On Thu, Mar 6, 2008 at 11:37 AM, Gregory, Matthew <
[EMAIL PROTECTED]> wrote:
> Eads, Damian wrote:
> > You may need to be a bit more specific by what you mean by
> > weighted majority. What are the range of values for values
> > and weights, specifically? This sounds a lot like pixel
> > classifi
Hi Gregory,
Gregory, Matthew wrote:
> Eads, Damian wrote:
>> You may need to be a bit more specific by what you mean by
>> weighted majority. What are the range of values for values
>> and weights, specifically? This sounds a lot like pixel
>> classification where each pixel is classified with
Eads, Damian wrote:
> You may need to be a bit more specific by what you mean by
> weighted majority. What are the range of values for values
> and weights, specifically? This sounds a lot like pixel
> classification where each pixel is classified with a majority
> vote over its weights and val
Gregory, Matthew wrote:
> Hi list,
>
> I'm a definite newbie to numpy, but finding the library to be incredibly
> useful.
>
> I'm trying to calculate a weighted majority using numpy functions. I
> have two sets of image stacks (one is values, the other weights) that I
> read into 3D numpy arrays
Hi list,
I'm a definite newbie to numpy, but finding the library to be incredibly
useful.
I'm trying to calculate a weighted majority using numpy functions. I
have two sets of image stacks (one is values, the other weights) that I
read into 3D numpy arrays. Assuming I read in a 100 row x 100 co
