Use the Knit Surface tool to join individual patches into a single, unified surface skin.
Geometry represents the shape (curves, splines), while topology defines how faces and edges connect to form boundaries.
Meet Alex, a young and ambitious designer at a renowned engineering firm. Alex had always been fascinated by the world of product design and was determined to create innovative and functional products. One day, Alex's supervisor assigned him a challenging project: design a futuristic electric vehicle with a complex, curved body. Use the Knit Surface tool to join individual
When joining two curves or surfaces together, the boundary transition determines the visual quality of your design. This is classified by geometry continuity levels: G0 - Contact (Position)
The simplest surfacing tools. They project a sketch along a vector or rotate it around an axis. Use these to create quick reference planes, cutting tools, or primary cylindrical/flat faces. Swept Surface Alex had always been fascinated by the world
[ G0: Contact ] ---> [ G1: Tangent ] ---> [ G2: Curvature ] ---> [ G3: Acceleration ] (Sharp Edge) (Soft Edge) (Flawless Reflection) (Ultra-Premium Blend) Use code with caution.
Success in surfacing depends on 3D Sketching and mastering Splines. Techniques like Fit Spline and Style Splines allow for precise control over complex curves. This is classified by geometry continuity levels: G0
Identify the largest faces of your design. Use Boundary or Lofted surfaces to build these main panels first. Leave them oversized so they intersect with each other. Step 3: Trim and Blend
Match the vertex points carefully to prevent the surface from twisting unnaturally. Boundary Surfaces