On 08/13/2011 01:11 PM, Vlastimil Brom wrote:
> Hi all,
> I'd like to ask a probably basic qustion about backends in matplotlib
> - specifically with regard to WXAgg and WX.
> What are the differences of the two, and what are the supposed
> usecases, and maybe restrictions for them?
http://matplot
I guess that is the problem. Thanks for the idea.
Regards, Ozgur
On Sat, 13 Aug 2011, Benjamin Root wrote:
On Saturday, August 13, 2011, Özgür wrote:
> Please forget it. For now the real problem is: I am plotting by using
"contour" and I get the data values by using get_paths. But
it doe
Hi all,
I'd like to ask a probably basic qustion about backends in matplotlib
- specifically with regard to WXAgg and WX.
What are the differences of the two, and what are the supposed
usecases, and maybe restrictions for them?
Using matplotlib/pylab pylab in a rather basic way I encountered
probl
On Saturday, August 13, 2011, Özgür wrote:
> Please forget it. For now the real problem is: I am plotting by using
"contour" and I get the data values by using get_paths. But it does not
include some part of the contour. A screenshot is attached. The colored
lines are those returned by get_paths.
On Saturday, August 13, 2011, Özgür wrote:
> Hi, when I use the function "contour" sometimes I get a broken contour
> line. This should be continuous. Probably this is a bug. Does anyone know
> anything about this issue?
>
> Regards,
> Ozgur
>
Could you please post an image of what you are seeing
Hi, when I use the function "contour" sometimes I get a broken contour
line. This should be continuous. Probably this is a bug. Does anyone know
anything about this issue?
Regards,
Ozgur
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Hi,
I am trying to figure out how to produce a mixed-mode rendering PDF of a
contourf plot.
I tried something like this:
>>> from pylab import meshgrid, sin, cos, linspace, contourf,
savefig, clf
>>> x, y = meshgrid(*(linspace(-1,1,500),)*2)
>>> z = sin(20*x**2)*cos(30*y)
>>> c = contourf(
Hello!
I'm using matplotlib in my wx.Frame to draw some arrows and text at a
certain position. The number and position of the arrows is based on
previously created data. I do some calculations but basically it's like
this:
arrow = primer
for each primer:
draw one arrow at position y - 0.05 to
