#include <bits/stdc++.h>   using namespace std;   namespace output {   void __(short x) { cout << x; }   void __(unsigned x) { cout << x; }   void __(int x) { cout << x; }   void __(long long x) { cout << x; }   void __(unsigned long long x) { cout << x; }   void __(double x) { cout << x; }   void __(long double x) { cout << x; }   void __(char x) { cout << x; }   void __(const char* x) { cout << x; }   void __(const string& x) { cout << x; }   void __(bool x) { cout << (x ?  true  :  false ); }   template <class S, class T>   void __(const pair<S, T>& x) {     __(1 ?  (  :   ), __(x.first), __(1 ?  ,   :    ), __(x.second),         __(1 ?  )  :   );   }   template <class T>   void __(const vector<T>& x) {     __(1 ?  {  :   );     bool _ = 0;     for (const auto& v : x) __(_ ? 1 ?  ,   :     :   ), __(v), _ = 1;     __(1 ?  }  :   );   }   template <class T>   void __(const set<T>& x) {     __(1 ?  {  :   );     bool _ = 0;     for (const auto& v : x) __(_ ? 1 ?  ,   :     :   ), __(v), _ = 1;     __(1 ?  }  :   );   }   template <class T>   void __(const multiset<T>& x) {     __(1 ?  {  :   );     bool _ = 0;     for (const auto& v : x) __(_ ? 1 ?  ,   :     :   ), __(v), _ = 1;     __(1 ?  }  :   );   }   template <class S, class T>   void __(const map<S, T>& x) {     __(1 ?  {  :   );     bool _ = 0;     for (const auto& v : x) __(_ ? 1 ?  ,   :     :   ), __(v), _ = 1;     __(1 ?  }  :   );   }   void pr() { cout <<   n ; }   template <class S, class... T>   void pr(const S& a, const T&... b) {     __(a);     if (sizeof...(b)) __(   );     pr(b...);   }   }  // namespace output   using namespace output;   const int MN = 2e5 + 5;   int N, i, x, y, w, vs[MN], st[MN], ring[MN];   long long nxt[MN], ans[MN], sz[MN], dis[MN], len, idk[MN];   vector<pair<int, int> > adj[MN];   stack<int> s;   vector<int> cyc;   void detect(int n, int p) {     vs[n] = 1;     st[n] = 1;     s.push(n);     for (auto v : adj[n]) {       if (v.first == p) continue;       if (!vs[v.first]) detect(v.first, n);       if (st[v.first]) {         while (s.size() && s.top() != v.first) {           cyc.push_back(s.top());           s.pop();         }         cyc.push_back(s.top());         s.pop();       }     }     st[n] = 0;     if (s.size() && s.top() == n) s.pop();   }   void dfs(int n, int p) {     sz[n] = 1;     for (auto v : adj[n]) {       if (v.first == p || ring[v.first]) continue;       dfs(v.first, n);       sz[n] += sz[v.first];       ans[n] += 1LL * v.second * sz[v.first];       ans[n] += ans[v.first];     }   }   void dfs2(int n, int p, long long up) {     long long acc = 0;     for (auto v : adj[n]) {       if (v.first == p) {         up += 1LL * v.second * (N - sz[n]);         ans[n] += up;         continue;       }       if (ring[v.first]) continue;       acc += ans[v.first] + 1LL * v.second * sz[v.first];     }     for (auto v : adj[n]) {       if (v.first == p || ring[v.first]) continue;       dfs2(v.first, n, up + acc - ans[v.first] - 1LL * v.second * sz[v.first]);     }   }   void prop(int n, int p, long long val) {     ans[n] += val;     for (auto v : adj[n]) {       if (v.first == p || ring[v.first]) continue;       prop(v.first, n, val);     }   }   int main() {     for (scanf( %d , &N), i = 1; i <= N; i++) {       scanf( %d%d%d , &x, &y, &w);       adj[x].push_back({y, w});       adj[y].push_back({x, w});     }     detect(1, 0);     for (auto v : cyc) ring[v] = 1;     len = 0;     for (i = 1; i < (int)cyc.size(); i++) {       for (auto v : adj[cyc[i]]) {         if (v.first == cyc[i - 1]) {           dis[cyc[i]] = dis[v.first] + v.second;           idk[cyc[i]] = v.second;           nxt[cyc[i - 1]] = v.second;           len += v.second;           break;         }       }     }     for (auto v : adj[cyc[0]]) {       if (v.first == cyc.back()) {         len += v.second;         nxt[cyc.back()] = v.second;         idk[cyc[0]] = v.second;         break;       }     }     long long sigma = 0;     for (auto v : cyc) {       dfs(v, 0);       dfs2(v, 0, 0);       sigma += ans[v];     }     for (auto v : cyc) {       prop(v, 0, sigma - ans[v]);     }     long long ls = sz[cyc[0]], rs = 0, lsm = 0, rsm = 0, j, dist = idk[cyc[0]];     for (i = (int)cyc.size() - 1; i > 0; i--) {       rs += sz[cyc[i]];       rsm += dist * sz[cyc[i]];       dist += idk[cyc[i]];     }     dist = 0;     for (i = j = 0; i < (int)cyc.size(); i++) {       while ((dist + nxt[cyc[j]]) * 2 <= len) {         dist += nxt[cyc[j]];         j = (j + 1) % cyc.size();         long long dis2 = len - dist;         rs -= sz[cyc[j]];         rsm -= 1LL * dis2 * sz[cyc[j]];         ls += sz[cyc[j]];         lsm += 1LL * dist * sz[cyc[j]];       }       ls -= sz[cyc[i]];       rs += sz[cyc[i]];       long long cur = lsm + rsm;       prop(cyc[i], 0, cur);       if (i + 1 != cyc.size()) {         long long nxt = dis[cyc[i + 1]] - dis[cyc[i]];         lsm -= ls * nxt;         rsm += rs * nxt;         dist -= nxt;       }     }     for (i = 1; i <= N; i++) printf( %lld  , ans[i]);     pr();     return 0;   }