From the course: Learning Algorithmic Design with Grasshopper
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Calculating X offsets
From the course: Learning Algorithmic Design with Grasshopper
Calculating X offsets
- So in the last video we looked at measuring each of the individual panels plus a spacing factor that we can add to move them a little bit apart from one another. So lets just take a look really quick with a panel and see what's coming out of that step. So you can see here, I'm getting measurements for each of the sets of panels and those paths are arranged into groups of four indices and that's corresponding to the number of columns that I set and my slider earlier on. Now, if we think through this here, we are getting the dimensions of each panel plus a spacing factor. That's a little bit different than the actual offset we would need to apply to each panel if we were to move it in space and that's because those offsets would need to be the dimensions compounded with each other. So the further down that column we go the more these factors should get added together and that's what we are going to work on in this video. So lets delete this panel and I am going to pull up a mass…
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Contents
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(Locked)
Extruding 3D forms4m 10s
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(Locked)
Orienting extruded forms4m 4s
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Sorting and searching Brep Components3m 59s
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(Locked)
Constructing base planes for orientation3m 21s
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Orienting a flat panel layout1m 40s
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(Locked)
Partitioning a data stream2m 58s
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Measuring panels1m 57s
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Calculating X offsets3m 12s
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(Locked)
Examining the data stream2m 4s
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Making X motion vectors3m 44s
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Calculating panel array rows3m 29s
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(Locked)
Calculating Y offsets2m 44s
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(Locked)
Spacing panels in the Y dimension3m 47s
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(Locked)
Fine-tuning paneling components3m 45s
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Organizing paneling components2m 34s
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(Locked)
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