algorithmic modeling for Rhino
Variable Piping
Interesting little project...
I'm creating a helix structure.. Two sets of helix cover to radius. I using a series set to create this. So thats where I stand.
The main thing is to first scale the top to create a whirlpool/tornado construct. Working on this.
My main question though, is how do I create variable radius across a piped curve. As in this hand done version.
In self creation, I extract the points of the single helix and scale them +/- x and loft the result. Any ideas?
I'm creating a helix structure.. Two sets of helix cover to radius. I using a series set to create this. So thats where I stand.
The main thing is to first scale the top to create a whirlpool/tornado construct. Working on this.
My main question though, is how do I create variable radius across a piped curve. As in this hand done version.
In self creation, I extract the points of the single helix and scale them +/- x and loft the result. Any ideas?
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Replies to This Discussion
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Permalink Reply by Vicente Soler on
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use the 'perp frame' component together to with the 'circle' component to create perpendicular circles at various points of the helix curve with different radii. Then use the Sweep1 component.
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Permalink Reply by quirkdee on
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this looks good.. but the problem has grown a bit. So, I've created the helix using a Fibonacci component and then I evaluate the line to get an attractor on the line. This seems to work alright. Now, I using the logic that you have for variable piping to try to increase the size of the radius of the pipe/sweep as the attractor goes across the line. This is becoming difficult. It shouldnt but lol... brain is a lot of places today. Any help would be awesome
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