Martin Spacek wrote:
> Hi,
>
> I just updated my checkout to rev 6829, and it seems
> lines.Line2D.set_pickradius
> has been renamed to setpickradius. Is this a typo? get_pickradius still
> exists.
> This is on line 318 in lines.py. Renaming it back to set_pickradius seems
> make
> it work t
Hi,
I just updated my checkout to rev 6829, and it seems
lines.Line2D.set_pickradius
has been renamed to setpickradius. Is this a typo? get_pickradius still exists.
This is on line 318 in lines.py. Renaming it back to set_pickradius seems make
it work the way it used to.
Cheers,
Martin
Michael,
It seems that the gtk backend in the current svn silently ignores ALL
exceptions raised during the drawing.
http://matplotlib.svn.sourceforge.net/viewvc/matplotlib/trunk/matplotlib/lib/matplotlib/backends/backend_gtk.py?r1=6696&r2=6793
Is this necessary? I don't think we want to do this
Okay -- I think I've at least narrowed it down to a cause. Agg uses
fixed-point arithmetic to render at the low-level -- by default it uses
24.8 (i.e. 24 integer bits and 8 fractional bits). Therefore, it can
only handle pixel coordinates in the range -2^23 to 2^23. Both of the
provided exam
Thanks for this.
I believe both of these examples illustrate a shortcoming in Agg when
the distance between two points on either end of a line is too great.
I'll do some digging around and see what may be causing this and if any
limits can be adjusted -- I may not get to this today, however.
M
Jan Müller wrote:
> Hi,
>
> The simple code snippet at the end of this mail should plot a single line.
>
I can confirm this bug on Ubuntu running matplotlib svn revision 6827.
However I think it doesn't have to do with the log-scale but with the
big variations on the x-scale and the custom xs
Hi,
The simple code snippet at the end of this mail should plot a single line.
Unfortunately, depending on
- the backend
- the windowsize
- and the pan/zoom position inside the plot
one or more additional lines appear.
Under windows it looks like this:
http://img217.imageshack.us/my.php?imag