Hello friends! In this video, we'll solve an interesting problem using the sliding window technique.
Problem Description:
ou are given a bookstore that remains open for n minutes. Each minute, a certain number of customers enter the store and leave by the end of that minute. You are given an integer array customers of length n where customers[i] represents the number of customers entering the store at the start of the ith minute.
The bookstore owner can be grumpy during some minutes. This information is provided in a binary array grumpy of length n, where grumpy[i] is 1 if the owner is grumpy during the ith minute and 0 otherwise. When the owner is grumpy, customers entering during that minute are not satisfied; otherwise, they are satisfied.
The owner has a secret technique that allows them to remain not grumpy for a certain number of consecutive minutes, but this technique can only be used once. Your task is to determine the maximum number of satisfied customers throughout the day if the owner uses this technique optimally.
Example:
Input: customers = [1,0,1,2,1,1,7,5], grumpy = [0,1,0,1,0,1,0,1], minutes = 3
Output: 16
Watch the video to understand the detailed implementation and see the code in action! 🚀
By the end of this video, you'll have a comprehensive understanding of how to approach and solve this problem effectively.
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🔗 Related Links and Resources:
LeetCode Daily Challenge - 21/06/2024
Problem Link on LeetCode (leetcode.com/p...)
Check out the source code on GitHub: github.com/alg...
LeetCode Daily Challenge - • LeetCode Daily Challenge
LeetCode Contest - • LeetCode Contest
LeetCode Problem Solutions - • LeetCode Problem Solut...
LeetCode Top Interview 150 - • LeetCode Top Interview...
Tags:
#leetcode #leetcodedailychallenge #arrays #arraysinjava #slidingwindow
#dsa #problemsolving #interviewpreparation #java #datastructures #datastructuresandalgorithms #coding #programming #slidingwindows
#leetcodechallenge
Thank you for watching and happy coding! 😊
Music: Bensound
License code: CBLKEKF1CKORAIOB
24 авг 2024
