This method will not give you the dimension you are looking for, it will always be a bit smaller diameter than you trying to achieve. When you measure from the points of the arc that intersect each of the radiant lines that are drawn, you are essentially cutting of part of your ring and reducing the diameter of the circle. This would work accurately if you used it differently. If you were to start with the ring diameter you are look for and then draw perpedicular lines at the intersection of the ring at the three consecutive radiant lines, you would be creating the outside of the ring, measuring how long the perpencular lines are from where they intersect each other would give you the true length required. The template created here is great and would work well if done a bit differently. (This twelve segment example is much like the Unit Circle that many of you may remember from your high school Trigonometry, I may use this as an example when I teach it later this year in my classes. I am always trying to find different examples of what I teach in action!)
Wow now I understand segmented measurements. Thankyou for great instructions
Thanks for watching!
Thanks for sharing this information ❤️👍
That's for me, thanks Sean, Stewart, south west Australia.
This method will not give you the dimension you are looking for, it will always be a bit smaller diameter than you trying to achieve. When you measure from the points of the arc that intersect each of the radiant lines that are drawn, you are essentially cutting of part of your ring and reducing the diameter of the circle. This would work accurately if you used it differently.
If you were to start with the ring diameter you are look for and then draw perpedicular lines at the intersection of the ring at the three consecutive radiant lines, you would be creating the outside of the ring, measuring how long the perpencular lines are from where they intersect each other would give you the true length required. The template created here is great and would work well if done a bit differently. (This twelve segment example is much like the Unit Circle that many of you may remember from your high school Trigonometry, I may use this as an example when I teach it later this year in my classes. I am always trying to find different examples of what I teach in action!)
Great detailed video, thanks very much 👍. Cheers, Sean
Thanks for watching!
This will be very helpful for me. I'm a beginner.
Simple once some does it for you.thank you sir.
What about the arch between the two points where are you suppose material to get to that arch
Thanks 👍 I like that good job
Thanks for watching!
You always wear the best shirts in your vids!
And you have a Moog sticker on your tool chest. You play?
I'm trying to remember where I got this one. ;)
Yeah, I've played for about twenty years. Shaena actually got a chance to tour the Moog factory and brought some stickers back for me.
I should clarify, I've played guitar that long. I never learned the keyboard.
That's awesome! What synths do you still own these days?
Great instruction! When I get around to segmented stuff, I'll have to make one of these! Thanks!
Thanks, Matt!
I realize Im pretty off topic but do anybody know of a good website to stream new series online ?
@Lennox Trey Try flixzone. Just search on google for it :)
Thank you Jason
Thanks for watching, Peter!
what and the name of the plastic circle you use
360 degree protractor.
Great video, I think this will help
Thank you it is very helpful.
Thank you for watching!
Make a segmented ring cutting chart.