A link in one of my help files does not work. I have in this help file:
\seealso{\code{\link{crit.fun}}, \code{\link{opt.par}},
\code{\link{opt.random.par}}, \code{\link{opt.these.par}},
\code{\link{nkpartitions}}, \code{\link{nkpar}},
\code{\link{plot.check.these.par}} }
Everything in one row,
On 3/3/2006 6:28 AM, Aleš Žiberna wrote:
> A link in one of my help files does not work. I have in this help file:
> \seealso{\code{\link{crit.fun}}, \code{\link{opt.par}},
> \code{\link{opt.random.par}}, \code{\link{opt.these.par}},
> \code{\link{nkpartitions}}, \code{\link{nkpar}},
> \code{\li
I have been timing a particular model fit using lmer on several
different computers and came up with a peculiar result - the model fit
is considerably slower on a dual-core Athlon 64 using Goto's
multithreaded BLAS than on a single-core processor.
Here is the timing on a single-core Athlon 64 3000
Doug
This is probably not your reason, but I am finding my dual core Athlon
64 is much slower running 64 bit Linux and R than it was running 32 bit
Linux and R. All the programs are bigger. (Some, like the clock applet,
are a lot bigger for no obvious reason.) The difference is enough to
put
Hi,
I hope this is the right list to do this announcement.
In order to facilitate my work submiting R packages to Fedora Extras
I have create a python script that takes a CRAN package (tar.gz file)
and from there it prints a first draft for a spec file.
This script follows the Fedora conve
Paul,
I think what you're seeing is the performance gap between 64-bit binary and
32-bit binary on x86_64. I believe Prof. Ripley had mentioned this several
times in the past.
I do remember back when I was playing with optimized BLAS with R on 32-bit
Linux that I've seen something similar to wha
On Fri, 3 Mar 2006, Douglas Bates wrote:
> I have been timing a particular model fit using lmer on several
> different computers and came up with a peculiar result - the model fit
> is considerably slower on a dual-core Athlon 64 using Goto's
> multithreaded BLAS than on a single-core processor.
I don't think this calculation is memory-bound at all and I would be
surprised if changing to a 32-bit environment would change things. I
do have a 32-bit chroot environment on these machines (needed for
things like wine and acroread) so I'll try that out but I think I will
need to use Atlas as th
Full_Name: Aziz Chaouch
Version: 2.2.1
OS: XP/2000
Submission from: (NULL) (132.156.89.240)
Hi,
I'm not sure this is a "bug" but here is the problem:
I'm using the function as.POSIXlt to convert character strings into time
objects. I'm using date format as "/M/D HH:MM" such as as.POSIXlt("1
Its due to daylight savings time in your time zone. If you don't want
that then use the tz = "GMT" argument to specify GMT time zone as
GMT has no daylight savings time or set your entire session that way,
i.e. Sys.putenv(TZ = "GMT").
Also read the Help Desk article in R News 4/1 on dates and tim
You seem unaware of Summer Time. When a timezone moves on to Summer Time,
there is no 2am, so you most likely specified a non-existent time.
You have not told us where you are, and we cannot tell from your junk-mail
address (nor does the IP address resolve here, but an IP-to-geo service
claims
Hi,
in Fedora Extras we build R packages to a temporary directory. The
relevant section in
the spec file is this:
%build
cd ..; R CMD INSTALL %{packname} -l %{buildroot}%{_libdir}/R/library
It works. :-)
We noticed one problem though (I will assume working on ix86 here) the
temporary build pat
On 03/03/06, José Matos <[EMAIL PROTECTED]> wrote:
> Hi,
> in Fedora Extras we build R packages to a temporary directory. The
> relevant section in
> the spec file is this:
>
> %build
> cd ..; R CMD INSTALL %{packname} -l %{buildroot}%{_libdir}/R/library
>
> It works. :-)
>
> We noticed one probl
On 3 March 2006 at 23:17, José Matos wrote:
| On 03/03/06, José Matos <[EMAIL PROTECTED]> wrote:
| > Hi,
| > in Fedora Extras we build R packages to a temporary directory. The
| > relevant section in
| > the spec file is this:
| >
| > %build
| > cd ..; R CMD INSTALL %{packname} -l %{buildroot}%{
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