With the robot arm a technique that worked well for me was to nest group the components so the base included all the "downstream" elements, then inside that group a sub group containing the 1st.element and again all the downstream components etc etc. That way you are always rotating all the attached parts without having to select them each time.
Surprised that I didn’t notice so many useful functions though I used sketchup for 8 years. This is the reason for official UA-cam channel. Thank you so much
I liked the Robot arm example, it was really helpful, anyway, I would nest the arm parts according to the rotation relationship, so that I can rotate the outer most group and all its child groups will rotate with it. Thanks 💯🚀
I usually use Tape Measure as my throw away geometry, easier to distinguish. Although does hide away if you try to use 'K' to view back edges, then i use the pencil tool for said geometry. But everything else was awesome to learn! thanks
I for sure like the method! And I use similar strategies for different purposes also. Thank you, Tyson, for a nice presentation! A small advice tough: If you make your "trash" geometry to "keepers" geometry, do not forget to group them. Make the keepers distinguishable as keepers as Tyson did in his robot arm (line/axle with a circle). (If the "trash -> keepers" geometry are simple, like a single line or similar, I see before me how I can have all nested groups hidden with a "trash -> keepers" geometry visible, while I am cleaning up its sister group. And there are for sure are situations where I easily could collect an entire group, mistaken for a "stray edge". There can be a lot of work invested in these hidden groups. Believe me! Mama mia!)
Have you used any of these techniques before?
With the robot arm a technique that worked well for me was to nest group the components so the base included all the "downstream" elements, then inside that group a sub group containing the 1st.element and again all the downstream components etc etc. That way you are always rotating all the attached parts without having to select them each time.
@@ChrisAttwood1 Exactly what I wanted to say 👍
Surprised that I didn’t notice so many useful functions though I used sketchup for 8 years. This is the reason for official UA-cam channel. Thank you so much
That's awesome to hear! There's always more to learn 🤓
I liked the Robot arm example, it was really helpful,
anyway, I would nest the arm parts according to the rotation relationship, so that I can rotate the outer most group and all its child groups will rotate with it.
Thanks 💯🚀
Super good video Tyson - there was some stuff in there I'd forgotten, so thanks for this video! :)
Great stuff Tyson. I enjoyed that, and learnt some stuff. Thank you.
Great tips there Tyson. Great video, thanks
Great tips, thank you!
I usually use Tape Measure as my throw away geometry, easier to distinguish. Although does hide away if you try to use 'K' to view back edges, then i use the pencil tool for said geometry. But everything else was awesome to learn! thanks
Such a great videe, thank you for all your help!
These are awesome tips! The throw away geometry one blew my mind. Thanks for sharing!
I for sure like the method! And I use similar strategies for different purposes also. Thank you, Tyson, for a nice presentation!
A small advice tough: If you make your "trash" geometry to "keepers" geometry, do not forget to group them. Make the keepers distinguishable as keepers as Tyson did in his robot arm (line/axle with a circle). (If the "trash -> keepers" geometry are simple, like a single line or similar, I see before me how I can have all nested groups hidden with a "trash -> keepers" geometry visible, while I am cleaning up its sister group. And there are for sure are situations where I easily could collect an entire group, mistaken for a "stray edge". There can be a lot of work invested in these hidden groups. Believe me! Mama mia!)
Very useful/practical❤
very helpful, thanks a lot
good job
We’ll done very informative
But I was doing well until the robot. Will have to watch a few more times
Cheers enjoy your day
amazing 🤩