On Mon, Oct 20, 2008 at 6:33 AM, Pete <[EMAIL PROTECTED]> wrote:
> Has anyone had any luck compiling Matplotlib using cygwin?
> Out of the box I get the following: (I have numpy, tcl/tk and libpng1.2
> installed)
>
> ~/matpl/matplotlib-0.98.3$ python setup.py build
> ===
> Mathew Yeates wrote:
>> Is there an easy way to find the locations in rectangle1 that are
>> covered by rectangle2? I couldn't find this anywhere.
On 10/20/2008 7:46 AM Jeff Whitaker apparently wrote:
> Mathew: There's nothing included in matplotlib - I recommend Shapely
> (http://trac.gispyt
Yes, I can write to the disk and the python directory, I installed Python
myself in the directory without need for any other administrator privileges.
I also tried re-applying read/write status in properties but still the same
error...
Dave
I'm not a regular Windows user, so I'm probably not o
Has anyone had any luck compiling Matplotlib using cygwin?
Out of the box I get the following: (I have numpy, tcl/tk and libpng1.2
installed)
~/matpl/matplotlib-0.98.3$ python setup.py build
BUILDING MATPLOTLIB
On Mon, Oct 20, 2008 at 6:57 AM, Jakub Urban <[EMAIL PROTECTED]> wrote:
> C:\Python25\lib\site-packages\matplotlib\legend.pyc in
> _update_positions(self, r
> enderer)
> 521 ydata = y*np.ones(handle.get_xdata().shape, float)
> 522 handle.set_ydata(ydata+h/2.
Hello everybody!
I'm trying to make a contour plot and add a legend for it. The code is
basically
---
from numpy import *
from matplotlib.pyplot import *
# put anything into x,y,z arrays
ctr = contour(x,y,z) # plots ok contours of z(x,y)
ctr.collections[0].set_label('z')
legend()
show()
---
The le
Mathew Yeates wrote:
> Is there an easy way to find the locations in rectangle1 that are
> covered by rectangle2? I couldn't find this anywhere.
>
> Mathew
>
Mathew: There's nothing included in matplotlib - I recommend Shapely
(http://trac.gispython.org/lab/wiki/Shapely). It's an interface t
Hi,
In an aerodynamic environment.
I need to plot multiple curves in one grid.
A standard view would be the coefficients of:
1) lift vs. angle-of-attack
2) lift vs. drag
3) pitching-moment vs. angle-of-attack
all three curves can be out of multiple data-sets (polars).
This 3 curves need to be i
