From the course: Learning Algorithmic Design with Grasshopper
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Orienting a flat panel layout
From the course: Learning Algorithmic Design with Grasshopper
Orienting a flat panel layout
- [Instructor] In the last video, we worked on constructing a base plane for each of our panel parts and in this video we're going to use that base plane information to orient all of our panels flat and that'll be something that's crucial for taking our design through a step like CNC routing. So let's go ahead and bring up an orient component. We're going to use that to take each one of these individual panel sides here and lay them out flat. So the orient component takes in a base geometry and that's the thing that's going to get oriented. It takes in a source plane, so that's kind of the reference point. And it takes in a target plane and that's where we would want the orientation to go to. So here our geometry is going to flow out of an earlier step where we orient and rotate the whole extruded shelf, so I'm taking the output of that move component and that's going to plug into our geometry input. Now the base plane is the plane that we just figured out in the last video, so that's…
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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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(Locked)
Sorting and searching Brep Components3m 59s
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(Locked)
Constructing base planes for orientation3m 21s
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(Locked)
Orienting a flat panel layout1m 40s
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(Locked)
Partitioning a data stream2m 58s
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(Locked)
Measuring panels1m 57s
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(Locked)
Calculating X offsets3m 12s
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(Locked)
Examining the data stream2m 4s
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(Locked)
Making X motion vectors3m 44s
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(Locked)
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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(Locked)
Organizing paneling components2m 34s
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(Locked)
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