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2D
Lattice Hinge (LH)

Lattice Hinge (LH)

Description

Create a ruled surface between two curves and unroll to apply kerf bending patterns. Disclaimer: This is a work in progress and not fully tested with real materials (requires Kangaroo https://www.food4rhino.com/app/kangaroo-physics).

Inputs

  • Curve 1 (C1) - [curve] - Curve to loft between
  • Curve 2 (C2) - [curve] - Curve to loft between
  • U Divisions (U) - [number] - Divisions in the U direction
  • V Divisions (V) - [number] - Divisions in the V direction
  • Influence (I) - [number] - Influence from surface curvature (0-1)
  • Voxel Height (H) - [number] - Height of voxels on surface

Outputs

  • Voxels (rolled) (Vr) - [twisted box] - Voxels of the rolled surface (for preview)
  • Voxels (unrolled) (Vu) - [twisted box] - Voxels of the unrolled surface (for mapping)
  • Panels (rolled) (Pr) - [surface] - Panels of the rolled surface (for preview)
  • Panels (unrolled) (Pu) - [surface] - Panels of the unrolled surface (for mapping)
  • Panel Values (V) - [number] - Values measuring curvature (0-1)
  • Unrolled Surface (S) - [surface] - The unrolled surface
Lattice Hinge Cell Fill (LHC)