Hi all,
I grabbed a corner of a basic rectangle to give it a certain radius. But fillet nor fillet distance in gh will go over a certain radius. Is there something wrong with my crv?
Any suggestions appreciated.
fillet_test.gh (11.2 KB)
Hi all,
I grabbed a corner of a basic rectangle to give it a certain radius. But fillet nor fillet distance in gh will go over a certain radius. Is there something wrong with my crv?
Any suggestions appreciated.
fillet_test.gh (11.2 KB)
Hi @fritz_run,
it is because the Fillet component does not go beyond the middle point of the curve. Nothing wrong on your solution. That way you can fillet the remaining half of the curve with another one. Check this or this for more information. You can find a solution in the link.
If you measure you geometry, your limit for the drawn radius (as measured in Rhino), corresponds to the middle point of the curve.
Hi @fcegnam,
I did not know that the component was that limited. Though I will find another solution your external link was very informative. Thx!
@mcneelsoftware
The fillet component is for sure a very frequently used handy function. Enhancing will safe the community a lot of time, that we’d rather spend on designing than designing the design process.
nice one!
Though a bit an overkill for my tiny task. But again food for us to learn how to handle data.
Btw. please remind me to upload your gh skills when we all are connected to neuralink ;))
hahaha thanks
More trouble (code) than I expected… LATER: And wrong, so ignore this post.
Odd that when I plug @fritz_run’s “polyline” into your code from the other thread, it gives multiple results that don’t match mine?
P.S. Oh! I see now that mine is wrong. Coffee time.
Yes that’s because my stupid definition has four sliders and when I saved it, one was set to 0.
When there’s only kink but three sliders with values larger than 0, you get three arcs.
Oh, so your code is hard-wired for a four segment polyline? Ok, I guess - mine was hard-wired too.
I sorta knew better, my first instinct was to use the shorter of the two segments…
It was just a test some time ago and I did not bother implementing a solution to filter the number of kinks.