[TUT] Loft 2 Shapes in Blender Geometry Nodes | Custom Loft Profile Node

Muốn học sâu hơn? Xem khóa học đầy đủ tại đây 👇 https://www.udemy.com/course/geonodes... Kết nối nào: https://superhivemarket.com/creators/... Gumroad: https://jangillus.gumroad.com/l/loft_... Kính mình đeo: https://s.shopee.vn/8AUFYq74cq Mic thu âm : https://s.shopee.vn/7018Vcx5WE Card thu âm: https://s.shopee.vn/7018Vcx5WE Loft Any 2 Shapes in Blender Geometry Nodes | Custom Loft Profile Node Curve to Mesh works great for a single profile, but it falls apart the moment you need a smooth transition between two different profiles. In this tutorial, we build a custom group node called "Loft Profile" that bridges any two mesh profiles into one clean, smooth mesh, fully procedural, with control over resolution and shape. You'll learn how to: • Convert meshes to curves, fillet and refill them into clean base and target surfaces • Store and sample vertex positions with Store Named Attribute and Sample Index • Extrude faces and snap them to a target with Set Position • Use Attribute Statistic to get average positions and a direction vector • Break the transition into smooth steps with a Repeat Zone • Control tapering and expansion along the height with a Float Curve • Pack everything into a reusable group node with a clean interface • Expose the Float Curve outside the group using Evaluate Closure (Blender 5+) CHAPTERS 00:00 Why Curve to Mesh fails between two profiles 00:34 Setting up the example meshes 01:31 Mesh to Curve, Fillet Curve and Fill Curve 02:22 Storing the target position on the base mesh 03:35 Extrude Mesh and Set Position 04:55 Average positions and the direction vector 05:55 Wrapping the setup in a Repeat Zone 06:25 Dividing the transition into segments 07:48 Accumulating the position each iteration 09:42 Shaping the loft with a Float Curve 10:18 Resample Curve for even distribution 10:38 Packing into a group node and cleaning the interface 11:30 Exposing the Float Curve with Evaluate Closure (Blender 5+) REQUIREMENTS • Blender 5.0 or newer (needed for the Evaluate Closure part; the core loft logic works in earlier Geometry Nodes versions) • Basic familiarity with Geometry Nodes Narrated in Vietnamese with English subtitles. Turn on CC for subtitles. #Blender #GeometryNodes #BlenderTutorial #ProceduralModeling #Loft #3DModeling #JANGILLUS