GitHub - JaumeMonclus/Triaxial-Weaving-and-Physics-Based-Ribbon-Simulation: A collection of Python scripts for generating triaxial weaving patterns on meshes, creating ribbon structures, and simulating physical constraints using RhinoCommon and Kangaroo physics solver for Grasshopper.

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A collection of Python scripts for generating triaxial weaving patterns on meshes, creating ribbon structures, and simulating physical constraints using RhinoCommon and Kangaroo physics solver for Grasshopper.

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Name		Name	Last commit message	Last commit date
Latest commit History 9 Commits
.gitignore		.gitignore
Pt 1: Torus Generation and Gaussian Curvature Calculation in RhinoCommon		Pt 1: Torus Generation and Gaussian Curvature Calculation in RhinoCommon
Pt 2: emoving Duplicate Vertices and Updating Mesh Topology in RhinoCommon		Pt 2: emoving Duplicate Vertices and Updating Mesh Topology in RhinoCommon
Pt 3: Triangulation of Quad Meshes in RhinoCommon		Pt 3: Triangulation of Quad Meshes in RhinoCommon
Pt 4: Vertex Neighborhood and Topology Analysis in RhinoCommon		Pt 4: Vertex Neighborhood and Topology Analysis in RhinoCommon
Pt 5: Kagome Triaxial Weaving Pattern Generation in RhinoCommon		Pt 5: Kagome Triaxial Weaving Pattern Generation in RhinoCommon
Pt 6: Kangaroo Physics-Based Ribbon Simulation for Grasshopper		Pt 6: Kangaroo Physics-Based Ribbon Simulation for Grasshopper
Pt 7: Smooth Ribbon Generation with Material Frames and Lofting in RhinoCommon		Pt 7: Smooth Ribbon Generation with Material Frames and Lofting in RhinoCommon