It looks like mincnt is used only when C is not None. For the default
histogram method, I've found it useful to be able to turn off cells
with fewer then *mincnt* points. Attached is a diff which implements
this. Also, should *marginals* be True by default? It seems that
hexbin is an alternativ
On Mon, Jan 12, 2009 at 3:29 AM, T J wrote:
> It looks like mincnt is used only when C is not None. For the default
> histogram method, I've found it useful to be able to turn off cells
> with fewer then *mincnt* points. Attached is a diff which implements
> this. Also, should *marginals* be Tr
There appears to be a bug in the macosx backend. When I plot large
numbers with small variations in the value, the numbers seem to be
coarsely rounded off. This bug doesn't appear with other backends (I
tried WxAgg and TkAgg). Below is a simple script showing the problem
and the resulting p
Ryan May wrote:
John Hunter wrote:
Ryan May has been doing all the heavy lifting with respect to PSD and
specgram, so I am going to turf this to him :-) It may be that the
bug filer's problems are resolved in the recent changes in 98.5.2, but
Ryan should confirm
On Fri, Jan 9, 2009 at 2:45
On Jan 9, 2009, at 6:12 PM, Ryan May wrote:
> Maybe it's time to refactor here to get routine(s) that operate how
> we want (IMO
> more sanely than Matlab), and we provide wrappers that give Matlab-
> like behavior.
> Maybe we can also get these sane routines upstream into Scipy. At
> that
Paul Kienzle wrote:
>
> On Jan 9, 2009, at 6:12 PM, Ryan May wrote:
>
>> Maybe it's time to refactor here to get routine(s) that operate how we
>> want (IMO
>> more sanely than Matlab), and we provide wrappers that give
>> Matlab-like behavior.
>> Maybe we can also get these sane routines upstr
John Hunter wrote:
> On the issue of units (not unit testing but unit support which is
> motivating your writing of unit test) I think we may need a new
> approach. The current approach is to put unitized data into the
> artists, and update the converted data at the artist layer. I don't
> know
