Fast production often means naming conventions get left behind and that technical debt adds up fast. To tackle that, I built a Smart Asset Renamer for #UnrealEngine5 using #Python and Editor Utilities. It detects asset types and applies the correct naming convention automatically, based on an external prefix library. The tool works in a single click and is fully reusable across projects, making it easy to keep things clean as teams and scopes grow.

MiniMax M2.5 is now free on Kilo Code for one week, What caught my attention: it achieved 80.2% on SWE-Bench Verified matching Claude Opus 4.6 performance while being 3 times faster. That's impressive for a free option. The model supports 10+ languages including Python, TypeScript, Go, Rust, Java and more. What stands out is how it plans and decomposes features before writing code like an experienced architect. Early feedback suggests it performs slightly better than Kimi K2.5 and slightly less intelligent than Claude but for a free tool that's solid. Has anyone tried it yet? How does it compare to your current AI coding tools? #MiniMaxM25 #KiloCode #AIModels #DeveloperTools #AIAssistant #SoftwareDevelopment #DevCommunity

I built an interactive app that compares a Golden Ratio–shaped pulse to Gaussian and DRAG — the shapes used in tools like Qiskit Pulse and QuPulse. In this project, “energy” means sum of squared amplitudes (a standard signal measure). For that metric, the Phi pulse is about 34% lower than this Gaussian, with comparable spectral leakage. It’s exploratory work: you can run the tests and try the app yourself. Live app (no install): https://lnkd.in/dFUiXy5w Code: [GitHub link]: #QuantumComputing #OpenSource #Python #Streamlit

Keeping the momentum going with Week 2, Task 2 at Syntecx Hub! 🚀 I built a Python-based Library Management System using core OOP concepts and JSON data persistence. This CLI tool allows users to seamlessly add, search, issue, and return books while acting as a reliable, session-to-session database for the inventory. Check out the repository and video demo here: https://lnkd.in/gRcP7kwv Let me know what you think! 👇 #Python #Developer #ComputerScience #SyntecxHub #InternshipProjects

🚀 I built a Mission Control dashboard for Claude Code #ClaudeCode #AI #DevTools #Automation #FullStack #Python #React #SelfHosted If you've ever worked with Claude Code on multiple projects at the same time, you know the pain: dozens of terminal tabs, losing track of which session needs input, constantly switching context. So I built Vestal — a self-hosted orchestration platform that lets you manage multiple Claude Code sessions from a single browser tab, across local and remote servers. How it works under the hood: Each Claude Code session runs inside a tmux session. Vestal's backend

I’ve been tinkering with a tool to make our Solaris workflow a bit more manageable. When you’re working within a fixed studio pipeline, the goal isn’t always to reinvent the wheel—it’s just about making it spin a bit smoother. I recently added some features to "Env Asset Studio" to help with bulk asset collection and visualization. It also includes a simple "recycling" workflow, so we can easily pick up and reuse assets from previous tasks instead of hunting them down or starting from scratch every time. It’s just a lightweight Python UI to keep the scene graph organized and save a few clicks. #Houdini #Solaris #USD #Python #TechArt #VFX

🚀 gridDisk & sphericalCap functions are out in the new v0.7.0 of #A5geo, available on npm, PyPi & crates. For more details on the API, check out the new Traversal docs page: https://lnkd.in/dSsvNTsu This was quite a challenge (but a lot of fun) to figure out and implement. Let me know in the comments what other features you would like. A great place to submit a request (or contribute a feature!) is on the A5 Github page https://lnkd.in/dmyQrMfg Contributions welcome in #TypeScript #Python and #Rust. #dggs #dataviz #datascience #maps #bigdata

🚀 Project #4 – Update #2: Sync Neighbors Decorator (Python Maze Generator) In this update, I worked on a problem that was bugging me in my maze generator: the neighbor updates were not always stable, which sometimes led to confused paths and inconsistent structures. So I introduced a Sync Neighbors decorator to make sure each tile and its neighbors stay properly aligned during generation. 🔧 What changed in this update: Neighbor updates are now stable and consistent The maze structure is cleaner and more reliable The result feels more playable and more structured This also makes the system easier to extend with other algorithms (DFS, Hunt & Kill, etc.) later This is part of my ongoing 100 Days Project Grind, where I’m building and improving projects step by step and sharing the progress. 🎥 Video: Project #4 – Update #2: Sync Neighbors Decorator Upgrade 💻 Code & projects: 👉 https://lnkd.in/gkGkFFJ3 More updates coming as I keep refining the system and adding new features. 🚀 Feedback and suggestions are always welcome!

🚀 LeetCode Practice: Problem #145 – Binary Tree Postorder Traversal I recently solved LeetCode 145, a classic tree traversal problem that strengthens understanding of Depth-First Search (DFS) and recursion. 📌 Problem Statement Given the root of a binary tree, return the postorder traversal of its nodes’ values. Postorder Traversal Order: 👉 Left → Right → Root 🧠 Technique Used: Depth-First Search (Recursive Approach) Approach Explanation: If the current node is None, return. Recursively traverse the left subtree. Recursively traverse the right subtree. Visit (append) the root node value at the end. This traversal ensures that child nodes are processed before their parent node. Time Complexity: O(n) Space Complexity: O(h) (Where h is the height of the tree due to recursion stack) #LeetCode #Python #DSA #ValidAnagram #ProblemSolving #Algorithms #DataStructures #CodingPractice #100DaysOfCode #InterviewPreparation #SoftwareEngineering #DeveloperJourney #TechCommunity #LearningByDoing

Mastering Logic with Python There’s a special kind of satisfaction in building something that works exactly the way you intended. I just wrapped up a Number Guessing Game project focused on strengthening my understanding of control flow and user interaction. The challenge? Creating a seamless "infinite loop" that only terminates once the user solves the puzzle. Key takeaways from this build: Implementing while loops for continuous execution. Using conditional logic (if/elif/else) to provide real-time user feedback. Handling the random module to ensure every game is unique. It’s a simple concept, but a powerful way to practice building robust, crash-proof code. source code: https://lnkd.in/g_WtcgWR #PythonProgramming #CodingJourney #LogicBuilding #SoftwareDevelopment #JuniorDev