similar to: rmutil

I am an initial user of R. Could you give me some explanations or examples on how to solve the first order differential equations by the first-order Runge-Kutta method? Thank you very much Kind regards

Pursing my earlier question, when I tried loading Lindsey's gnlm, I got a message Loading required package: rmutil Warning message: There is no package called 'rmutil' in: library(package, character.only = TRUE, logical = TRUE, warn.conflicts = warn.conflicts, According to the R documentation http://finzi.psych.upenn.edu/R/doc/html/packages.html rmutil is in the standard

In https://en.wikipedia.org/wiki/Pareto_distribution, it is clear what the parameters are for the pareto distribution: *xmin *the scale parameter and *a* the shape parameter. I am using rmutil to generate random deviates from a pareto distribution. It says in the documentation that the probabilty density of the pareto distribution The Pareto distribution has density f(y) = s (1 + y/(m

Hi, I'm using rlaplace distribution to draw non normal random deviates. I'm using rmutil package for this. I know rlaplace needs location and dispersion parameters but I want to pass diag matrix as dispersion parameters and I'm not getting the correct values. Here is my code snippet: dispersion = c(3,.20,.10) dispDiag = diag(dispersion) location = c(0,0,0) output =

R Team, I was attempting to install Lindsey's rmutil.tgz and other non-CRAN packages using 'R INSTALL', for example 'R INSTALL rmutil.tgz' after downloading 'rmutil.tgz' from Lindsey's page (as linked from r-project.org page). Directly using the compressed file as 'R INSTALL rmutil.tgz' failed, though the shell help from 'R INSTALL --help'

The search at www.r-project.org mentioned a function "gauss.hermite{rmutil}". However, 'install.packages("rmutil")' produced, 'No package "rmutil" on CRAN.' How can I find the current status of "gauss.hermite" and "rmutil"? Thanks, Spencer Graves

Hi, I am trying to install the R libraries "rmutil" and "repeated" on a Mac OS X version 10.4.1 (which has the latest version of the Mac Developer tools installed) and I am having trouble compiling the libraries. The error message I receive is as follows (I have only included the error message when I try and install the rmutil library): ............................ *

Dear useR again, How can I read a dataset if lines in dataset did not have same elements (have different lengths), For example: 1 2, 4, 16, 1, 1, 3, 1, 1, 15, 5, 1, 1, 14, 1, 1 2 2, 13, 5, 1, 1, 3, 1, 1, 15, 5, 1, 1, 14, 1, 1 3 4, 5, 11, 1, 1, 6, 1, 1, 5, 14, 1, 1, 15, 1, 1 4 2, 5, 9, 1, 1, 14, 1, 1, 8, 16, 1, 1, 13, 1, 1 5 3, 7, 14, 1,

Thanks to all who pointed out that rmutil is also on Jim Lindsey's site. Peter

I'm trying to install the ordinal package (http://popgen.unimaas.nl/~plindsey/rlibs.html). I downloaded ordinal03.tgz and untarred it. rmutil was previously installed (and appears to work ok.) Then I installed ordinal: [root at localhost ~]# R CMD INSTALL /home/chippy/Download/ordinal * Installing to library '/usr/lib/R/library' * Installing *source* package 'ordinal' ... **

Hello I want to compile some R-packages under windows (rmutil and revent for instance from Pr Lindsey) I followed the instrictions given in the help. The compilation succeeded, but I can't run the programs. I receive the message: "error in dyn.oad(file): unable to load shared library "C:\R\Rwo650/library/rmutil" LoadLibrary failure. I found the given path quite strange!!

Hello, I want to know if there are some functions or packages to solve differential and integral equation using R. Thanks. Shao chunxuan. [[alternative HTML version deleted]]

I have own function wrote. I used an algorithm, which was written in Matlab. in matlab: ... gamma = inv(v)*g; ... #v = matrix of variable size, v=vv(k) => k=2 => dimension of v 2x2 #g = a line vector with 4 elements e.g. g=[1,0,2,0]; my rewritten r-file: ... gamma = solve(v)*g; ... which is my error? Who can help me? thank you in advance. Chris -- Lust, ein paar Euro nebenbei zu

Hello, Thank you for your response. I need to install RankTail package since it contains the beta binomial distribution, CDF and inverse CDF in the usual form which I need to use. However rmutil package contain unusual forms for these functions. So it is easier for me to deal with the forms are contained in RankTail. I tried to install bioconductor package, using the following commands but I

Dear r-helpers, I downloaded http://popgen.unimaas.nl/~jlindsey/rcode/rmutil.tar (it was originally .tgz, but got unzipped by my browser). Can anyone give me detailed instructions on installing this and Lindsey's other packages on R version 2.4.0 (2006-10-03)---(powerpc- apple-darwin8.7.0, locale: C)? _____________________________ Professor Michael Kubovy University of Virginia

I just had a memory crash with R-0.64.1. I am running under intel pentium 200mhz under slackware linux 2.0.30. 1/home/plindsey >gdb /usr/local/src/R/bin/R.binary core GDB is free software and you are welcome to distribute copies of it under certain conditions; type "show copying" to see the conditions. There is absolutely no warranty for GDB; type "show warranty" for

Hi, I did a quick search for other packages that provide the beta binomial distribution and found "rmutil". > install.packages("rmutil") The package has the CDF (pbetabinom) and inverse CDF (qbetabinom) among other functions. HTH, Eric On Wed, Nov 1, 2017 at 7:50 AM, MCGUIRE, Rhydwyn < rmcgu at doh.health.nsw.gov.au> wrote: > Hi there, > > It looks like

Dear R users, an improved version of package deSolve (version 1.3) is now available on CRAN. deSolve, the successor of R package odesolve, is a package to solve initial value problems (IVP) of: - ordinary differential equations (ODE), - differential algebraic equations (DAE) and - partial differential equations (PDE). The implementation includes stiff integration routines based on the ODEPACK

Dear R users, an improved version of package deSolve (version 1.3) is now available on CRAN. deSolve, the successor of R package odesolve, is a package to solve initial value problems (IVP) of: - ordinary differential equations (ODE), - differential algebraic equations (DAE) and - partial differential equations (PDE). The implementation includes stiff integration routines based on the ODEPACK

Hello! I would like to know if R can solve Differential Equations... I don't think so because, in my point, I see R like a Statistical System, not a Math System. Am I wrong? Thank you very much. M??rcio de Medeiros Ribeiro Graduando em Ci??ncia da Computa????o Departamento de Tecnologia da Informa????o - TCI Universidade Federal de Alagoas - UFAL Macei?? - Alagoas - Brasil Projeto CoCADa