Webcompetitive coding ( Codeforces contest submissions) - GitHub - igoswamik/cpp: competitive coding ( Codeforces contest submissions) WebMar 16, 2024 · Mocha and Diana (Hard Version) - CodeForces 1559D2 - Virtual Judge Submissions Leaderboard Time limit 2000 ms Mem limit 262144 kB Source Codeforces …
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WebD2 - Mocha and Diana (Hard Version) GNU C++14 Accepted: 124 ms 4300 KB 178041337: Oct/27/2024 02:53: cszhpdx: D2 - Mocha and Diana (Hard Version) GNU C++14 Wrong answer on test 6: 31 ms 4300 KB 178006343: Oct/26/2024 17:50: cszhpdx: A2 - Burenka and Traditions (hard version) WebD2 Equalizing by Division (hard version) &&D1 Equalizing by Division (easy version) (easy version)(Codeforces Round #582 (Div. 3)) The only difference between easy and hard versions is the number of elements in the array. shurastey dogs
Codeforces Round #738 (Div. 2) D. Mocha and Diana - CSDN博客
WebD2 - Mocha and Diana (Hard Version) GNU C++20 (64) Time limit exceeded on test 11: 2000 ms 10000 KB 179019000: Nov/03/2024 07:09: hphuong: D2 - Mocha and Diana (Hard Version) GNU C++20 (64) Time limit exceeded on test 18: 2000 ms 10100 KB 178428000: Oct/29/2024 19:23: hphuong WebAug 16, 2024 · D2. Mocha and Diana (Hard Version) (并查集+思维)_重生之我是考研人的博客-CSDN博客 D2. Mocha and Diana (Hard Version) (并查集+思维) 重生之我是考研 … WebAug 16, 2024 · They add the same edges. That is, if an edge (u,v) is added to Mocha’s forest, then an edge (u,v) is added to Diana’s forest, and vice versa. Mocha and Diana want to know the maximum number of edges they can add, and which edges to add. The first line contains three integers n, m1 and m2 (1≤n≤105, 0≤m1,m2 the outsiders family theme