Grasshopper

algorithmic modeling for Rhino

 

Dear Grasshopper member,

I have been using the pipe tool to pipe a mesh created from a surface using the demonstration in the Grasshopper Primer Manual p.84 so to create a tubular structure to a tower, this has worked well. However I would ideally like to taper this pipe so that the radius of the circle is different at both ends of the pipe thus all the pipes gradually reducing in size the higher they go. 

 

There are similar discussions on the forum using the sweep1 command for a curve but have not had much luck making this work either.  

 

Can you help?

 

Tom

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Replies to This Discussion

I got this file from a older discussion. Maybe it helps?

 

Best regards

 

DeDackel

Attachments:

Hi Dedackel

 

sounds great, however i'm unable to save the ghx file it just opens a page of scrips. Please can you assist me in what procedure i need to go through?

 

Thanks

 

Tom

you can try using another browser or a download manager
It's hit or miss sometimes as to whether you can simply click on a link and it downloads or opens an XML HTML page. So the safest way is to Right Click on the link and save as.

Many thanks all

this looks promising, I'll give it a go.

 

regards

 

Tom

Hi Dedackel

sorry to be a pain! It works well on a flat surface but doesn't naturally apply itself to a lofted surface (see attached). i need the pipes to reduce in diameter the higher they get, Also i didn't explain that the mesh needs to be faceted like on my baked image attached.

 

Much appreciated 

Tom

Attachments:
I do not have rhino here. I can have a look at it tomorrow morning!
Hi Tom, I made a solution for your diagrid tower, based on the curves of the primer page 84 curves. If that is also what your mesh is based on (or somethin similar), this will work nicely.
Attachments:

Hi Pieter

 

Thanks for this. I'll look forward to trying this out later. I'll let you know how I get on.

did you get the attachment showing the original tower, like this but with the mesh structure reducing in sectional diameter.

Cheers

Tom

You're welcome, is it what you wanted? And yes I saw the image, that's why I called it diagrid.

Pieter,

Just got this working on the tower, fantanastic! thank you so much.

 

Regards

Tom

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