# | Submission time | Handle | Problem | Language | Result | Execution time | Memory |
---|---|---|---|---|---|---|---|
647695 | 2022-10-03T16:15:47 Z | borgar02 | Zalmoxis (BOI18_zalmoxis) | C++17 | 579 ms | 73092 KB |
#include <bits/stdc++.h> using namespace std; struct node { node *ch[2]; bool marked, vis; int h; node(int h) : ch({NULL, NULL}), marked(false), vis(false), h(h) {} node *go_to(int s) { if(ch[s] == NULL) { ch[!s] = new node(h - 1); return ch[s] = new node(h - 1); } return ch[s]; } bool cansplit() { return !ch[0] && !ch[1] && h; } }; node *root = new node(30); bool add(int x, int curr = 30, node *t = root) { // cout << curr << "\n"; if(t -> vis) return false; if(curr == x && !(t -> ch[0])) { return t -> vis = t -> marked = true;} else if(curr == x) return false; // cout << "Going left\n"; bool ok; if(!(ok = add(x, curr - 1, t -> go_to(0)))) { // cout << "Going right\n"; ok = add(x, curr - 1, t -> go_to(1)); } if(!ok) t -> vis = true; return ok; } const int N = 1e6 + 5; int a[N]; int k; int cnt; void count_leaves(node *t = root) { if(t -> ch[0]) { count_leaves(t -> ch[0]); count_leaves(t -> ch[1]); } else if(!t -> marked) cnt++; } void dfs(node *t = root) { if(!t -> ch[0] && !t -> marked && k && t -> cansplit()) { k--; t -> go_to(0); } if(t -> ch[0]) { dfs(t -> ch[0]); dfs(t -> ch[1]); } } vector <int> res; void dfs2(node *t = root) { if(t -> ch[0]) { dfs2(t -> ch[0]); dfs2(t -> ch[1]); } else res.push_back(t -> h); } int main() { root -> go_to(0); int n; cin >> n >> k; for(int i = 1; i <= n; i++) { cin >> a[i]; assert(add(a[i])); } count_leaves(); int ck = k; k -= cnt; dfs(); dfs2(); assert(res.size() == n + ck); for(int x : res) cout << x << " "; return 0; }
Compilation message
# | Verdict | Execution time | Memory | Grader output |
---|---|---|---|---|
1 | Correct | 536 ms | 72956 KB | Output is correct |
2 | Correct | 579 ms | 72944 KB | Output is correct |
3 | Correct | 524 ms | 72980 KB | Output is correct |
4 | Correct | 512 ms | 72868 KB | Output is correct |
5 | Correct | 533 ms | 72900 KB | Output is correct |
6 | Correct | 534 ms | 72872 KB | Output is correct |
# | Verdict | Execution time | Memory | Grader output |
---|---|---|---|---|
1 | Correct | 493 ms | 73040 KB | Output is correct |
2 | Incorrect | 490 ms | 72872 KB | doesn't contain S as a subsequence |
3 | Incorrect | 480 ms | 72936 KB | doesn't contain S as a subsequence |
4 | Incorrect | 486 ms | 73056 KB | doesn't contain S as a subsequence |
5 | Incorrect | 503 ms | 73012 KB | doesn't contain S as a subsequence |
6 | Incorrect | 548 ms | 72968 KB | doesn't contain S as a subsequence |
7 | Correct | 498 ms | 73092 KB | Output is correct |
8 | Correct | 496 ms | 72908 KB | Output is correct |
9 | Incorrect | 445 ms | 72168 KB | doesn't contain S as a subsequence |
10 | Incorrect | 273 ms | 70140 KB | doesn't contain S as a subsequence |
11 | Incorrect | 359 ms | 70976 KB | doesn't contain S as a subsequence |
12 | Incorrect | 174 ms | 68948 KB | doesn't contain S as a subsequence |
13 | Incorrect | 178 ms | 68892 KB | doesn't contain S as a subsequence |
14 | Correct | 172 ms | 68944 KB | Output is correct |