If you look at the video on their website of the 2D truss example you will probably get all you need to show you how to build, assign, load, and view stress in your model. Then once you have all your support points and lines inside of grasshopper, you move onto karamba. It’s going to be a huge help for you later to keep your lines separated into member types (especially to separate out beams which will need to be loaded later) If you have a picture of your model I might be able to help describe the steps you need to build your geometry. If you need to remake the geometry, you can draw the lines in rhino and bring them into grasshopper, or you can build them directly inside of grasshopper. If you have good centerline line segments/curves drawn, you can assign those into grasshopper. You don’t necessarily need to redraw on grasshopper if you have a rhino model where all of the lines actually connect where you intend for them to. If the link doesn’t work, please Right Click and Open Link in Incognito. This date appears to correspond the this WIP: Release Karamba3D 2.2.0.3WIP karamba3d/K3DNightlyBuilds GitHub Please note. When i enquire about the Karamba License in GH it shows i have Karamba3D 2.2.0.3-beta210802 installed. The latest karamba version listed here: Download Karamba3D is 1.3.3. Alternative Download link for the Millipede Topological Optimization Plugin for Rhinoceros 3D. I’ve installed the KarambeGH plugin version 2.2.0.3 from the packageManger in Rhino 7. So here you can download the Millipede Plugin for Grasshopper ZIP file. The big thing will be setting up your geometry for your base model. Somehow the web is down and the ZIP link is not working.
This is a huge push to learn both the basics of grasshopper and karamba in a day.
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