Are you sure these are hdf5 files? If they are HDF4 files you will not
be able to load them with the hdf5 package. I am not aware of a HDF4
package for R but I might be wrong.
If it is a HDF4 file you might find the conversion utility at
http://www.hdfgroup.org/h4toh5/ useful.
Cheers,
Hi all,
I thought I'd just point out, to those not having yet seen this, that
today there was a classification challenge posted for astronomy.
The web-site is http://www.hep.anl.gov/SNchallenge/
[I have nothing to do with this project so don't ask me any details!]
Basically the idea behind is t
Hi,
I have a situation where I have a set of pairs of X & Y variables for
each of which I have a (fairly) well-defined PDF. The PDF(x_i) 's and
PDF(y_i)'s are unfortunately often rather non-Gaussian although most
of the time not multi--modal.
For these data (estimates of gas content in galaxies)
[apologies if this appears twice]
Hi,
I have a situation where I have a set of pairs of X & Y variables for
each of which I have a (fairly) well-defined PDF. The PDF(x_i) 's and
PDF(y_i)'s are unfortunately often rather non-Gaussian although most
of the time not multi-modal.
For these data (est
Thanks for the reply!
On Tue, Dec 2, 2008 at 6:34 PM, Prof Brian Ripley <[EMAIL PROTECTED]> wrote:
> I wonder if you are using this term in its correct technical sense.
> A linear functional relationship is
>
> V = a + bU
> X = U + e
> Y = V + f
>
> e and f are random errors (often but not necessa
eling, handled by
> the 'sem' package?
> Spencer
>
> Jarle Brinchmann wrote:
>>
>> Thanks for the reply!
>>
>> On Tue, Dec 2, 2008 at 6:34 PM, Prof Brian Ripley <[EMAIL PROTECTED]>
>> wrote:
>>
>>>
>>> I wonder if
The dhyper etc deal with the hypergeometric _distribution_ while what
you appear to want have is the hypergeometric special function (the
connection is that the regular hypergeometric function is the
generating function for the hypergeometric distribution if I recall
correctly).
Anyway, what you
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