Fusion Friday - Getting a "handle" on surfaces
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- čas přidán 23. 08. 2024
- In this video, I show how you can create "handles" to modify your surfaces in 3D instead of in a 2d sketch. I show a couple of different examples on how this could be useful.
Many thanks Mr. Tallis.
Thanks again Brad. More info stored for later use. 🙂
Absolute fantastic tip Brad! I will be using this often, so thank you very much Sir!
Excellent tip thank you.
Nice workaround for those Hard to Handle surfaces.
That is a pretty neat trick.....thanks for taking the time to explain this in detail.
Glad you liked it!
That was helpful. Thank you
That’s a really great tip. You also answered my question before I asked it.
Same here 😅
WOW, that's a good one. Thanks Brad.
Glad you enjoyed it
GREAT tip!
Glad it was helpful!
That’s one of those “tools in the armoury” that I never knew I needed. Thanks.
Ya, not used often, but handy when needed. Thanks for watching!
Great workaround tip Brad that addresses exactly this problem that I've come up against in the past.
It does make you wonder though why the program can't be changed so that the tangency handles are visible in the sketch when in the 3D environment.
You are just awesome man 😎
Thank you so much 😀
Thanks a lot Brad. Have a wonderful weekend time 🙂
👌
Ho
Lee
Fook!
This is powerful!
lol. Thanks. Glad you liked it.
This should really be a visibility option for sketches (as show dimensions).
I agree. Would be cool.
You say bicycle seat I'm fat so the first thing I thought was Pringles chip :)
lol. Honestly, I also thought Pringles Chip, but I figured a bicycle seat was more relatable.
Great tip and topic going to use this for sure. QQ: is there a quick way to reuse last command or hot key rather than moving up to constraint menu bar?
Maybe make all the lines colinear then go around and make them coincident? but this is pretty fast and so useful.
this is a great ttip! why don't the handles show on the 3D model? is there an explanation?
The handles don't show up in the model as they are 2D handles in the sketch. By tracing over them and adding the coincident constraints onto them, we are basically turning them into a 3D sketch representation. Then when we show the sketch in the model workspace, you are technically moving them around in 3D.