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Example: Dividing and Panelizing a Surface in Grasshopper

Here’s a great tutorial created by 3D Beast that demonstrates an easy workflow for creating a parametric pavilion with a SpaceTruss structural frame using Grasshopper.

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Steps

  • Create a series of parametrically adjustable arcs.
  • Loft the arc curves to create a surface.
  • Apply the SpaceTruss Structure 1 node (from LunchBox) to:
    • Divide the surface.
    • Create a collection of lines forming a SpaceTruss geometry.
  • Set the SpaceTruss parameters:
    • The number of U and V divisions.
    • The depth of the truss.
  • Use the SpaceTruss geometry to:
    • Create a list of pipes representing the SpaceTruss tubes.
    • Create a list of spheres representing the SpaceTruss joints.
  • Apply to Quad Panels node to create a collection of panel surfaces.
  • Scale the panels to create a frame around each panel.
  • Use the Offset Surfaces node to give each panel a thickness.