On Tue, Oct 11, 2022 at 4:30 AM joão chaves wrote:
> Hey. I believe it would like a diamond in case of 4.
>
In the current implementation, you would have a diamond. But if the 4
points were evenly spaced, you would have a square.
> On Mon, Oct 10, 2022, 15:30 Marcus Ottosson
> wrote:
>
>> > T
Hey. I believe it would like a diamond in case of 4.
On Mon, Oct 10, 2022, 15:30 Marcus Ottosson wrote:
> > The only issue I have is that it doesn't evenly distribute the spheres
> along the ellipse, maybe that's not easy to accomplish?
>
> Got an interesting thought-experiment for you. :) What
> The only issue I have is that it doesn't evenly distribute the spheres
along the ellipse, maybe that's not easy to accomplish?
Got an interesting thought-experiment for you. :) What would it look like
to only distribute 3 or 4 spheres in an ellipse, with even spacing? Pen and
paper is allowed.
Hey Justin. That's awesome! Thanks a lot for looking into it. The only
issue I have is that it doesn't evenly distribute the spheres along the
ellipse, maybe that's not easy to accomplish?
But this helps me a lot anyways. :)
[image: ellipse.jpg]
A segunda-feira, 10 de outubro de 2022 à(s) 08:38
Full disclosure, I am not a math guy and I didn't know the solution
straight away. But I wanted to look it up and see if I could apply it,
given a known max and min radius, and an angle.
I found this to be the most useful of all the links I had found:
https://stackoverflow.com/a/17762156/496445
Wh
