Variable fillet of a polyline in Grasshopper

[Gerard]

Hi,
I am wondering how I can make different fillets in the corners of the polyline in the attached Rhino file.
The attached script doesn’t do the job for me as it results in six results instead of one.
Do you have an idea?
Thank you in advance.
Gerard

FilletScript.3dm (48.7 KB)
Pod Script.gh (5.9 KB)

[magicteddy]

Hello,

Have a look at this thread :

Grasshopper rectangle with 4 random fillets

Hi, Find attached two methods. One requires a custom C# component, it allows to define several fillets along a curve, providing a list of radii and a list of parameters. In your case though, since you actually want all the corners to be filleted, you can shatter the rectangle by the midpoints of all the edges, then fillet each corner and join the result. This only uses native components. Of course you can replace the panel by some random output as in your example file. [image] FilletMultip…

Pod Script.gh (13.1 KB)

[Joseph_Oster]

I want to fillet a rectangle with grasshopper

I’m confident that the Anemone loop algorithm I posted yesterday is correct. However, as evident esp. in version ‘b’, the loop isn’t “triggered” when the list of radii changes. Here are two ways to fix that: Connect the list of radii to the ‘T’ (Trigger) input of “Classic” Loop Start so when the list changes, the loop is triggered. Also, a ‘Reset’ Button can be wired to trigger the loop manually. [fillet_2023Jan29a] fillet_2023Jan29a.gh (17.0 KB) Replace “Classic” Loop Start/End compon…

[martinsiegrist]

I think I’ve posted this before but not sure where?

fillet_polyline_polyarc.gh (17.7 KB)

[Gerard]

Thank you Magic Teddy,

This solution appears to be very advanced with the script.
I’ll take a closer look at a later time.
Thank you for the prompt reply!

[Gerard]

Thank you Joseph,
Nice to read that Anemone can do a job here.
I’ll take a closer look at a later time.
Thank you for your prompt reply!

[Gerard]

Thank you Martin,
Your solution looks very advanced and it is also nice that it is based on only Grasshopper.
I’ll take a closer look at a later time.
Thank you for your prompt reply!