similar to: metapost device in R (again ;-)

I would like to know if a MetaPost device is available or in the plans. A search MetaPost in the documents and list archives did not turn up anything. [I would prefer to use MetaPost when the graphics is to be included in a document that I want in both hard-copy and in pdf formats.] If not, how easy/hard is it to add a new device to R? I caouln't see anything about adding devices in the

I would like to know if a MetaPost device is available or in the plans. A search MetaPost in the documents and list archives did not turn up anything. [I would prefer to use MetaPost when the graphics is to be included in a document that I want in both hard-copy and in pdf formats.] If not, how easy/hard is it to add a new device to R? I caouln't see anything about adding devices in the

Hi, I know the R can make eps output. But metapost sees to be an even better choice for me. I've been using gnuplot for a while, it seems it has excellent support with its metapost latex terminal. So I can insert any latex equation in the figure. Meanwhile, I can make the font in the figure will be consistent with font used in the main text. I searched R help, but I can not find metapost

Hi All, I've started work on a MetaPost device driver (please don't hold your breath). I've copied the XFig driver and renamed everything and this works, I can open the new metapost() and it works exactly like the xfig driver. Now all I have to do is the actual work! Just one question. There is a magic number in ExtEntries as follows: static const R_ExternalMethodDef ExtEntries[] =

Hi All, I've started work on a MetaPost device driver (please don't hold your breath). I've copied the XFig driver and renamed everything and this works, I can open the new metapost() and it works exactly like the xfig driver. Now all I have to do is the actual work! Just one question. There is a magic number in ExtEntries as follows: static const R_ExternalMethodDef ExtEntries[] =

Hi all, By default, MetaPost passes all text through TeX. This has the advantage of allowing essentially any TeX symbols in titles and labels. It give us, who use the multibyte character in ordinary communication, much convenience. Gnuplot has fulfilled this function, and it give me a deep impression for I could use Chinese character in plots with a minor modification to the MetaPost file. I

Hi all, To develop the metapost driver, I did an svn checkout (R-2-4-branch revision 40647) as instructed in http://developer.r-project.org/SVNtips.html i.e., I did a, svn co $REPOS/branches/R-2-4-branch r-release-branch/R Not being a core developer, can I just commit the changes? Am I on the right branch? Most of the work is in devPS.c, but there are also some documentation changes

Hi, 1. I started work on a metapost graphics driver a week or so ago and it is gradually taking shape. I'm building up my own test cases into a script as I go, but figured you may have a "canonical testing script" of cases a driver must handle? 2. The clipping function looks like being a tricky problem. It seems to me that the callers of the driver assume that clipping affects all

On Mon, 8 Mar 2004 r-help-request at stat.math.ethz.ch wrote: > Send R-help mailing list submissions to > r-help at stat.math.ethz.ch > > To subscribe or unsubscribe via the World Wide Web, visit > https://www.stat.math.ethz.ch/mailman/listinfo/r-help > or, via email, send a message with subject or body 'help' to > r-help-request at stat.math.ethz.ch > >

Except for the ability to perform circular recalculation, I believe that the closest programming analogy to a spreadsheet is a functional programming language. Check out Haskell (or LISP or Erlang) to do what you describe. -----Original Message----- From: r-help-bounces at stat.math.ethz.ch [mailto:r-help-bounces at stat.math.ethz.ch] On Behalf Of Fran?ois Pinard Sent: Wednesday, August 29, 2007

Gracias por haberte tomado la molestia de indagar. Entiendo que es eso lo que hago en el encabezado YAML, basandome en la explicación del comienzo del punto 3 de acá: https://bookdown.org/yihui/bookdown/output-formats.html Eso mismo, con el documento que propone el propio Yihui (punto 1.2 del mismo libro) no lo consigo compilar a PDF. Y se me hace extrañísimo, porque tampoco me da error ni nada

Según lo entiendo yo, a mí no me funciona. Lo intenté hacer, también, en la consola directamente. Preferiría poder hacerlo en el documento Rmd, pero de momento ni uno ni otro consigo. Si compila lo hace al libro GitBook y listo. Parece imposible. 2018-07-17 20:02 GMT+02:00 Javier Marcuzzi <javier.ruben.marcuzzi en gmail.com> : > Estimado Juan Abasolo > > Yo no lo utilize pero leí

Dear R developers, I had some problem when building package: for exemple when building the package e1071 available from CRAN, I get the following message error: * checking for file 'e1071/DESCRIPTION' ... OK * preparing 'e1071': * cleaning src * running cleanup * creating vignettes ... ERROR /usr/lib/R/bin/texi2dvi: pdflatex exited with bad status, quitting.

Hi, I am typesetting R code in TeX using the listings package. I have experimented with various settings for the text, but all look a bit ugly. This might be because I have no typographic experience ;-) I would really appreciate if people sent me the settings they use for the listings package (eg in the \usepackage line, or \lstset, I am thinking about choices for basicstyle, ... etc). I

Dear R-users, I'm wondering how to calculate this double integral in R: int_a^b int_c^y g(x, y) dx dy where g(x,y) = exp(- alpha (y - x)) * b Thanks for answering! Cheers, Alui [[alternative HTML version deleted]]

Hello all, I'm hoping to find a way to evaluate the following sort of integral in R. \int_a^b \int_{g(y)}^Inf f(x,y) dx dy. The integral has no closed form and so must be evaluated numerically. The "adapt" package provides for multidimensional integration but does not appear to allow the limits of integration to be a function. I need to evaluate a number of integrals of this

Dear R-Friends, How can I calculate a double integral like \int_a^b \int_c^y g(x, y) dx dy where a, b, c are constants, g(x, y), e.g., g(x, y) = tan(x + y). I tried to nested integrate() and adapt(), but none of them working, seemingly due to the limits can not be specified constants. Best regards, C. Joseph Lu Department of Statistics National Cheng-Kung University Voice:

Dear R gurus, To start, let me confess to not being an experienced programmer, although I have used R fairly extensively in my work as a graduate student in statistics. I wish to find the root of a function of two variables that is defined by an integral which must be evaluated numerically. So the problem I want to solve is of the form: Find k such that f(k)=0, where f(y) = int_a^b g(x,y)

Dear list, I'd like to use the function cut() on matrices, ie that when I apply it to a matrix, it would return a matrix of the same dimensions instead of a vector. I wonder if there is a better (more elegant) solution than matrix(cut(a, ...), ncol=ncol(a), nrow=nrow(a)) because I would like to use cut on both vectors and matrices and avoid testing whether a is a matrix. Thanks, Tamas

Hi, I am about to but a laptop, and have narrowed the choices down to a Dell Latitude 600 and an Apple Powerbook G4 Aluminium (Princeton provides these models at a discount for grad students). I am biased towards the Powerbook, and would like to run Debian on it. I have only used debian on i386 platforms so far. I use R quite frequently, so I would be interested in your experience of running R