matplotlib-users Mailing List for matplotlib

Hi Ben,


Benjamin Root-2 wrote
> On Sun, Jun 23, 2013 at 6:29 AM, psb1967 <

> psb67@

> > wrote:
> 
> 
>>
> Since nobody has replied, I would suggest asking your question on the
> scipy
> users list, which is more geared towards implementation of various
> algorithms. The matplotlib mailing list mostly deals with plotting
> questions.  When you need help with plotting your results, let us know!
> 
> Cheers!
> Ben Root

May be it was my mistake posting a wrong request, without properly
understanding the nature of this elite site, nevertheless, I am grateful for
your taking time to reply and guide me in the proper direction.

I will give it a try with scipy user list.

Regards

Suresh




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On Sun, Jun 23, 2013 at 6:29 AM, psb1967 <ps...@ho...> wrote:

> Hi,
>
> I am new to programming and this is my first major work.
>
> I wish to add Bollinger Bands and Hull Moving Average(HMA) in
> finance_work2.py. Need your guidance.
>
> Installation details:
>
> Windows 7
> Python 3.3.2
> Matplotlib 1.2.1
> Numpy 1.7.1
> Ta-Lib
>
> As it is I don't have any issues running the script however, adding BB and
> HMA will complete my task.
>
> Thanks in advance.
>
>
>
Since nobody has replied, I would suggest asking your question on the scipy
users list, which is more geared towards implementation of various
algorithms. The matplotlib mailing list mostly deals with plotting
questions.  When you need help with plotting your results, let us know!

Cheers!
Ben Root

SciPy 2013 was a great success.  I didn't get good headcount at the 
matplotlib BOF, but it was a good number, and we had 15 participants at 
various points during the sprints.  It was nice to see the diversity of 
experience with matplotlib at the sprints, and I hope we oldtimers were 
helpful to the newtimers getting started so they can continue to 
contribute in the future.  It was also great to put some faces to many 
of the talented names I've been seeing on github and the mailing list 
lately.

I've summarized the matplotlib BOF as well as the sprint.  I've also 
gone ahead and created MEP placeholders and issues for the major themes 
discussed.

https://github.com/matplotlib/matplotlib/wiki/Scipy-2013-BOF-Notes

https://github.com/matplotlib/matplotlib/wiki/Scipy-2013-sprinting-notes

Both of these documents are based on the realtime etherpad notes we made 
during the sessions, and on some of my own recollection, which is known 
to be incomplete or incorrect on occasion.  If I missed something, or 
you feel something isn't expressed in the right light, feel free to edit 
the wiki, but we should keep further discussion on the mailing list, 
github issues or other channels.  It would also be great to have 
volunteers to help write a MEP or two based on the BOF discussion.

Thanks again.  It was really nice to meet all of you!

Mike

Hi,

I have set of points in a plane and make triplot:

    subplot(121)
    plot(points[:,0], points[:,1], 'o')
    title('Set of points')
    subplot(122)
    triplot(points[:,0], points[:,1])
    title('Triangulation')

result: http://i.imgur.com/1LG4fxC.png

Does anyone know how to extract just the lines describing each circumscribed circle in this example?
Perhaps by using Delaunay from scipy.spatial?

Just to inform you, I want to do this through triangulation and above example is trivial that can be solved differently, while real problem doesn't contain circles...


Thanks