From the course: Grasshopper Essential Training (2017)
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Setting up a hexagonal tiling grid
From the course: Grasshopper Essential Training (2017)
Setting up a hexagonal tiling grid
- [Instructor] In the last video we covered some basic properties of hexagonal tiling. In this video, we'll put those principles to use by making the starting points of a parametric, hexagonal tiling algorithm where eventually we can control the number of rows and columns of hexagons. In Rhino I've got the file hex-tiling.3dm open. And in Grasshopper I've got the file 0020-hexagonal-tile.gh open. So I'm going to focus on these five steps in my algorithm, and, in a later video, we'll get to the last two. So, I'll slide these ones over out of the way for now. Let's get started first on calculating the horizontal and the vertical offsets. So I'll also grab these bottom three. Just put those kind of in the middle. So, in order to calculate both of these offsets we need some user-defined slider values. I'm going to go ahead and make a slider for a radius, and that will be a floating point value probably between one. We'll set to the default to 13, and maybe we'll say 50 is the max. So I…
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Contents
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Data tree review7m 47s
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Hexagonal tiling introduction4m 34s
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Setting up a hexagonal tiling grid8m 10s
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Finishing a hexagonal tiling grid7m 23s
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Adding offsets for tiling7m 54s
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Adding additional tiling parameters4m 42s
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Planning for tiling 3D objects4m 34s
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Tiling 3D objects12m 35s
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Truchet tile fundamentals3m 48s
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Planning a parametric hexagonal tile3m 6s
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Creating a parametric hexagonal tile10m 30s
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Planning a parametric truchet tile3m 27s
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Creating a parametric truchet tile17m 47s
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