C M wrote:
>
>
> > x = [1,2,3]
> > y = [10,20,30]
> > self.subplot.plot(x, y)
>
> I don't understand--where did "self" come from?
>
>
> Sorry--"self" here refers to an instance of a wxPanel class in my
> wxPython app.
> It is the parent window for the mpl subplot which is
> x = [1,2,3]
> > y = [10,20,30]
> > self.subplot.plot(x, y)
>
> I don't understand--where did "self" come from?
Sorry--"self" here refers to an instance of a wxPanel class in my wxPython
app.
It is the parent window for the mpl subplot which is meant to be a child of
it.
The subplot is itself a
C M wrote:
[...]
> So basically I need to use plot_date but in a figure embedded in a
> wxPython app.
> Still not sure how this should be written. To make it simple, this
> plot() command
> works in my app already:
>
> x = [1,2,3]
> y = [10,20,30]
> self.subplot.plot(x, y)
I don't understand--
atter
> > t = [ d.datetime (2007,9,1,12), d.datetime(2007,9,2,12),
> > d.datetime(2007,9,3,12)
> > ]
> > t = p.date2num(t)
> > p.plot_date( t, [10,20,30] )
> > p.xticks(t)
> > y = DateFormatter('%Y-%m-%d')
> > p.gca().xaxis.set_major_formatter(y)
> >
On 9/4/07, Eric Firing <[EMAIL PROTECTED]> wrote:
>
> C M wrote:
> > I realize that the clearer question (and one which ties into my original
> > thread) is: do I need pylab to do plot_date()?
>
> No, plot_date is available as an axes method. Most pylab plotting
> commands are thin wrappers for a
C M wrote:
> I realize that the clearer question (and one which ties into my original
> thread) is: do I need pylab to do plot_date()?
No, plot_date is available as an axes method. Most pylab plotting
commands are thin wrappers for axes methods.
Eric
-
C M wrote:
> Mark, Mark, Brendan, John, thanks for the input. I have a related
> question that may help to continue to clear things up for me. My goal
> is to use matplotlib with wxPython, and I've been able to embed graphs
> in wxPython apps fine so far (in this case, directly, not using wxMP
t = p.date2num(t)
> > p.plot_date( t, [10,20,30] )
> > p.xticks(t)
> > y = DateFormatter('%Y-%m-%d')
> > p.gca().xaxis.set_major_formatter(y)
> > p.draw()
> >
> > Mark
> >
> >
2num(t)
> p.plot_date( t, [10,20,30] )
> p.xticks(t)
> y = DateFormatter('%Y-%m-%d')
> p.gca().xaxis.set_major_formatter(y)
> p.draw()
>
> Mark
>
> From: "C M" <[EMAIL PROTECTED]>
> > Subject: [Matplotlib-users] basic understanding of
Bill Dandreta wrote:
>>>C M wrote:
>> 1. What exactly must I import (which modules) and how do I import them
>> (in the sense of "import x" vs. "from x import y")?
>> 2. What arguments does the plot_date() command take and what is format
>> of the arguments?
>> 3. Do I have to make the conversion f
On 9/4/07, Brendan Barnwell <[EMAIL PROTECTED]> wrote:
> Incidentally, is there a reason why matplotlib can't just handle
> datetime
> objects itself? The requirement of having to manually convert them to an
> ad-hoc
> matplotlib "format" (which is just an integer) seems rather obtuse.
27;)
p.gca().xaxis.set_major_formatter(y)
p.draw()
Mark
From: "C M" <[EMAIL PROTECTED]>
> Subject: [Matplotlib-users] basic understanding of plotting dates
>
> x = (2007-09-01 12:00:02, 2007-09-02 12:00:02, 200
>>C M wrote:
> 1. What exactly must I import (which modules) and how do I import them
> (in the sense of "import x" vs. "from x import y")?
> 2. What arguments does the plot_date() command take and what is format
> of the arguments?
> 3. Do I have to make the conversion from the date format above t
This is really basic stuff but I had some problems navigating in the
matplotlib website (*if anyone is interested, I'll list those issues at the
end). I want to simply plot dates. After reading the tutorial, I just
don't understand how to do it.
I will have lists of dates in the format like 2007
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