Re: [Rd] R 2.11.0 on RHEL5 / RODBC

On Wed, 12 May 2010, Chuck White wrote: I am compiling R 2.11.0 on a RHEL5.3 box using the following settings ./configure --with-readline=yes --enable-R-shlib=yes --with-x=yes --with-blas=-llibptf77blas -lpthread -llibatlas --prefix=/usr/local/R-2.11.0 JAVA_HOME=$JAVA_HOME

[Rd] R for Windows FAQ: Minor comment on 32- and 64-bit installation paths

In 'R for Windows FAQ' for R version 2.11.0 Patched (2010-05-11 r51982) you can read: [2.29] Can both 32- and 64-bit R be installed on the same machine? Obviously, only relevant if the machine is running a 64-bit version of Windows. Yes, with a little care. For R 2.11.x they should be installed

[Rd] Using Sweave in hostile environments

I'm trying to put together a poster using the LaTeX a0poster package and including some things from pstricks to get gradient shading, etc. The problem is that the default environments used by Sweave don't work where I need them. A simple code chunk like eval=FALSE= x - 1 @ buried in a

Re: [Rd] R for Windows FAQ: Minor comment on 32- and 64-bit installation paths

On 13.05.2010 09:29, Henrik Bengtsson wrote: In 'R for Windows FAQ' for R version 2.11.0 Patched (2010-05-11 r51982) you can read: [2.29] Can both 32- and 64-bit R be installed on the same machine? Obviously, only relevant if the machine is running a 64-bit version of Windows. Yes, with a

[Rd] What functions are called internally in R to resolve what variable is referred?

Hello All, If I refer to a variable 'x', 'x' will be searched in the current frame or the parent frame, or the parent of the parent frame, etc., until it is found (or not found at all)? Could you please show me what code in R source that handles this? Is it in the C code or the R code? Thanks,

Re: [Rd] What functions are called internally in R to resolve what variable is referred?

On May 13, 2010, at 1:16 PM, thmsfuller...@gmail.com wrote: Hello All, If I refer to a variable 'x', 'x' will be searched in the current frame or the parent frame, or the parent of the parent frame, etc., until it is found (or not found at all)? Could you please show me what code in R

[Rd] cdplot() with 'POSIXct' x

Hi, Given that cdplot() is used to produce the conditional density of a categorical y along a numerical x, it seems natural that it could be used with a date or time x (such as 'POSIXct'). Is this desirable? If so, I've created a patch that would allow this, by coercing the POSIXct x variable

Re: [Rd] What functions are called internally in R to resolve whatvariable is referred?

From: r-devel-boun...@r-project.org [mailto:r-devel-boun...@r-project.org] On Behalf Of thmsfuller...@gmail.com Sent: Thursday, May 13, 2010 10:16 AM To: r-devel@r-project.org Subject: [Rd] What functions are called internally in R to resolve whatvariable is referred? Hello All,

Re: [Rd] cdplot() with 'POSIXct' x

On Thu, 13 May 2010, Sebastian P. Luque wrote: Hi, Given that cdplot() is used to produce the conditional density of a categorical y along a numerical x, it seems natural that it could be used with a date or time x (such as 'POSIXct'). Is this desirable? If so, I've created a patch that

[Rd] results of pnorm as either NaN or Inf

I stumbled across this and I am wondering if this is unexpected behavior or if I am missing something. pnorm(-1.0e+307, log.p=TRUE) [1] -Inf pnorm(-1.0e+308, log.p=TRUE) [1] NaN Warning message: In pnorm(q, mean, sd, lower.tail, log.p) : NaNs produced pnorm(-1.0e+309, log.p=TRUE) [1] -Inf I

Re: [Rd] results of pnorm as either NaN or Inf

On 13-May-10 20:04:50, efree...@berkeley.edu wrote: I stumbled across this and I am wondering if this is unexpected behavior or if I am missing something. pnorm(-1.0e+307, log.p=TRUE) [1] -Inf pnorm(-1.0e+308, log.p=TRUE) [1] NaN Warning message: In pnorm(q, mean, sd, lower.tail, log.p)

[Rd] where is libRmath.a libRmath.so

I see Rmath.h in include. Why can't I find libRmath.a and/or libRmath.so? -- View this message in context: http://r.789695.n4.nabble.com/where-is-libRmath-a-libRmath-so-tp2216048p2216048.html Sent from the R devel mailing list archive at Nabble.com.