Python Diamond Star Pattern Challenge

🚀 Day-44 of #100DaysOfCode 🐍 Python Pattern Programming Challenge – Inverted Pyramid Today I worked on generating an Inverted Star Pyramid Pattern using nested loops and spacing logic. 🔹 Pattern Description: Leading spaces increase row by row Number of stars decreases gradually Creates a right-aligned inverted pyramid shape 🔹 Concepts Practiced: ✔ Nested for loops ✔ Space management ✔ Decreasing pattern logic ✔ Output formatting using end 🔹 Approach: First loop controls rows First inner loop prints increasing spaces Second inner loop prints decreasing stars 🔹 Key Learning: Pattern problems help improve logical thinking, loop mastery, and output formatting skills, which build a strong programming foundation. #Python #PatternProgramming #StarPattern #CorePython #100DaysOfCode #Day44 #LearnPython #CodingPractice #PythonDeveloper

🚀 Day-50 of #100DaysOfCode 🐍 Python Pattern Programming – Right-Aligned Star Pyramid Today I implemented a Right-Aligned Star Pyramid Pattern using nested loops and spacing logic. 🔹 Pattern Description: Spaces decrease as rows increase Stars increase row by row 🔹 Concepts Practiced: ✔ Nested for loops ✔ Space and star alignment ✔ Incremental pattern logic ✔ Output formatting with end=' ' 🔹 Approach: First inner loop prints required leading spaces Second inner loop prints increasing stars Outer loop controls the number of rows 🔹 Key Learning: Pattern problems improve logical thinking, loop control, and visualization skills, which are essential for mastering programming fundamentals. Consistency + Practice = Growth 💡🔥 #Python #PatternProgramming #StarPattern #CorePython #100DaysOfCode #Day50 #LearnPython #CodingPractice #PythonDeveloper

🚀 Day-46 of #100DaysOfCode 🐍 Python Pattern Programming – Right-Angled Star Pattern Today I implemented a basic Right-Angled Star Pattern using nested loops. 🔹 Concepts Practiced: ✔ Nested for loops ✔ Row and column control ✔ Output formatting using end=' ' ✔ Understanding incremental patterns 🔹 Approach: The outer loop controls the number of rows The inner loop prints stars equal to the current row number 🔹 Key Learning: Even simple pattern problems help strengthen loop fundamentals, logical thinking, and output control, which are essential for mastering programming basics. #Python #PatternProgramming #StarPattern #CorePython #100DaysOfCode #Day46 #LearnPython #CodingPractice #PythonDeveloper

🚀 Day-47 of #100DaysOfCode 🐍 Python Pattern Programming – Number Diamond Pattern Today I implemented a Number Diamond Pattern using nested loops and symmetry logic. 🔹 Pattern Highlights: Upper half creates an increasing number diamond pyramid Numbers increase from 1 → i and then decrease back to 1 Lower half mirrors the upper half to form a diamond Proper spacing ensures perfect alignment 🔹 Concepts Practiced: ✔ Nested for loops ✔ Increasing and decreasing sequences ✔ Space alignment logic ✔ Symmetry handling ✔ Pattern visualization 🔹 Approach: First part prints the upper pyramid with mirrored numbers Second part prints the lower inverted pyramid Carefully controlled loops manage both spacing and number flow 🔹 Key Learning: This problem strengthens logical structuring, loop control, and symmetry understanding, which are essential for mastering pattern-based programming and problem-solving skills. Consistency is building confidence, one pattern at a time 💡🔥 #Python #PatternProgramming #NumberDiamondPattern #CorePython #100DaysOfCode #Day47 #LearnPython #CodingPractice #PythonDeveloper

🚀 Day-48 of #100DaysOfCode 🐍 Python Pattern Programming – Continuous Alphabet Triangle Today I implemented an Alphabet Triangle Pattern where characters print continuously using ASCII values. 🔹 Concepts Practiced: ✔ Nested loops ✔ ASCII value manipulation ✔ chr() function ✔ Sequential character logic ✔ Pattern visualization 🔹 Approach: Initialize ASCII value to 65 Convert ASCII to character using chr() Increment the value after each print Continue sequence across rows 🔹 Key Learning: This exercise improved my understanding of character encoding, loop control, and pattern logic building, which are important for strengthening programming fundamentals. #Python #PatternProgramming #AlphabetPattern #CorePython #100DaysOfCode #Day48 #LearnPython #CodingPractice #PythonDeveloper

LeetCode 20 | Valid Parentheses 🔥 🔹 Data Structure: Stack 🔹 Concept: LIFO matching for bracket validation 🔹 Time Complexity: O(n) 🔹 Space Complexity: O(n) Push opening brackets, match closing brackets carefully 💡 Stack problems strengthen logical flow control and pattern recognition. #LeetCode #DSA #Stack #Python #CodingPractice #ProblemSolving

❄️ takeUforward ✅ Symmetric Pattern Problem | Logic Optimization | Python Today I worked on solving a complex symmetric star pattern problem using Python. I spent nearly 1 hour trying to simplify the logic and reduce the number of variables — a great learning experience in problem-solving and pattern recognition. 💡 Problem Approach • Generate a symmetric pattern using nested loops. • Control stars and spaces based on row position. • Handle increasing and decreasing pattern structure. • Focus on writing cleaner and shorter logic. ⏱ Complexity • Time: O(n²) • Space: O(1) 📌 Key Learning Improving logic clarity and reducing unnecessary variables makes code easier to understand and maintain. Struggling with optimization helps build strong problem-solving skills. 🚀 Day 34 completed — improving pattern logic and coding efficiency. #Python #DSA #Programming #ProblemSolving #CodingJourney #LearningInPublic #100DaysOfCode #DeveloperJourney

Solving 43,252,003,274,489,856,000 states in < 0.01s! A high-performance Rubik’s Cube solver implemented in TypeScript and Python. This library uses Kociemba’s Two-Phase algorithm to find near-optimal solutions in just 10-20ms. 🛠 Installation: • NPM: npm install rubik-solver • PIP: pip install rubik-solver-py 🎮 Live Demo: https://lnkd.in/gFCmXw4e 📂 GitHub Repos: • TypeScript: https://lnkd.in/g9rBxj3e • Python: https://lnkd.in/gEaXVD22 #Robotics #SoftwareEngineering #Algorithms #TypeScript #Python #RubiksCube #TechCambodia #OpenSource #GodsNumber #NPM #PyPI #Automation

In production, one recurring issue is validating texture resolutions. Manually checking for correct power-of-two sizes across large folders can take hours. So I built a small Python tool inside Unreal that: • Iterates through project folders • Detects non power-of-two textures • Generates a validation report (.txt) • Automatically moves invalid assets into a dedicated folder Simple automation, but real production value. Hope you like it and find it useful! #TechArt #Python #UnrealEngine #Pipeline #Automation #GameDev