Scott Dietzen’s Post

🚀 Day 67 of #100DaysOfCode! 🎉 Today, I took on the exciting challenge of matrix transposition and rotation in C. 🔄📊 Working with two-dimensional arrays and transforming matrices was both fun and educational. It's amazing how powerful algorithms can be in reshaping data with just a few lines of code! 💻✨ 🌟 Loving every step of this coding journey and eager to dive into more advanced topics in the coming days! 💪 #CProgramming #MatrixManipulation #CodeSnippet #Algorithms #ProblemSolving #100DaysOfCodeChallenge #CodeNewbie #LearningEveryday #CodingJourney

🌟 Day 94/100 of my #100DaysOfCode Challenge 🌟 Today marks day 94 of my coding journey! 🚀 I tackled an interesting problem involving sorting an array of colors represented by integers without using the library's sort function. By applying the Dutch National Flag algorithm, I optimized the process to sort in a single pass with O(n) time complexity and O(1) space complexity. It's fascinating to see how efficient algorithms can drastically improve performance. 💡 Feeling more confident with every line of code I write. Here's to finishing strong in these last few days! 💪 #CodingChallenge #Algorithm #ProblemSolving #TechJourney #ContinuousLearning #SoftwareDevelopment

Day 10 of my 100 Days of Coding Challenge: Today's problem tackled the fascinating realm of binary subarrays with sum. 🧠💻 Exploring algorithmic solutions to count non-empty subarrays with a specific sum goal. #100DaysCodingChallenge #Algorithm #ProgrammingJourney #leetcode

🌟 Day 14 of My 30-Day Coding Challenge 🌟 Today, I solved LeetCode 88: Merge Sorted Array 🧑💻. 🔍 Problem Summary: You are given two sorted integer arrays nums1 and nums2 in non-decreasing order, along with their respective sizes, m and n. The goal is to merge the elements of nums2 into nums1 so that nums1 becomes a single sorted array in non-decreasing order. 💡 Approach: 1️⃣ Two Pointers from the End: Start filling nums1 from the last index (k = m + n - 1) to avoid overwriting its initial elements. Use two pointers, i (pointing to the end of the valid portion of nums1) and j (pointing to the end of nums2). 2️⃣ Compare and Place: Compare nums1[i] and nums2[j]. Place the larger element at nums1[k], then decrement the respective pointer (i or j) and k. 3️⃣ Handle Remaining Elements of nums2: If elements are left in nums2 (when j >= 0), copy them into nums1. #CodingChallenge #LeetCode #Day14 #MergeSortedArray

🚀 **Day 7 of my 60-Day LeetCode Challenge** 🚀 Starting strong with * questions a day** to sharpen my problem-solving skills! Here’s what I tackled today: 🔹 **Question 1:** Arrays Partiton With the guidance and support from **Ravi Sir**, I was able to approach these problems efficiently, improving my coding logic and problem-solving strategies. Special thanks to **Yash Sir**, whose teachings have significantly enhanced my understanding of core concepts. 🙌 Excited to keep this momentum going! 💻💪 #CodingCoding Thinker

🌟 Day 46: Progressing with Array Manipulation! 🌟 Today's challenge was all about modifying and rearranging an array to optimize it. 🔄 I focused on: Modifying the array: Doubling adjacent equal numbers and setting the next to zero. Rearranging efficiently: Moving all zeros to the end, making the array more structured. It was a great exercise in array manipulation, improving my problem-solving and algorithmic thinking. Every day I’m learning more and expanding my coding knowledge. 📈💻 Excited to keep pushing forward! 🚀 #Day46 #30DaysOfCode #Arrays #ProblemSolving #CodingJourney #TechLearning #CodeEveryDay

💀 Milestone Achieved: 50 Problems on LeetCode! Today, I crossed the 50-problem mark on LeetCode as part of my journey to master Data Structures and Algorithms. 🎯 While 50 may not seem like a big number in the vast world of coding, I'm just 0.0.1% guy in the world so the way of learning the every problem solved has been a step forward in honing my problem-solving skills and building a solid foundation for tackling more complex challenges. 🗿 What I’ve learned so far: Breaking down problems into smaller, manageable parts. Writing efficient and optimized solutions. Embracing persistence when the solution isn't immediately clear. This is just the beginning—my ultimate goal is to master arrays and eventually become an expert in DSA. 🗿

Thrilled to share a milestone in my coding journey: I’ve successfully solved 300 problems on LeetCode! 🎉. This experience has been an incredible opportunity to deepen my understanding of data structures & algorithms, and problem-solving techniques. From tackling complex dynamic programming challenges to mastering graph and array problems, each question has been a stepping stone. This journey has taught me the value of persistence, logical thinking, and continuous learning. Excited to apply these skills in real-world scenarios and take on even bigger challenges ahead!

Day 53 of the 100 Days Coding Challenge! 🚀 Today's task: Add Binary. Given two binary strings, return their sum as a binary string. Let's tackle this challenge together! #100DaysOfCode #CodingChallenge #Algorithm #BinaryStrings ➕ 4o mini

Day 61 of the 100 Days Coding Challenge! 🚀 Today's task: Minimum Bit Flips to Convert Number. Given two integers, return the minimum number of bit flips needed to convert the binary representation of one number to the other. Let's tackle this challenge together! #100DaysOfCode #CodingChallenge #Algorithm #BitManipulation 💡