One thing you have missed is the behavior of pylab.cm.jet. If you pass
it an integer array, it treats the integers as indices into the default
jet colormap, with 256 colors. If you pass it a float array, the floats
must be scaled from 0 to 1, in which case you will get scaled values
from the
On 8/14/07, Matthew Auger <[EMAIL PROTECTED]> wrote:
> This demonstrates the *solution*--the problem is that scatter() does not
> automagically perform color mapping for the edge and face colors.
Indeed...and I wish the behavior was more like other mpl functions.
Either way, passing my list throug
This demonstrates the *solution*--the problem is that scatter() does not
automagically perform color mapping for the edge and face colors. Perhaps
this is a 'feature', but if so (or even if not) maybe the documentation
should be clarified (I figured 'c' and 'color' were equivalent, like other
m
Matthew Auger wrote the following on 08/13/2007 11:15 AM:
> I'm trying to make high-dimensionality scatter plots, but I've run into a
> couple of issues. I'm using scatter() but including both edge and face
> color mapping; I doubt this will provide a meaningful display, but I'd
> like to try it an
I'm trying to make high-dimensionality scatter plots, but I've run into a
couple of issues. I'm using scatter() but including both edge and face
color mapping; I doubt this will provide a meaningful display, but I'd
like to try it and see Unfortunately, passing data arrays to facecolor
and
