           }           assert(na.size() == n);           for (int i = 0; i < n; ++i) {               na[i].wins = 0;               if (i == pos) {                   na[i].wins = 1 + add;               }           }           //cout << a <<   ->   << na <<     << full_circles << endl;           a.swap(na);           //cout <<  #  << ans <<     << pos << endl;              long long need_ans = ans + 2 * n + 2;           while (ans < need_ans || a[pos].wins != 1) {               ++ans;               int nxt = (pos + 1) % n;               if (a[pos].get_strength() < a[nxt].get_strength()) {                   a[pos].wins = 0;                   a[nxt].wins = 1;               } else {                   ++a[pos].wins;                   if (a[pos].wins == 3) {                       return {a[pos].id, ans};                   }                   swap(a[pos], a[nxt]);               }               pos = nxt;           }       }       return {-1, -1};   }      int n;   Animal a[max_n];      const int seed = chrono::steady_clock::now().time_since_epoch().count();   mt19937 generator(seed * 0);      int rnd() {       return generator() >> 1;   }      int rnd(int r) {       return rnd() % r;   }      int rnd(int l, int r) {       return l + rnd(r - l + 1);   }      int main() {       //freopen( input.txt ,  r , stdin);       //freopen( output.txt ,  w , stdout);       if (0) {           for (int test = 0; ; ++test) {               n = rnd(4, 500);               vector<int> v;               for (int i = 0; i < 3 * n; ++i) {                   v.push_back(i);               }               shuffle(v.begin(), v.end(), generator);               for (int i = 0; i < n; ++i) {                   for (int j = 0; j < 3; ++j) {                       a[i].a[j] = v.back();                       v.pop_back();                   }                   sort(a[i].a, a[i].a + 3);                   swap(a[i].a[0], a[i].a[1]);                   if (rnd(2)) {                       swap(a[i].a[0], a[i].a[2]);                   }                   a[i].id = i;               }               auto p1 = solve_triv({a, a + n});               auto p2 = solve({a, a + n});               if (p1 != p2) {                   cout <<  OK:   << p1.first <<     << p1.second << endl;                   cout <<  WA:   << p2.first <<     << p2.second << endl;                   cout << n << endl;                   for (int i = 0; i < n; ++i) {                       for (int j = 0; j < 3; ++j) {                           cout << a[i].a[j] <<    ;                       }                       cout << endl;                   }                   return 1;               }               if (test % 1000 == 0) cout <<  +   << test <<   n ;           }       }       scanf( %d , &n);       for (int i = 0; i < n; ++i) {           for (int j = 0; j < 3; ++j) {               scanf( %d , &a[i].a[j]);           }           a[i].id = i;       }       //auto ans = solve_triv({a, a + n});       auto ans = solve({a, a + n});       printf( %d %lld n , ans.first, ans.second);       return 0;   }