Worked on some bug fixes and refined the UI in small ways making it relatively easy to use.
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Worked on some bug fixes and refined the UI in small ways making it relatively easy to use.
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I’ve added the following features:
My next devlog is probably going to be over me working on CLI which is very easy now since I have all the needed pillars to support it.
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Worked on improving the CLI in all the ways I can think of, and even though the majority of you guys use Streamlit, I thought it would be a better thing to improve the CLI. If you want to test it out, check my GitHub Readme for this project.
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I have worked on the project, which includes the following features:
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I’ve been working on Infinity-Hardware-Builder, my lightweight AI helper for planning hardware projects. The goal is to make hardware planning easier: you describe what you want to build, it gives suggestions, and you can ask follow-up questions. The project is written in Python.
What I did
Kept building and improving the project step-by-step.
Worked on making the assistant easier to use and more helpful.
Made updates, fixes, and small improvements while I worked.
Devlog note (missing update) Worked on my project and forgot to write the devlog here, but you can see everything in the GitHub commit history.
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Built interactive-presentation, a cinematic web-based presentation/card experience that works on both mobile and desktop with full keyboard navigation. I designed it as an interactive chapter-based deck with responsive layouts, animated cards, optional media, and a local sharing flow so it feels polished instead of just being a static slideshow.
While making it, I learned a lot about structuring a larger vanilla JavaScript frontend, building responsive UI that still feels intentional on small screens, and making keyboard controls work cleanly across the whole experience. I also got better at balancing visuals, motion, accessibility, and presentation flow in one project.
I completed the Youfei project, a special e-card made just for her, as a lightweight web experience focused on personalization and interactivity. Most of the work was done in JavaScript (69.4%) to drive the dynamic parts of the card, like animations, timed reveals, and interactive elements that make the message feel more “alive” than a static page. I used CSS (24%) to create a clean, romantic visual style with consistent spacing, colors, and responsive layout so it looks good on both phone and desktop, with HTML (4.4%) providing the page structure. A small amount of Python (2.2%) supports simple scripting/automation needs. The final deliverable is a polished, easy-to-open e-card that feels personal, smooth, and memorable.
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I have carefully reviewed and worked through all the issues, and everything should now be functioning properly. I spent a significant amount of time troubleshooting and resolving the problems to ensure that the system runs smoothly. After addressing each concern and verifying the fixes, I am confident that it should now work as expected. I truly believe you guys will love the improvements and the overall outcome. It was definitely a challenging process and required a lot of effort, but I’m glad it all came together in the end. Thank you. 😊
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I built Infinity Film Studio, an AI-assisted filmmaking app with a FastAPI backend, React frontend, and Streamlit demo UI. It helps with script ideas, storyboard frames, and video edit suggestions.
The hardest part was stability across environments: import errors, deployment issues, and making sure the app still works when no OpenAI API key is set. I fixed that by adding robust fallbacks and a fully offline demo app (app1.py) so the project runs even without external APIs.
I’m most proud that it now works in both demo mode and live API mode, has cleaner project setup, and is shipped on GitHub as a usable end-to-end project.
I worked on the project, focusing more on the demo and implementing offline access as well as functionality without relying on an API.
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I focused on making the gameplay fast and engaging while keeping the design clean and easy to understand. One of the main challenges was balancing the randomness so the game feels exciting, not unfair. I’m especially proud of how the UI and interactions came together to make the experience feel polished despite the simple concept.
Done and shipped
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I worked on luck_arcade, a small arcade-style project focused on randomness and fun game mechanics. I spent time designing the core gameplay loop, implementing the logic behind the “luck” system, and polishing the overall experience so it feels smooth and engaging.
The most challenging part was balancing randomness so the game feels exciting without being frustrating. I’m proud of how the mechanics came together and how much I learned about game logic, iteration, and player experience while building this project.
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The project has been successfully completed, delivered in its entirety, and is operating flawlessly without any issues.
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