Parametric Twisting Ribbon Simulation
Budget: €30 – €250 EUR
I’m designing a sort of fabric made of stitched ribbons that twists and intersect in a controlled way. I need a Grasshopper definition that simulates the behavior of real ribbons(thin plastic or textile) using Kangaroo so I can explore different versions of pitch and intersection angles.
Please set up a clean .gh file that:
• Drives the ribbon geometry, intersections and applies the twist in Kangaroo
• Exposes intuitive sliders for:
- Ribbon width
- Intersection angle
- Distance between successive intersections (the “stitching” points)
- Pitch
- Flexibility of the ribbon fabric
Keep the components grouped and labelled so a beginner can trace the logic, and use only standard Grasshopper + Kangaroo elements (no obscure add-ins unless they are open-source and you include links).
Attached you can see an example of weaving logic.
I’ll consider the job done once I can open the file, move the three sliders, and watch the ribbon update smoothly without solver errors or broken topology.
Please set up a clean .gh file that:
• Drives the ribbon geometry, intersections and applies the twist in Kangaroo
• Exposes intuitive sliders for:
- Ribbon width
- Intersection angle
- Distance between successive intersections (the “stitching” points)
- Pitch
- Flexibility of the ribbon fabric
Keep the components grouped and labelled so a beginner can trace the logic, and use only standard Grasshopper + Kangaroo elements (no obscure add-ins unless they are open-source and you include links).
Attached you can see an example of weaving logic.
I’ll consider the job done once I can open the file, move the three sliders, and watch the ribbon update smoothly without solver errors or broken topology.