A new tutorial is now live for my Skool Premium members. In this session, we explore how to create an organic roof structure in Grasshopper using Kangaroo Physics. Starting with circles of varying radii generated from populated points, we extract their combined perimeter, convert it into a mesh, and use Kangaroo to inflate it into a vaulted surface. From this geometry, we derive a triangular structural system supported by pillars. Available now inside the Classrom!

Hey guy's! Thanks to those who joined today's stream! As promised, you can find attached to this post the stream file (i haven't clean it up, so it may be a little messy!) I will be removing tomorrow evening, so make sure to download! soon!

Hi everyone , i know this group in not exactly from this but , anyone know from a rhino course ? Or rhino inside revit course ? Better if is in spanish but no problem if it is in eanglish

What excites me most about Grasshopper is the way it bridges parametric thinking with real-world environmental solutions. Take the Al Bahr Towers in Abu Dhabi: their responsive, algorithmic façade doesn’t just look stunning, it actually boosts sustainability. That’s proof that parametric design isn’t only about cool geometry, but about creating meaningful, positive change. That’s the kind of spark that makes me want to dive even deeper into Rhino and Grasshopper. Huge thanks to Bryan for making complex ideas feel approachable, for sharing his knowledge so generously, and for showing us how these tools can transform both architecture and the planet. I’m excited to keep building on what I’ve learned, apply it to future projects, and hopefully join more of his workshops down the line. That’s also why I’m joining this new Skool group: The Parametric Circle.

Have you ever had Grasshopper freeze on you, forcing a complete restart of Rhino + GH? We've all been there. It's a frustration every user has faced countless times over the years. It breaks your logic-building flow. It leads to lost work in Rhino or GH. Sometimes, it's just an accidental wrong connection, or forgetting to manage a Data Tree structure, that triggers a massive computation, instantly locking up the entire calculation chain. Usually, when these accidental calculations happen, waiting is futile. The only option is to give up your progress, "End Task", and restart. Sometimes, our patience crashes right along with GH. 🤯 🚀 Introducing Watchdog for Grasshopper (Open-source) Think of it as a "Circuit Breaker" for your parametric definitions. It runs quietly in the background, monitoring your solution time. If a calculation exceeds your set limit (e.g., 5 seconds): It forcibly cuts the power. It stops the calculation loop. It gives you control back to the canvas. How to get it: You can find it on Food4Rhino, search "Watchdog" Or type PackageManager in Rhino 7/8. Install & Enjoy safety! Feel free to fork the repo, submit a PR, or just drop a ⭐️ if you find it useful. https://github.com/Y-Peng-Dev/Watchdog https://www.food4rhino.com/en/app/watchdog?lang=en Note: Although certain atomic operations (e.g., complex Boolean unions) cannot be interrupted mid-process, Watchdog effectively prevents the data from propagating downstream after the timeout.