When considering a number x, for each digit in the decimal representation of x, we can try to remove it. The transition is therefore: dp[x] = mind∈digits(x)mind∈digits(x) dp[x-d]. We initialize dp[0] = 0. The complexity is O(n)O(n). Note that the greedy solution of alway...
If you still can't then you proceed to the solution. Try to understand what is going on. Then try your own approach. The CSES problems can be found here: https://cses.fi/problemset/list/ This set has some classic problems. Milestones: 25/11/2021: Solved all Introductory Problems 30/...
CSES-Sheet-Solution Welcome to the CSES Solutions repository in C++! This repository hosts my solutions to the problems on the Competitive Programming platform, CSES (Code Submission Evaluation System). Here, you'll find efficient and well-commented C++ solutions to a wide range of algorithmic and...
Add solution to Binomial Coefficients, and add reusable ModInt class … Oct 21, 2023 bit-strings.cc Solutions to the CSES Problem Set Apr 11, 2023 book-shop.cc Add more solutions & explain relationship between maximum-subarray-su… Apr 16, 2023 ...