OK, I've got it. Previously, I checked the quality of the output image
by two means: by visual inspection in gv and by checking the size of the
output eps images.
I was puzzled by the different sizes of the images at magnification 1.
Also, convert produces much larger eps files.
When the size of
In fact, the dpi option does change the resulting PS file, but the
quality is still very poor - see the example
http://www.ucl.cas.cz/~petr/matplotlib-test.tgz
pd
On Fri, 2007-08-24 at 20:03, Jouni K. Seppänen wrote:
> I just tried with current svn, and the following script produces two
ce to developers, I did not even try to understand the code, but
using the number 72 instead of using a variable seems to be a bad
programming practice to me.
Petr Danecek
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This SF.net email is sponsored by: Splunk Inc.
The correct answer is bellow, sorry for bothering.
petr
On Wed, 2007-01-24 at 14:55, Petr Danecek wrote:
> Hello,
> in the code bellow i am trying to achieve a very simple thing: I'd like
> to call the routine "annotate" to place a text on my plot with arguments
Hello,
in the code bellow i am trying to achieve a very simple thing: I'd like
to call the routine "annotate" to place a text on my plot with arguments
supplied by means of a dictionary.
Is there a way how to do this?
Petr
from pylab import *
fig = figure()
ax =
Eric, John - thanks for your tips, it works!
petr
On Tue, 2007-01-02 at 21:01, Eric Firing wrote:
> John Hunter wrote:
> Examples of the shrink kwarg are examples/image_masked.py and
> examples/contour_demo.py.
>
> As an alternative to using the shrink kwarg you can always specify axes
> positi
Hello,
i'd like to ask two questions:
1) Is it possible to control amount of space between title and graph?
2) When set_aspect() is used, the size of colorbar does not respect
y-dimension of the graph. (See the attached example.) Is it possible to
set the size of the colorbar directly?
Beautiful! The grid lines must be drawn manually?
On Thu, 2006-12-28 at 13:32 -0700, Jeff Whitaker wrote:
> Here's a slightly prettier version of my previous example:
>
> from pylab import *
> deltatheta = 2.*pi/100.
> theta = arange(0.,2.*pi+0.5*deltatheta,deltatheta)
> R = arange(0.,pi,deltathe
ement it?
Kind regards,
Petr Danecek
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