Thanx, Husky, I'll give that a try.
For some reason, when I tried the second (inner) path using Clive's method something went awry. :/
And yes, I double checked my numbers and did all the math in an excel spread sheet to so I had all the required distance marks in place. But...it didn't seem to line up properly to me.
(The points represent peg-holes for a cribbage board)
In the image, you can see the PINK and White points make a nice arcs, half of what I need, however they are still a bit off.
- The White points do not line up between the center-point and their corresponding point on the outside.
- The Pink point on the top doesn't line up perfectly with the green center-line like the white one does.
- The spacing isn't quite right yet either. The outside bottom white point is the last hole in the prior series of 5 peg holes. So, that being the last spot before the next series of '5', where the turn begins, I need to delete the first and last pink point.
...I'm not sure why. It might be that I shortened the number used for measuring the distance points. The coordinates initially came back with 6+ digits to the right of the decimal, but I shortened them to 3, thinking anything beyond that probably wouldn't matter. (I'll try to re-do it all again tonight and see if I get different results.)
My rational behind this (If you play cribbage you will understand, if not I can whip up another JPG to upload)
#1) I needed 10 points to drill across an this 180 arc. To ensure that they would be evenly spaced for this curve, I thought I would need 13 points. 10 points for the peg-holes, and 3 points to mark the spacing between the series of 5 = [space] + [5points] + [space] + [5points] + [space].
...but (shrugs) it didn't come out the way I thought.
need to and I need to adjust the spacing so there are 5 evenly distributed holes (points) between that and the green center line.

- DotsOnLine_c.jpg (107.98 KiB) Viewed 37049 times