sci.physics.electromag

"Androcles" wrote in message
news:DflFj.312642$3m6.167466@fe2.news.blueyonder.co.uk...
>
> "hanson" wrote in message
> news:maiFj.4737$Oj5.4452@trnddc06...
> | "Androcles" wrote in message
> | news:yGhFj.64867$M9.35732@fe3.news.blueyonder.co.uk...
> | > The link again is:
> | > http://www.androcles01.pwp.blueyonder.co.uk/Orbit/Orbit.xls
> | >
> | hanson wrote:
> | NOW that your link arrived, double clicking on it worked just fine.
< http://groups.google.com/group/sci.physics/msg/3760e9bcc757513d>
>
Androcles wrote:
< http://groups.google.com/group/sci.physics/msg/1b962698cba7fb01>
> Copernicus.exe (which I wrote over 15 years ago) allows
> for 10,000,000 points. 100,000,000 points and you need a
> faster computer. I'm not planning on increasing the point count
> for a spreadsheet.
> http://www.androcles01.pwp.blueyonder.co.uk/Copernicus/LCV.htm
>
> | hanson wrote:
> | Shit! Gotta run! Pool pump in the grotto just "exploded"
> | Water's all over!... ahahahaha.... lata alligata!....
> |
Androcles wrote:
> Thanks for your help, it is appreciated. Now go fix the pool pump.
> |
hanson wrote:
ahaha... AHAHAHA... your all heart, Andro... Kelperian orbits
first!... ahahaha... --- But no, I didn't fix the pump. I couldn't bring
my heart to do it when I saw the "little twits" having the time of
their young lives having great fun under their new "waterfall"...
So, I checked whether there were any el. shock dangers and
there were not. A faulty safety valve had burst and created
a huge "fountain"... ahahaha... So, I let'em play under it for an
hour until they got bored. -- We celebrated Easter here, in
Raratonga, with the tribe and staffs united. After few days they
all left, back to their own lairs and salt mines or sugar loafs.
That's when the crews will come for clean up and do repairs
and maintenance.
>
Anyway, now we can gp back to your Keplerian Orbit plots ,
... [1].
for which you say to have no plans to "increase the point count".
But listen man, if I were as interested as you are in searching
for new ways to look at things I'd give that some more attention.
I thought that YOU were after a novel way for you to see & explain
gravitational n-body interactions, in an analog fashion like you
did for the light intensity/freq. curves in your

>
A refinement in [1] by/with tilting the view angle onto the ellipses
until they become perfect circles ought to give you the loci of the
gravitational zero/balance-points (like L3/L4 etc), those positions
in 3D space which may be used for to find solutions for the old
3-body/n-body problem. -- Go for it if it strikes your fancy.
Good luck and take care, Andro,
hanson