similar to: Inf in expression (PR#326)

When I attempt to install the online help for R.99 on Intel RH5.2, I get the following message Substitution loop at /usr/local/src/R/etc/Rdconvlib.pl line 1589, <rdfile> chunk 171 and it stops after a few files. Each time I rerun it, it gets a bit further and gives a different number at the end. I commented out the line 1589 and it works.

When I attempt to install the online help for R.99 on Intel RH5.2, I get the following message Substitution loop at /usr/local/src/R/etc/Rdconvlib.pl line 1589, <rdfile> chunk 171 and it stops after a few files. Each time I rerun it, it gets a bit further and gives a different number at the end. I commented out the line 1589 and it works.

It seems to me the following should work (in fact, it comes from someone's SPlus file). Instead, it reads the first 8 lines and then spits out syntax errors. Using nlines=36 works. Using nmax does not. Intel RH5.2 with R90.0. Debugging shows it must be internal. Jim junk <- scan(file="",list(i=0,r1=0,r2=0,lull="",day=""),n=5*36) 1 3 5 no 1 2 1

NAME Douglas Bates EMAIL bates@stat.wisc.edu VERSION 0.63.3 PLATFORM i386-unknown-linux SYSTEM Debian 2.1 CC/FC/MAKE egcs/g77/make NAME Martyn Plummer EMAIL plummer@iarc.fr VERSION 0.63.3 PLATFORM i386-unknown-linux SYSTEM Redhat 5.1 CC/FC/MAKE gcc/egcs-g77/make NAME Göran Broström EMAIL gb@stat.umu.se VERSION 0.63.3 PLATFORM

In the past few days, I have been helping people from Ethiopia and from Kenya to get started with R. We have discovered that properly installed libraries (survival5 or mine) work and the online (with ?) help is available but they do not appear in the html help (under packages) with MS Windows. Only the libraries supplied with R appear there. This is not true with netscape under (Linux) X-Windows

Hi All, I am trying to use A Gaussian quadrature over the interval (-infty,infty) with weighting function W(x)=exp(-(x-mu)^2/sigma) to estimate an integral. Is there a way to do it in R? Is there a function already implemented which uses such weighting function. I have been searching in the statmode package and I found the function "gauss.quad(100, kind="hermite")" which uses

Hello to all, I am having trouble with intregrating a complicated uni-dimensional function of the following form Phi(x-a_1)*Phi(x-a_2)*...*Phi(x-a_{n-1})*phi(x-a_n). Here n is about 5000, Phi is the cumulative distribution function of standard normal, phi is the density function of standard normal, and x ranges over (-infty,infty). My idea is to to use quadrature to handle this integral. But

With 0.64.1 on Intel RH5.2, abc <- list() abc$abc$abc <- matrix(1:20) mt <- terms(~(abc$abc$abc[,1]==64)|(abc$abc$abc[,1]==65)|(abc$abc$abc[,1]==75) |(abc$abc$abc[,1]==84)|(abc$abc$abc[,1]==85)) model.matrix(mt,model.frame(mt)) crashes. With ab$ab$ab, it does not. Apparently, the bug I reported for 0.64.0 has just been pushed back one step. Jim

Well here is my (first) segmentation fault for this version (R0.90.0) on Intel RH5.2: x <- matrix(0,nrow=1,ncol=3) y <- c(0.1,10,0.01) rbind(x,y) Jim -.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.- r-devel mailing list -- Read http://www.ci.tuwien.ac.at/~hornik/R/R-FAQ.html Send "info", "help", or "[un]subscribe" (in the

The following works: list(function() 1, function() 2) but this does not: z <- list() zz[[1]] <- function() 1 giving an "incompatible types" error. The second procedure works with other types of objects. Intel RH5.2 with R90.1. Jim -.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.-.- r-devel mailing list -- Read

I have a function written for Splus, when I run it in R I obtain get an error because the function has the elements "0.d0" and "2.d0". How can I change it to run in R? The function can be found in page 230 from http://www.stat.wisc.edu/~mchung/teaching/stat471/stat_computing.pdf Function is as follows: gauher <- function(n) {# Gauss-Hermite: returns x,w so that

A user has crashed R90.1 on MS Windows by succesive calls to two of my formula/function interpretors in an order that I had not foreseen. I have checked and this also occurs with Intel RH5.2. I have distilled the problem down to its bare bones as the following set of instructions: func <- function(.mu){ .ch1 <- deparse(.mu,width=500)[-1] .fn <-

Full_Name: Robin Hankin Version: 2.4.0 RC OS: MacOSX 10.4.7 Submission from: (NULL) (139.166.242.29) The first cut line described in Trig.Rd for asin() is incorrect in the ascii version of the manpage. The Rd file reads: For \code{asin()} and \code{acos()}, there are two cuts, both along the real axis: \eqn{\left(-\infty, -1\right]}{\(-Inf, 1\]} and Note the inconsistency between the

Hello and Happy New R Two points: 1 Noting the existence of 0.63.2 as a tgz file on CRAN, but being careful or lazy depending on how you want to see it, I also note that the binaries for Redhat stop at 0.63.1 on RH 5.1. I recently got the RH 5.2 Power Tools where I was pleased to see R 0.62.4 included, lots of libraries including V&R. This had been compiled into an rpm - does anyone know

Hello and Happy New R Two points: 1 Noting the existence of 0.63.2 as a tgz file on CRAN, but being careful or lazy depending on how you want to see it, I also note that the binaries for Redhat stop at 0.63.1 on RH 5.1. I recently got the RH 5.2 Power Tools where I was pleased to see R 0.62.4 included, lots of libraries including V&R. This had been compiled into an rpm - does anyone know

Hi, I'm trying to replace an NT SBS box with a RH5.2 box, and things are proceeding quite well, save a few samba troubles. I've found that the NT4WS (SP4) clients can log in if told to use a samba machine as a "workgroup", but that they can not find a domain controller if told to use "domain" logons. (They have the registry password encryption hack installed.)

Greetings, Sorry, the last message was sent by mistake! Here it is again: I encounter a strange problem computing some numerical integrals on [0,oo). Define $$ M_j(x)=exp(-jax) $$ where $a=0.08$. We want to compute the $L^2([0,\infty))$-inner products $$ A_{ij}:=(M_i,M_j)=\int_0^\infty M_i(x)M_j(x)dx $$ Analytically we have $$ A_{ij}=1/(a(i+j)). $$ In the code below we compute the matrix

Hi there. Thanks for your time in advance. I am using R 2.2.0 and OS: Windows XP. My final goal is to calculate 1/2*integral of (f1(x)^1/2-f2(x)^(1/2))^2dx (Latex codes: $\frac{1}{2}\int^{{\infty}}_{\infty} (\sqrt{f_1(x)}-\sqrt{f_2(x)})^2dx $.) where f1(x) and f2(x) are two marginal densities. My problem: I have the following R codes using "adapt" package. Although "adapt"

Dear list, I'm seeking some advice regarding a particular numerical integration I wish to perform. The integrand f takes two real arguments x and y and returns a vector of constant length N. The range of integration is [0, infty) for x and [a,b] (finite) for y. Since the integrand has values in R^N I did not find a built-in function to perform numerical quadrature, so I wrote my own after

People, This doesn't seem possible - would it be possible to hack a version of rsync to do it? As an exercise, I want to create a VM image (or at least backup of all the files with rsync) from a SCSI drive in an old Red Hat (NOT Enterprise) v5.2 Linux 486 machine (circa 1999 that does have rsync on it but it has protocol problems talking my server). The 486 has: - an ISA Adaptec 1542