✅Day 61 | LeetCode 2864. Maximum Odd Binary Number
🌟 Welcome to the Quest for the Maximum Odd Binary Number! 🚀
Embark on an exhilarating journey as we delve into the realm of binary numbers, seeking the ultimate odd binary number amidst a sea of zeros and ones. Join us in our quest to uncover the most magnificent odd binary number, adorned with a captivating arrangement of digits.
🎯 Problem Overview:
In this thrilling adventure, we are presented with a string representing a binary number. Our mission is to transform this binary number into the maximum odd binary number possible by performing a series of strategic operations. An odd binary number is defined as a binary number that ends with the digit '1'.
🚀 Algorithm Breakdown:
We begin by traversing the input binary string to count the number of '1's present.
Next, we construct the maximum odd binary number by appending '1's to the string, ensuring that the total count of '1's remains unchanged.
After appending the necessary '1's, we fill the remaining positions with '0's to maintain the binary number's structure.
Finally, we add a trailing '1' to ensure that the resulting binary number remains odd.
📊 Complexity Analysis:
Time Complexity: O(N), where N is the length of the input binary string. The algorithm traverses the string once to count the number of '1's and constructs the maximum odd binary number.
Space Complexity: O(N), where N is the length of the output binary number. The space complexity is determined by the size of the resulting binary string.
Prepare to embark on an exhilarating journey through the binary landscape as we unravel the secrets of constructing the maximum odd binary number. Explore the intricacies of binary manipulation and witness the transformation of zeros and ones into a magnificent odd binary masterpiece! 🔗✨
Tags: #binarynumber #maximumodd #binarymanipulation #codingchallenge #programminglogic #algorithmexplained #strategicoperations #binarytransformation