Is there a way get the top rail in the snip below to fillet smoothly to the end post?
Solved! Go to Solution.
Solved by ToanDN. Go to Solution.
Solved by barthbradley. Go to Solution.
Is this a Top Rail? Edit Properties under Top Rail and change Extension Style to: Floor.
Actually, I misread image, but if Top Rail, what I said will work, but your also going to need to deal with the existing Start and End Post by setting them to "None". Additionally, you need to give the Top Post a slight Extension distance to get it to return to Floor. There may be other tinkering required as well. If you want to post, I'll fool with it a bit.
I was able to get what is pictured below by deleting the start and end posts as you suggested, and editing the top rail sketch path. I need to play with it a little more to get it to be able to fillet. I found that by using the extension-to-floor method, the extension at the bottom was going flat thus messing up the nice corner I am going for.
Thank you for offering to take a look at the file - it’s included in this reply. I appreciate any other suggestions. While you’re looking at it, do you have any idea why the ends of the stringer (green arrow below) appear in 3D, but not in plan? Thank you again!
Here's the file I mentioned in my previous post. I couldn't;t seem to edit the last one.
@PhilvK. Very nice! I kind of figured that you'd dislike that "slight" extension I said that you needed to make my approach work. Using that approach, the Top Post wouldn't terminate on the stringer as nicely as yours it does here. Well done.
Cheers!
p.s. since this was a "team" solution; does this forum allow you to credit us both?
Do you know if it is true that once you change a stringer to a ‘real’ steel profile, the stringer can’t be extended by editing even if the stair is converted from ‘component’ to ‘by sketch’
Stringers cannot extend pass the first nosing if you create a Stair by Component, even when you convert to Sketch in editing mode. It only works for the true Stair by Sketch.
One thing you could do is modify the nosing profile and tread profile to provide offset from the actual control line.
Can you add just a little more info on how that nosing profile elates to your stair example and how its forcing the end of the stringer outboard of the nosing? I kind of understand, but not fully.
Modifying the nosing and tread profiles does not extend the stringers out, but push in nosing and the tread in. So it gives the same effect.
I will upload a screencast in a few minutes.
Edit: It only works for 3D and section/elevation, unfortunately. The stair plan still shows with the original nosing lines.