Shaping the void! 🌀 We manipulate list lengths to flatten the arch's top, then Mirror & Flip to form the full profile. Data matching ensures a clean, closed curve. 🤝 #Grasshopper3D #ParametricDesign

Shanghai Subway logic! 🚇 1. Center rectangle with Construct Domain. 2. Distribute points vertically. 3. Remap values with Graph Mapper for the curve. 📉 The base is set! #Grasshopper3D #Rhino3D #ParametricDesign

Final Part! 🏁 Adding the last details: Window frames, smooth fillets, and roof lights using Pipe. 💡 Plus the custom front gate. We are done! 🐋✨ #Rhino3D #Architecture #Final #Design

Part 4: The fun part! 🥳 Converting SubD to Polysurface and Booleaning the base. We struggled with surface patches but found a fix using Sweep1! 🛠️✨ #Rhino3D #Architecture #Design #3DModeling

Part 3: Connecting the noodle! 🍜🐋 We fix a "garbage" connection using Bridge & edge cleaning until it's better than real life. Fine-tuning complete! 🛠️✨ #Rhino3D #SubD #Architecture #Design

Part 2: Extending the roof! 🐋 Gumball Alignment is key for placing vertices, plus the Bridge command to connect the side extension. Fixing the flow! 🌊🛠️ #Rhino3D #SubD #Architecture #Design

Speed run! 🏃‍♂️ Part 1: The Whale Jaw Bus Station. 🐋 We’re mastering SubD tools to sculpt complex organic forms. From flat surface to 3D volume! 🏗️✨ #Rhino3D #SubD #Architecture #NIOArchitects

Part 4: The Grand Finale! 🏁 1️⃣ Join Mesh & Frame 2️⃣ Create Contours (Floors) 📏 3️⃣ Collapse short segments (<0.2) 🧹 4️⃣ Generate Surfaces See the final render! 🏗️ We also compare Triangulated vs. Catmull-Clark results. Which one wins? 👇 #Grasshopper3D #ParametricDesign #Rhino3D

Part 3: Mesh optimization! 🛠️ 1️⃣ Laplacian Smoothing (Fix naked edges) ⚠️ Issue with shared edges? Swap to Catmull-Clark! Final step: Weaverbird Picture Frame to build the structure. 🖼️ #Grasshopper3D #ParametricDesign

Part 2: Shell extraction! 🐚 We use 'Cull Duplicates' to remove internal faces, then split geometry using 'Point in Brep'. Clean topology is key for the next steps! #Grasshopper3D #Weaverbird #ParametricDesign

New Tutorial! 🔥 Part 1: Attractor logic in action. We’re building a parametric tower by culling a 3D grid based on proximity to input curves. Distance < 16.8? The box stays! 📉 This is how you sculpt complex forms with simple inputs. 🏗️ #Grasshopper3D #ParametricDesign #Rhino3D

The final step! We're building the 'dissolving' effect in Grasshopper. Using Dispatch and a randomized pattern, we separate the bricks to create that iconic floating look. Full parametric control over the final design! 🔥 #GenerativeDesign #Grasshopper3D

Part 7 is live! We're breaking down the logic for the iconic 'dissolving' effect. It's a data-driven method comparing each brick's height (Z-coordinate) against a random range to create a beautiful, chaotic transition. 💡 #GenerativeDesign #Grasshopper3D

The facade needs openings! In Part 6 of our MVRDV tutorial, we use a collision-based workflow and Solid Intersection to precisely cut our brick pattern. It's a heavy calculation, but the final result is worth it! 💡 #Grasshopper3D #ParametricDesign

Part 5 of the MVRDV facade tutorial is live! We're placing the bricks and tackling orientation issues. Learn how to flip placement planes and use symmetrical domains for perfect centering—essential skills for clean parametric modeling. 💡 #Grasshopper3D #Architecture

Part 4 of the MVRDV facade tutorial is here! Learn a key pro-tip: using 'Extend Curve' to avoid pattern gaps at the edges. We're also setting up the precise horizontal planes for perfect brick alignment. 💡 #Grasshopper3D #ParametricDesign

Part 3 of the MVRDV facade tutorial is up! 💡 This one is all about data management. Learn how we use the Split Tree component to organize lines for the alternating brick pattern. Essential Grasshopper skills ahead! #ParametricDesign #Grasshopper3D

Part 2 of the MVRDV facade tutorial is live! We're creating the essential horizontal contours in Grasshopper. Learn a clean method to bypass openings using a Bounding Box and get your base grid perfect for parametric brickwork. 💡 #Grasshopper3D #Architecture

New tutorial drop! 💻 Recreate the iconic "dissolving" brick facade from MVRDV's Crystal House using Grasshopper. We break down the parametric steps to make solid bricks look like they're floating on glass. #ParametricDesign #Architecture

Wallacei gives users more control when selecting the best performing designs. It provides more control over generated designs and how to sort them based on different criteria. #Grasshopper3d #Optimization