From the course: Grasshopper: Generative Design for Architecture
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Sine surface points
From the course: Grasshopper: Generative Design for Architecture
Sine surface points
So we've diagrammed out our parametric model. Now we'll begin implementing within Grasshopper. The first two things to build are a Sine Wave surface logic and the site constraints. I've added the site constraints to the script already. It's really just the surrounding buildings and the boundary of the site. The first thing I want to do is create three sliders. These sliders are going to be the inputs that control the input parameters for our Sine Wave. The first will be the interval. The Sine is a periodic function so we can change that interval and get a different piece of the Sine Wave to define the surface. The next is going to be the translation. So we can move the Sine Wave logic around and cut out different pieces of it for our surface. And last will be the rotation. So we can orient the curvature in different directions on the site. It's important that we have these three inputs because we'll hand these off to our evolutionary solver, the optimizer surface. Next, we wanted to…
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Contents
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Design requirements and diagramming6m 44s
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Sine surface points9m 24s
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Roof surface7m 15s
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Sides views and fitness value9m 23s
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Optimizing with Galapagos6m 58s
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ML structural regions7m 59s
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Roof panel clusters8m 41s
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Roof panel physics and classification6m 40s
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Structure for optimization8m 54s
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Goals and Kangaroo solver10m 43s
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Visualization6m 49s
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Adjustment and refinement4m 20s
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