The question is: how to enable panning/zooming operation to be constrained
to the x axis or y axis?
The Tutorial says,
[about Pam Mode] If you press 'x' or 'y' while panning, the motion will be
contrained to the x or y axis, respectively
[about Zoom Mode] You can use the modifier keys 'x', 'y' or
Just for information, i change from broken_barh to just barh, so as to
easily set picker property. It satisfies my needs now.
Just for exploration, does anyone know how to implement it by using
broken_barh()?
On 10/26/07, sunzen w. <[EMAIL PROTECTED]> wrote:
>
> Hi Gurus,
> (I'm sorry for sendin
washakie wrote:
> Hello,
>
> I'm trying to find a way to use imshow or contourf with a logarithmic
> colormap. Searching the threads I've found a few queries about this before,
> but not a solution. Any suggestions?
>
> Thanks!
Maybe I am not understanding correctly, but could you simply plot th
Hello,
I'm trying to find a way to use imshow or contourf with a logarithmic
colormap. Searching the threads I've found a few queries about this before,
but not a solution. Any suggestions?
Thanks!
--
View this message in context:
http://www.nabble.com/contourf---imshow-logarithmic-colormap-tf
Martinho MA wrote:
> hello, I have a problem quiver:
> In my code there is:
>
> fill(...)
> quiver(..)
>
> but the arrows stay under the fill !! If I would like it, with a bit of
> logic, I would wrote:
>
> quiver(...)
> fill(...)
q = quiver(...)
q.set_zorder(10)
This will ensure the arrows a
hello, I have a problem quiver:
In my code there is:
fill(...)
quiver(..)
but the arrows stay under the fill !! If I would like it, with a bit of
logic, I would wrote:
quiver(...)
fill(...)
Any help?
By the way, how to make an extra arrow to be used as a scale, with some
text anotation?
Than
Darran Edmundson wrote:
> Two simple questions:
>
> 1) How does one create a simple xy plot with a user-specified y-axis
> range? Combination of setting kwargs ylim and autoscale_on doesn't seem
> to do it ...
pylab.ylim( (ymin, ymax) )
or
pylab.gca().set_ylim( (ymin, ymax) )
?
> 2) If I