[Plugin] Round Edge - v1.0 (by Bezier)

fredo6

Remus,

Sorry for this. A last minute problem and I took the wrong version.
I reloaded one on the main message that should work.

Fredo

remus

Cheers fred, works like a charm.

kwistenbiebel

Cool Fredo!
This is one the render geeks appreciate
Thank you!

Daniel S

Thank you Fredo!!!
I didn´t imagine that you were going to surprise us so soon with another awesome plugin

Your assumption that only edges that are not ‘Soft’, ‘Hidden’ or ‘Soft’ can be selected is a great idea and the Explicit and Implicit selection is fantastic too.

I tried the plugin and the problems that I have are the ones of the "known problems" on the PDF. Hope that you can fix the issues of Adjacent Convex and Concave edges and the Sheared surfaces before the incorporation of the custom profiles feature. Perhaps will add to the list of problems when there is something like the attached image.

Thank you again Fredo!,
Daniel S

P.S. I´m thinking: If only one person can make all this incredible plugins so quick with limited time... what the SU team working full time on SketchUp will bring to us on SU7??

kwistenbiebel

@daniel s said:

P.S. I´m thinking: If only one person can make all this incredible plugins so quick with limited time... what the SU team working full time on SketchUp will bring to us on SU7??

Don't start .

...but I recently imagined them (G-team) scratching their heads saying: 'are these GE tools gonna be enough?' , while the other one replies 'Not a problem,mate,we make things for the masses, not for a CG niche market'....' Pffw,Oh good, well I am off then, it seems the wind is gaining strength, time to hit the waves, cheerio'...etc...

Whaat

kudos on the wicked looking plugin! Looking forward to playing with it!

kmead

Wow, very nice indeed. This has been asked for many many times over the last few years. And very nicely executed.

I do have a quibble which may or may not be shared by all:

The intersection of the rounded edges should meet in a semi-spherical intersection when three arcs meet at a corner, versus the hipped or groined intersection that is now occurring.

In any case, another very appreciated remarkable piece of work.

All the best and thank you.

Karl Mead