similar to: Update of X2R sent to CRAN

X2R is a bundle of three software libraries allowing the user to pass structured data easily from Fortran, C/C++, or AD Model Builder to R. An update to X2R has been sent to CRAN today and should be available at mirrors shortly. This fixes a bug in the ADMB2R and C2R components in which data frames were not written correctly when the user did not specify row names. Several other minor

X2R is a bundle of three software libraries allowing the user to pass structured data easily from Fortran, C/C++, or AD Model Builder to R. An update to X2R has been sent to CRAN today and should be available at mirrors shortly. This fixes a bug in the ADMB2R and C2R components in which data frames were not written correctly when the user did not specify row names. Several other minor

X2R is a bundle of three software libraries allowing the user to pass structured data easily from Fortran, C/C++, or AD Model Builder to R. An update to X2R has been sent to CRAN and should be available at mirrors shortly. We also have uploaded FishGraph, a set of R functions to generate graphics from fish population models. From the menu at the left of the CRAN home page, look under Software /

X2R is a bundle of three software libraries allowing the user to pass structured data easily from Fortran, C/C++, or AD Model Builder to R. An update to X2R has been sent to CRAN and should be available at mirrors shortly. We also have uploaded FishGraph, a set of R functions to generate graphics from fish population models. From the menu at the left of the CRAN home page, look under Software /

We announce the availability of three related software libraries: C2R, ADMB2R, and For2R (together, X2R). Each contains output routines to simplify transfer of complicated data structures from models written in a compiled language to R. The user's data can be written as a structured ASCII file which, when read by R (note 1) with a single dget() function call, will become an R data object

We announce the availability of three related software libraries: C2R, ADMB2R, and For2R (together, X2R). Each contains output routines to simplify transfer of complicated data structures from models written in a compiled language to R. The user's data can be written as a structured ASCII file which, when read by R (note 1) with a single dget() function call, will become an R data object

X2R is a bundle of three software libraries for passing complicated data structures from Fortran, C/C++, or AD Model Builder to R. An update has been sent to CRAN and should be available from mirrors shortly. From the menu at the left of the CRAN home page, look under Software / Other. We also have updated FishGraph, a compatible set of R functions for examining output from fish population

X2R is a bundle of three software libraries for passing complicated data structures from Fortran, C/C++, or AD Model Builder to R. An update has been sent to CRAN and should be available from mirrors shortly. From the menu at the left of the CRAN home page, look under Software / Other. We also have updated FishGraph, a compatible set of R functions for examining output from fish population

We announce the availability of the Fortran 95 module "For2R", which makes it easy to write complicated R data structures (i.e., lists of lists, matrices, dataframes, ...) from Fortran programs. By a series of subroutine calls, program outputs can be written to a file readable by R with a single "dget" function call. This facilitates automated graphics generation and other

We announce the availability of the Fortran 95 module "For2R", which makes it easy to write complicated R data structures (i.e., lists of lists, matrices, dataframes, ...) from Fortran programs. By a series of subroutine calls, program outputs can be written to a file readable by R with a single "dget" function call. This facilitates automated graphics generation and other

I am trying to understand why syntax used by dput() to write rownames is valid (say, when read by dget()). I ask this because I desire to emulate its actions *reliably* in my For2R routines, and I won't be comfortable until I understand what R is doing. Given data set "fred": > fred id var1 1 1991 0.4388587 2 1992 0.8772471 3 1993 0.6230486 4 1994 0.2340929 5 1995

I remember reading somewhere that locations on plots (in my case, arguments x and y for legend()) can be specified in several scales besides the usual data scale. I would like to set x and y as proportions of total plot size or something similar. Can anyone steer me to documentation on how to do it? -- Michael Prager, Ph.D. <Mike.Prager at noaa.gov> NOAA Center for

This is (correctly) filed under "non-reproducible." The corresponding notes say "solved by re-installing Windows (private comm)." I would like to clarify that this was solved by re-installing the patch known as "Windows 2000 Service Pack 2," not by reinstalling Windows itself. Perhaps my original message was not clear. I point this out because installing the

I probably shouldn't suggest this, because I can't volunteer to implement it. However, I bring it up in the hopes that if (1) others agree and (2) the R core group think it a good idea that a suitable volunteer will come forward. I am finding that the flood of R email messages is becoming difficult to deal with, even using filters, etc., in my email client. Would we be better

I am experiencing a reproducible crash from the following statement: plot(density(rnorm(1000))) on R 1.5.1 on Windows 2000. This is a dual-processor machine with 512Mb of RAM. Please advise if further details of hardware/OS are needed. If rgui.exe is in use, the crash occurs before the plot can be displayed. If rterm.exe is in use, the plot appears, then the error (and crash). A screen

I am using R 1.9.1 under Windows XP Professional. Is there any R function that returns the filesystem path from which the global environment (workspace) was loaded (and to which it will, by default, be saved)? This seems identical with the current directory, so in any given session it is not too difficult to find out by other means. But for several reasons I would like to find this out from

Some minor request for the R on Windows (2000) GUI version. I'm using 1.5.1 with the SDI interface. (1) When minimized, the main R window and the graphics window show as two copies of the same icon. That makes it less convenient to switch among tasks in Windows, as I often select the wrong one. Could they have different icons in the future, please? (2) I use a fixed-width Type 1 font

Some minor request for the R on Windows (2000) GUI version. I'm using 1.5.1 with the SDI interface. (1) When minimized, the main R window and the graphics window show as two copies of the same icon. That makes it less convenient to switch among tasks in Windows, as I often select the wrong one. Could they have different icons in the future, please? (2) I use a fixed-width Type 1 font

To follow up on my previous question, suppose a user R session wants to unload one workspace and load another within an R session. Is the following the correct sequence? 1. save.image() to save the current workspace as .Rdata in the current working directory. 2. rm(list=ls()) to remove everything from the workspace. 3. setcwd("xxx") to set the new working directory. 4.

A minor inconvenience in updating an R installation is remembering which packages were installed previously. Has anyone written a script to inspect a previous installation, then get & install the same packages into the new installation? -- Michael Prager NOAA Center for Coastal Fisheries and Habitat Research Beaufort, North Carolina 28516 Opinions expressed are personal, not official.