On Fri, 23 Nov 2007, Angus McMorland wrote:
> For parsimony, I think you're probably best off just using the
> Gaussian equation:
>
> def fwhm2k(fwhm):
>'''converts fwhm value to k (see above)'''
>return fwhm/(2 * n.sqrt( n.log( 2 ) ) )
>
> def gauss1d(r, fwhm, c):
>'''returns the 1d g
On 23/11/2007, Rich Shepard <[EMAIL PROTECTED]> wrote:
>Now I need to plot normal curves (a.k.a. Gaussian or bell curves,
> depending on the background of the speaker/writer). I see that SciPy has a
> class for the normal curve in its stats package, and that the curve shape is
> defined by the
I see that I've been immortalized on the SciPy MatPlotLib Cookbook web
page for my enquiry on plotting S- and Z-curves. The Boltzman function
serves very well for that purpose, and I've tweaked the example code to
allow me to pass in the two endpoints and the midpoint for each of these
curves.
Hi list
It looks like I cant change any properties of a matplotlib figure/axis
after I saved the figure
using the GUI. At least I cant use gca(), and gcf(). It works fine if
the save (e.g., figure.savefig('foo'))
was performed in the oo interface
Does anybody else have a problem with this (code b
