similar to: The corresponding Fortran77 codes for R function pt()

Hi, Is there a function in R that I can use to fit the data with skew t distribution? Speaking in detail, I first used the kernel density estimation to fit my data, then I drew the skew t using my specified location, scale, shape, and df to make it close to the kernel density. Now I want to get the parameter estimations of the skew t which give me the closet density to the kernel density.

Hi, I have a question about how to do case weight in mixed model using R. I read Pinhiero and Bates (2000) Mixed-Effects Models in S and S-Plus. The weight functions in there are not what I wanted. Can R do case weight, giving each observation my own weight? If so, could you give me some references and examples? I'm looking forward to hearing from you! Tianyue

Hi All, I'm writing R code that would benefit from doing certain tasks using compiled blocks of code, specifically Fortran subroutines of my own (already written, debugged in both Fortran77 and Fortran90). I am currently working on a Windows machine using Lahey and/or MinGW(g77) compilers. It is possible to dynamically load Fortran DLLs into R as evidenced from the several documents

Hello r-devel, When compiling Fortran code containing BLAS functions and calling it using dyn.load, I am getting incorrect results. A small example with which I can reproduce the problem is below. I am running on OSX Mavericks (upgraded R, Xcode, etc per instructions on this list), but I do not think it is related since the check on my "blupsurv" package on r-forge seems to be showing

Hello, I can't link a c code with Mathlib according to introduction of R manual "Writing R Extensions", page 60. It is written : "It is possible to build Mathlib, the R set of mathematical functions documented in 'Rmath.h?, as a standalone library 'libRmath? under Unix and Windows. (This includes the functions documented in Section 5.7 [Numerical analysis

R-users E-mail: r-help at stat.math.ethz.ch Hi! I would like to produce DLL files to be linked to R objects on Windows98SE. The source files are written in Fortran77. I input the command below on R console. Rcmd SHLIB aaa.f The result is: Error: syntax error Does this mean that "Rcmd SHLIB aaa.f" contains symtax error, or "aaa.f" contains it? Or do I need to do

The book "Numerical Recipes in Fortran77" by Press, Teukolsky, Vetterling and Flannery describes a way to "pack" the even and odd coordinates of a real vector "R" into a complex vector "C" of half the length. Then using various FFT symmetries, they extract the FFT of "R" from the FFT of "C" which is half the length of "R",

Hi all, Is anybody here using Fortran90 and Fortran77 on their CentOS-machine(s)? If so, did you get that from a repo or something? One of our PhD-students needs a software that requires the Fortran compilers mentioned in order to make the sources for our i7-machines. The Fortran stuff that is available to me is from the standard CentOS repos, as well as Rpmforge and EPEL repos, from which I

I fired up a new machine last night and loaded Ubuntu 8.10 on it. I then had to add in the usual compiler stuff which is not loaded by default: make, emacs, fortran, c++, etc. I'm having trouble compiling R 2.8 however. I get a message that it cannot figure out how to link f77 and C. I've pulled in "gfortran". A google search on "fortran ubuntu 8.10" shows

I'm testing some different formulations of pairwise interaction point processes in Spatstat (version 1.11-6) using R 2.5.0 on a Windows platform and I wish to simulate them using the Metropolis-Hastings algorithm implemented with Spatstat. Spatstat utilizes Fortran77 code with the preprocessor RatFor to do the Metropolis-Hastings MCMC, but the Makefile is more complicated than any I have

Hi, i'm working with a interesting book from Michael Smithson: "Fuzzy Set Analysis for Behavioral and Social Sciences",1987. with small listenings in Fortran. It's a pitty that i'm more or less understand nothing from Fortran - have anybody an sugestion or perhaps interesting (...incl. Fortran skills ?) how i can get it in R or Java. Now anybody a Fortran2Java translator,

Full_Name: Frank Beimfohr Version: 0.64.1, devel. OS: Solaris 2.5.1 Submission from: (NULL) (129.217.131.31) I try to compile R on my Sparc 4 (Solaris 2.5.1) but the compilation fails. I tried the developer-version and the contributed 0.64.1-Version. I start configure with the --g77-Option. During the compilation it stops with an error, which says that the R/src/library/modreg/src/bsplvd.f

Hi, I just started using R a few weeks ago and have a problem with linking Fortran subroutines to R. For some reasons, I need to compile a Fortran program in R (or Splus) and the whole program consists a couple of subroutines, say, subA and subB. There is no difficulty in linking the subroutines individually, but two subroutines are nested, as shown below, SUBROUTINE subA(arg.) EXTERNAL

Dear helpers, I am trying to create a library which uses some Fortran source files and Lapack and Blas subroutines. The Fortran source files from the original author contain subroutines isamax.f, sgefa.f and sgesl.f, which are part of BLAS subroutines on my Linux computer, but maybe different (old) versions. So in addition to these subroutines, there are other Lapack and Blas subroutines

A helpful link-time optimization would be to place subroutines that are used close together in time also close together in the executable file. That also goes for data that is in the executable file, whether initialized (.data segment) or zero-initialized (.bss). If the unit of linkage of code is the function rather than the compilation module, and the unit of linkage of data is the individual

I've discovered an infelicity (I guess) in qbeta(): it's not a bug, since there's a clear warning about lack of convergence of the numerical algorithm ("full precision may not have been achieved"). I can work around this, but I'm curious why it happens and whether there's a better workaround -- it doesn't seem to be in a particularly extreme corner of parameter

On Feb 10, 2005, at 7:38 PM, George W. Gilchrist wrote: > Today I was running a graduate level stats lab using R and we > encountered a > major problem while using the current build of the Cocoa GUI: > >> From the GUI: >> system.time(pbinom(80, 1e5, 806/1e6)) > [1] 14.37 4.94 30.29 0.00 0.00 >> > >> From the command line on the same machine: >>

On Wed, Nov 2, 2011 at 11:05 PM, Don Quixote de la Mancha <quixote at dulcineatech.com> wrote: > A helpful link-time optimization would be to place subroutines that > are used close together in time also close together in the executable > file.  That also goes for data that is in the executable file, whether > initialized (.data segment) or zero-initialized (.bss). > > If

I am making my first attempts at using some Fortran code with R, and so far it's going OK. To print from my Fortran programs, it seems I need subroutines dblepr, realpr and intpr. From the excellent "Writing R Extensions" document: "Three subroutines are provided to ease the output of information from FORTRAN code. subroutine dblepr(label, nchar, data, ndata)

Hi, 2013/4/12 Alex L <arphaman at gmail.com> > Hello everyone, I have a couple of questions about good project ideas for > GSoC because I'm kind of stuck thinking what I should do. > > First of all, allow me to introduce myself - I'm Alex Lorenz, a Comp Sci > student from Ireland. I would like to participate in GSoC this year, and I > would love to do something