From the course: Grasshopper: Generative Design for Architecture
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Roof surface
From the course: Grasshopper: Generative Design for Architecture
Roof surface
- [Instructor] I have my exercise file open already. We're in the process of implementing the parametric model we mapped out with our diagram in Grasshopper. We've added site constraints, and we've built out the logic for our sine wave. Now we'll combine the two to create a roof surface. So I'm going to grab my site constraints, and I'll bring them over here so I can use them more easily. I'm going to extract the curve, so I'll go Params, Curve, from the site context, so this output is a curve defining the boundary of the space. I'm going to use that to trim back the surface that I've created. So to find that component, I'm going to double-click, we'll do Project to project a curve onto a surface, we'll connect the curve, connect the surface, and now we're going to use this projected curve to cut this surface, cut off the extra surface that's intersecting with the buildings. In order to do that I'll use Surface Split, so I'll double-click again, type in surface split, I'm going to…
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Contents
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Design requirements and diagramming6m 44s
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(Locked)
Sine surface points9m 24s
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(Locked)
Roof surface7m 15s
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(Locked)
Sides views and fitness value9m 23s
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(Locked)
Optimizing with Galapagos6m 58s
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(Locked)
ML structural regions7m 59s
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(Locked)
Roof panel clusters8m 41s
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(Locked)
Roof panel physics and classification6m 40s
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(Locked)
Structure for optimization8m 54s
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(Locked)
Goals and Kangaroo solver10m 43s
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(Locked)
Visualization6m 49s
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(Locked)
Adjustment and refinement4m 20s
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