Thanks!
Thomas
On 1 May 2009, at 15:04, Eric Firing wrote:
> Christopher Barker wrote:
>> Eric Firing wrote:
>>> Split the command up:
>>> p = Circle(...)
>>> ax.add_patch(p, ...)
>>>
>>> (add_* could be modified to return the reference; maybe this would
>>> be
>>> worthwhile.)
>>
>> +1
>>
>>
Christopher Barker wrote:
> Eric Firing wrote:
>> Split the command up:
>> p = Circle(...)
>> ax.add_patch(p, ...)
>>
>> (add_* could be modified to return the reference; maybe this would be
>> worthwhile.)
>
> +1
>
>
>
Done in r7077.
Eric
---
Eric Firing wrote:
> Split the command up:
> p = Circle(...)
> ax.add_patch(p, ...)
>
> (add_* could be modified to return the reference; maybe this would be
> worthwhile.)
+1
--
Christopher Barker, Ph.D.
Oceanographer
Emergency Response Division
NOAA/NOS/OR&R(206) 526-6959 vo
Thomas Robitaille wrote:
> Thanks!
>
> Is there an easy way to keep a reference to patches? I notice that for
> example
>
> p = ax.add_patch(Circle((0.5,0.5),radius=0.5))
>
> does not work (p is not a reference to the patch). Is there a way to
> keep a reference so I can update the properties
Thanks!
Is there an easy way to keep a reference to patches? I notice that for
example
p = ax.add_patch(Circle((0.5,0.5),radius=0.5))
does not work (p is not a reference to the patch). Is there a way to
keep a reference so I can update the properties of the patch at a
later time?
Cheers,
Thomas Robitaille wrote:
> Hi,
>
> Is there an easy way to draw a patch or a patchcollection such that it
> always stays at the same relative position in a set of axes, rather
> than at the same pixel position? So for example, I would want to plot
> it at (0.1,0.1) relative to the axes, and
Hi,
Is there an easy way to draw a patch or a patchcollection such that it
always stays at the same relative position in a set of axes, rather
than at the same pixel position? So for example, I would want to plot
it at (0.1,0.1) relative to the axes, and if I zoom in I would still
want it
