Dear Gary, "_ns" is the numpy backend. Do you have numpy installed? Is
it working? Are you compiling matplotlib from source? What version of
Ubuntu are you using (Dapper? Edgy?)
Gary Pajer wrote:
> [sorry if this appears more than once. The list manager is timing out
> when I try to change my e
Hi to the list,
this is my first post on this mailing list.
I'm searching to apply a colormap to a 3d surface plotted with plot_surface.
I've seen in the simple3d.py example that the colormap can be applied and
properly scaled though the set_array() method of the object returned by
plot_surface.
[sorry if this appears more than once. The list manager is timing out
when I try to change my email address, so I can't tell if it has taken
effect]
No_module_named _ns_backend_agg
I've set to True everything in setupext.py that had agg in it.
This is my first time building on ubuntu.
I spent l
>
>> which versions of wxPython are supported?
>
> I haven't tried the new one, but the last release worked well with
> wxPython2.6.3, but had some issues with 2.8.* -- I don't think anyone
> has addressed those yet.
>
Just to confirm, the binary posted at the following
http://downloads.sourceforg
I need to generate a drawing of a robot that is essentially a serial
connection of lines in 3D. I have been trying to use the recipe at
http://www.scipy.org/Cookbook/Matplotlib/mplot3D
This I think would work. The only drawback is that I would like to
adjust the thickness of the lines drawn. Tr
Hi Alex,
I don't know if it can be done with matplotlib, but for drawing meshes
and so on I use vtk http://public.kitware.com/VTK/ On that page are
also examples how to do that job, just search for "vtkUnstructuredGrid"
or "vtkStructuredGrid" depending on your mesh.
Hope that helps.
Wolfga
Hello everybody,
I would like to open and close some figures during the mainloop or (if this is
not possible) set figures to some kind of active or visible.
Could anyone help me or give me a hint?
Thanks in advance,
Matthias
Hello Belinda,
I just stumbled over the same problem. The following will give what you (we)
want:
[x.num for x in matplotlib._pylab_helpers.Gcf.get_all_fig_managers()]
Bye,
Martin
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