Crack-Your-Placement
leetcode-solutions
Crack-Your-Placement | leetcode-solutions | |
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1 | 22 | |
16 | 60 | |
- | - | |
5.4 | 9.2 | |
7 months ago | 7 days ago | |
C++ | C++ | |
- | MIT License |
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Crack-Your-Placement
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100 Days of Coding Challenge.
Here is my CrackYourPlacement Repo Link
leetcode-solutions
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How can I solve this problem?
This is a 2D prefix sum problem (Check the problems tagged Prefix>Sum>2D in my repository).
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Can anyone here explain Passing Yearbooks problem?
For more problems like this, check the Permutation> Cycle section here: https://github.com/razimantv/leetcode-solutions
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Solved Hard#250 with today's weekly (virtually)
All my leetcode solutions are here along with tags. Find today's solutions in the latest commit.
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Make Array Empty Biweekly Contest
You can't just use (index-displaced) because many positions in between might have already been removed. You need some data structure that can answer questions like "how many numbers in this range have not been removed?" and make updates like "remove this number" efficiently. I did this using a segment tree: https://github.com/razimantv/leetcode-solutions/tree/main/Solutions/M/make-array-empty
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Code runs fine locally, but won't run on LeetCode
No. I used to answer a lot of programming and math questions on Quora (https://www.quora.com/profile/Raziman-T-V). I also have a GitHub repository of my LeetCode solutions (https://github.com/razimantv/leetcode-solutions)
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Got TLE on the last problem no matter how I optimized my solution.
Here is my solution: https://github.com/razimantv/leetcode-solutions/tree/main/Solutions/D/difference-between-maximum-and-minimum-price-sum
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Just solved Problem #1000 with today's daily
If you are interested, all my solutions (mostly C++) are here, along with tags for the algorithms/tricks I used to solve them.
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Meeting room problem variant
Very similar to maximum profit in job scheduling. Can be done with sorting+dp with binary search: https://github.com/razimantv/leetcode-solutions/tree/main/Solutions/M/maximum-profit-in-job-scheduling
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Can we do this question with sliding ? if yes then how?
One way to solve this would be to keep a hash map of prefix sums modulo k: https://github.com/razimantv/leetcode-solutions/tree/main/Solutions/C/continuous-subarray-sum
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Facing wrong answer with implementation of Rabin Karp algorithm, can you help?
Here is my c++ implementation of a similar problem, try to take a look.
What are some alternatives?
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