Hi,
For those of you following the trials and tribulations of moi,
I hacked the solution. The assignment is:
x0 = [ [-1.0,0.0,0.5] ]
I printed the orig x0. Printed mine. Noticed mine was missing
a set of brackets. Tried it. Success!
--Prahas
On Sun, Mar 29, 2015 at 10:07 AM, Prahas
Am 2015-03-27 um 15:01 schrieb Sappy85:
Hi all,
tried to plot a streamline with matplotlib. So far it work's.
But my question: Is there a possibility to avoid the gaps in the streamlines
(see my picture)?
http://matplotlib.1069221.n5.nabble.com/file/n45276/ff850_0.png
Are you sure your
Dear all,
I have tried both latest Anaconda and WinPython in Windows 7, 64-bit
system, with Python 3.4 64-bit, and both run into this issue:
1) Open up a new IPython QtConsole (version 3.0.0), and make sure
matplotlib version is 1.4.3
2) It doesn't matter which backend you are using. Do:
This bug has already been fixed in the source.
The work around for now is to use the full name `color='r'` instead of the
alais 'c'.
Tom
On Mon, Mar 30, 2015 at 11:06 PM Yuxiang Wang yw...@virginia.edu wrote:
Dear all,
I have tried both latest Anaconda and WinPython in Windows 7, 64-bit
Hey,
I am making a plot using nested GridSpec objects. I would like to adjust
the space between the the different GridSpecs.
This works fine if I do something like:
gs0 = gridspec.GridSpec(a, b)
gs1 = gridspec.GridSpec(c, d)
gs0.update(...)
gs1.update(...)
However, If I use
Hi,
If your flow is actually non-divergent, so that continuous streamlines make
sense, you could contour the streamfunction: a decent approximation should be
psi = 0.5*( cumsum(u*dy[:,newaxis],axis=1)-cumsum(v*dx[newaxis,:],axis=0))
Of course this won’t work so well if u and v are coarsely
On Mon, Mar 30, 2015 at 2:15 PM, Foehn fo...@posteo.org wrote:
Am 2015-03-27 um 15:01 schrieb Sappy85:
Hi all,
tried to plot a streamline with matplotlib. So far it work's.
But my question: Is there a possibility to avoid the gaps in the
streamlines
(see my picture)?
I think the
