link to submission: https://codeforces.me/contest/1790/submission/277762835↵
link to problem : https://codeforces.me/contest/1790/problem/G↵
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I have been trying to solve it for few hours now. I am getting wrong answer on test-case 5 sub-test : 1634↵
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My approach is similar to what is given in the editorial.↵
My approach is: first I run a breadth first search to find the nearest vertex with token in it and it's path contain only bonus. I take the dis vector to keep it's distance from 1.↵
Then i want to check if there is a edge whose both endpoint is a bonus vertex. If so then is there an vertex with token in the neighbouring vertex of that edge(excluding the already found nearest to 1). ↵
If there is then answer is definitely yes.↵
↵
Otherwise: for each bonus vertex find the number of token near it. and these would be the number of moves I can make to help reach nearest token to token 1. ↵
↵
I am not sure what I am doing wrong . If you have any advice on how solve it please help.↵
Thanks.
link to problem : https://codeforces.me/contest/1790/problem/G↵
↵
I have been trying to solve it for few hours now. I am getting wrong answer on test-case 5 sub-test : 1634↵
↵
My approach is similar to what is given in the editorial.↵
My approach is: first I run a breadth first search to find the nearest vertex with token in it and it's path contain only bonus. I take the dis vector to keep it's distance from 1.↵
Then i want to check if there is a edge whose both endpoint is a bonus vertex. If so then is there an vertex with token in the neighbouring vertex of that edge(excluding the already found nearest to 1). ↵
If there is then answer is definitely yes.↵
↵
Otherwise: for each bonus vertex find the number of token near it. and these would be the number of moves I can make to help reach nearest token to token 1. ↵
↵
I am not sure what I am doing wrong . If you have any advice on how solve it please help.↵
Thanks.
