FLOOR-PLAN COMPILER Version 10.0 $999.00  Add to wishlist FLOOR-PLAN COMPILER Version 10.0 Wickerson Studios https://www.wickersonstudios.com ==================================== README.txt ==================================== Overview --------...

1) What this is This product is a STEP-based Grasshopper C# node pipeline that uses: • LLM prompting (image + text) to derive structured plan intent + parameters • RAG (Retrieval-Augmented Generation) to “ground” new unit layouts in a libra...

I’m kicking off 2026 by dropping the doors wide open to everything inside Wickerson Studios — a growing library of premium digital assets for computational designers, architects, artists, engineers, and builders who want to level up fast. ⚙️ What yo...

🧠 Product Title Advanced 10-Step Architectural Massing System — Grasshopper for Rhino3D 🌟 Hero / One-Line Value Statement (High Conversion) From concept to refined mass in minutes — a parametric massing workflow built for designers, architects, and ...

Too many people struggle to access meaningful computational design tools. Not because they lack intelligence, curiosity, or discipline, but because the ecosystem has quietly optimized for exclusion. If you are outside a well-funded office or elite a...

Wickerson Studios continues to grow, not just as a collection of tools, but as a body of work shaped by people, teaching, collaboration, and long-term practice. The studio is built around the idea that computational design is not only about technolo...

Over the last few years, a couple of patterns have become hard to ignore in computational design work. We’ve spent a long time treating “having scripts” or “using parametric tools” as the finish line. As if once a Grasshopper definition exists, the ...

December 17th, 2025 How do computational design systems stay coherent as projects scale How do parametric workflows move from research to production without losing clarity How do advanced geometric methods remain legible across large teams and long ...

Computational Design Complexity: Where It Actually Comes From How do computational design workflows scale from teaching to professional practice without breakingCan speed and rigor coexist in parametric and algorithmic designWhat does long term main...

Computational Design Complexity: Where It Actually Comes From A lot of people talk about computational design becoming more complex, but less attention is paid to why that complexity keeps growing and why it isn’t temporary. The growth is structural...

Computational Design Complexity: Where It Actually Comes From I’m excited to continue building and expanding Wickerson Studios as a focused home for my research, teaching, and computational design work. This isn’t a sudden launch or a pivot. Wickers...

Computational Design Complexity: Where It Actually Comes From Resources available for designers working at the intersection of computation, architecture, and advanced workflows. Wickerson Studios continues to expand its library of computational desi...

Computational Design Complexity: Where It Actually Comes From Over the last few years, computational design has accelerated quickly. More tools, more scripts, more complexity, and far less time to slow down and make sense of it all. Wickerson Studio...

Over the last few years I’ve been building Wickerson Studios as a place to put real computational work into the world. Scripts, systems, and ideas that are meant to be used, not just shown. A lot of computational design lives in fragments. Half fini...

Computational Design Complexity: Where It Actually Comes From The last few years have tested computational design workflows in real ways. More scripts. More platforms. Faster iteration. Higher expectations. At the same time, design logic has become ...