On Sun, Nov 29, 2009 at 6:15 PM, Anne Archibald
wrote:
> 2009/11/28 Wayne Watson :
> > Anne Archibald wrote:
> >> 2009/11/28 Wayne Watson :
> >>
> >>> I was only illustrating a way that I would not consider, since the
> >>> hardware has already created the pdf. I've already coded it pretty much
>
2009/11/28 Wayne Watson :
> Anne Archibald wrote:
>> 2009/11/28 Wayne Watson :
>>
>>> I was only illustrating a way that I would not consider, since the
>>> hardware has already created the pdf. I've already coded it pretty much
>>> as you have suggested. As I think I mention ed above, I'm a bit
>>
How would I do that?
Anne Archibald wrote:
> 2009/11/28 Wayne Watson :
>
>> I was only illustrating a way that I would not consider, since the
>> hardware has already created the pdf. I've already coded it pretty much
>> as you have suggested. As I think I mention ed above, I'm a bit
>> surpris
2009/11/28 Wayne Watson :
>
> I was only illustrating a way that I would not consider, since the
> hardware has already created the pdf. I've already coded it pretty much
> as you have suggested. As I think I mention ed above, I'm a bit
> surprised numpy doesn't provide the code you suggest as part
David Goldsmith wrote:
> On Fri, Nov 27, 2009 at 9:25 PM, Wayne Watson
> mailto:sierra_mtnv...@sbcglobal.net>>
> wrote:
>
> I actually wrote my own several days ago. When I began getting myself
> more familiar with numpy, I was hoping there would be an easy to use
> version in it fo
On Fri, Nov 27, 2009 at 9:25 PM, Wayne Watson
wrote:
> I actually wrote my own several days ago. When I began getting myself
> more familiar with numpy, I was hoping there would be an easy to use
> version in it for this frequency approach. If not, then I'll just stick
> with what I have. It seems
I actually wrote my own several days ago. When I began getting myself
more familiar with numpy, I was hoping there would be an easy to use
version in it for this frequency approach. If not, then I'll just stick
with what I have. It seems something like this should be common.
A simple way to do
On Fri, Nov 27, 2009 at 9:47 PM, Wayne Watson
wrote:
> How do I compute avg, std dev, min, max and other simple stats if I only
> know the frequency distribution?
If you are willing to assign to all observations in a bin the value at
the bin midpoint, then you could do it with weights in the stat
How do I compute avg, std dev, min, max and other simple stats if I only
know the frequency distribution?
--
Wayne Watson (Watson Adventures, Prop., Nevada City, CA)
(121.015 Deg. W, 39.262 Deg. N) GMT-8 hr std. time)
Obz Site: 39° 15' 7" N, 121° 2' 32" W,
