On 7/7/07, Edin Salkovic [EMAIL PROTECTED] wrote:
On 7/6/07, Kaushik Ghose [EMAIL PROTECTED] wrote:
Hi Edin,
(...)
Actually the original string renders as desired. Its the svg save that
causes the problem.
I gather this is due to incomplete implementation of svg export.
thanks!
I looked into this. You just have to install (copy) the BaKoMa fonts
(TrueType version of the Computer Modern fonts) into your system's
font dir, so the svg viewer can see them. These fonts are located in
the matplotlib/mpl-data/fonts/ttf dir (the cm*.ttf files).
Thanks Edin! Yes, that
On 7/10/07, Kaushik Ghose [EMAIL PROTECTED] wrote:
I looked into this. You just have to install (copy) the BaKoMa fonts
(TrueType version of the Computer Modern fonts) into your system's
font dir, so the svg viewer can see them. These fonts are located in
the
Well I did fix it myself in the meanwhile. I must say I don't like
working with the CVS because I am planning to release the application
I am writing and I need to guarantee a minimal version of the packages
that the end user should eventually install without caring too much
about the CVS.
Thank
Hi,
I use Text() call of Figure() object for writing text. Because my text is
long, I use line breaker (\n) to write multiple lines with a single
call. This works fine except the line spacing is really tight and I wish I
could set a bigger line spacing. Does anyone know if this is
On 7/10/07, Jianfu Pan [EMAIL PROTECTED] wrote:
Hi,
I use Text() call of Figure() object for writing text. Because my text is
long, I use line breaker (\n) to write multiple lines with a single
call. This works fine except the line spacing is really tight and I wish I
could set a bigger
Hi Edin,
Hmm. I'm not sure whether this is a problem with matplotlib or
inkscape. I had some weird problems with inkscape on Ubuntu Feisty
recently, like: when I open the file from Nautilus (right click-open
with Inkscape) it is completely turned around; when I open Inkscape
(blank file),
John,
Thanks for your prompt response. I think the option can be useful. In my
case, the gap between the lines are really tight with _ in the first line
right on the top of characters in the second line.
Regards,
Jianfu
At 12:31 PM 7/10/2007, John Hunter wrote:
On 7/10/07, Jianfu Pan [EMAIL
John Hunter wrote:
On 7/10/07, Jianfu Pan [EMAIL PROTECTED] wrote:
Hi,
I use Text() call of Figure() object for writing text. Because my text is
long, I use line breaker (\n) to write multiple lines with a single
call. This works fine except the line spacing is really tight and I wish I
On 7/10/07, Eric Firing [EMAIL PROTECTED] wrote:
John Hunter wrote:
It looks to me like it is all in the text._get_layout() method, where a
2-pixel pad is specified in one place, and an additional 3-pixel pad in
another; both seem to be used for vertical spacing, so it is 5 pixels.
John Hunter wrote:
On 7/10/07, Eric Firing [EMAIL PROTECTED] wrote:
John Hunter wrote:
It looks to me like it is all in the text._get_layout() method, where a
2-pixel pad is specified in one place, and an additional 3-pixel pad in
another; both seem to be used for vertical spacing, so it is
On 7/10/07, Eric Firing [EMAIL PROTECTED] wrote:
My argument for fraction of font size is that this is the norm for
setting text; in a word processor, or in LaTeX (preferred, of course),
Well, if that's how latex does it, that's how we should do it too
Thanks for the offer to add this --
On 7/10/07, Kaushik Ghose [EMAIL PROTECTED] wrote:
Hi Edin,
Good point. I tried just now on Firefox and got the same error.
For an image of what I mean see this
http://python-pieces.blogspot.com/2007/07/latex-and-svg-export.html
I'm attaching the svg output here in case someone wants to try
Hello
I have gridded data of the shape:
x_1 y_1 z_1
x_1 y_2 z_2
. . .
x_1 y_N z_N
x_2 y_1 z_(N+1)
x_2 y_2 z_(N+2)
. . .
x_2 y_N z_(2N)
x_M y_1 z_(MN)
x_M y_2 z_(MN)
.. .
x_M y_N z_(MN)
I've tried to follow the contour_demo script by making
x = arange(M
I'm trying to figure out why this command is taking on average over 14 seconds
to render a drawing of a fairly simple plot. If anyone has ideas, I'd really
appreciate some help.
fig = figure(figsize=(12.5,3.75), dpi=80,facecolor = 'y', edgecolor='b')
start_date = 20050710
start_date +=
Peter I. Hansen wrote:
Hello
I have gridded data of the shape:
x_1 y_1 z_1
x_1 y_2 z_2
. . .
x_1 y_N z_N
x_2 y_1 z_(N+1)
x_2 y_2 z_(N+2)
. . .
x_2 y_N z_(2N)
x_M y_1 z_(MN)
x_M y_2 z_(MN)
.. .
x_M y_N z_(MN)
I've tried to follow the
On 7/11/07, Eric Firing [EMAIL PROTECTED] wrote:
Peter I. Hansen wrote:
Hello
I have gridded data of the shape:
x_1 y_1 z_1
x_1 y_2 z_2
. . .
x_1 y_N z_N
x_2 y_1 z_(N+1)
x_2 y_2 z_(N+2)
. . .
x_2 y_N z_(2N)
x_M y_1 z_(MN)
x_M y_2 z_(MN)
.
On 7/10/07, Devin Halperin [EMAIL PROTECTED] wrote:
I'm trying to figure out why this command is taking on average over 14
seconds to render a drawing of a fairly simple plot. If anyone has ideas,
I'd really appreciate some help.
fig = figure(figsize=(12.5,3.75), dpi=80,facecolor = 'y',
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