search for: zipfr

...; flag is set somewhere, leading to lots of spurious messages like this request done: ld 0xa227598 msgid 1 which may be confusing R. However, R CMD check seems to fail for packages with no dependencies at the dependencies check stage. I've tried this with two packages, my own gld and also zipfR. Both fail in the same way. [Desktop]$ R CMD check zipfR_0.6-0.tar.gz * checking for working latex ... OK request done: ld 0x8dfb170 msgid 1 request done: ld 0x8dfb170 msgid 2 * using log directory '/home/rak776/Desktop/zipfR.Rcheck' * using Version 2.3.1 (2006-06-01) * checking for file...

Hi, I have a question on generating random variables based on zipf-mandelbrot distribution. So when I execute the following lines: ZM = lnre ("zm", alpha = 2/3, B=0.1) zmsample = rlnre (ZM, n =100) zmsample It generates 100 random values based on a zipf-mandelbrot distribution as below. But how do I make sure the generated random number is within the range of 1 - 6000 only? Can I

...1)e^(-x))dx ; 0<r<Inf (which is eventually the ratio of the Incomplete gamma function by the gamma function), does anyone know of a package in R that would evaluate the derivative of the inverse of Reg with respect to k? I am aware that the function "Rgamma.inv" of the package "Zipfr" evaluates the inverse of Reg and I'm wondering wether there is a function that would evaluate the derivative of the inverse.. Alternatively, a good numerical integration package/ or simply a function that could evaluate the integral int_0^r (log(x) x^(k-1) e^(-x))dx; 0<r<Inf would...

Hello I am trying to evaluate an Incomplete gamma function in R. Library Zipfr gives the Igamma function. From Mathematica, I have: "Gamma[a, z] is the incomplete gamma function." In[16]: Gamma[9,11.1] Out[16]: 9000.5 Trying the same in R, I get > Igamma(9,11.1) [1] 31319.5 OR > Igamma(11.1,9) [1] 1300998 I know I have to understand the theory and the mat...

Dear R-users, I am new to R and would like to use it for fitting the zipf distribution to some numeric data that I have. Here's the snippet that I use: library(VGAM) X <- read.table(file("~\\mydata.txt", encoding="latin1")) w <- as.vector(t((X[2]))) w <- w/sum(w) y <- (1:length(w)) fit = vglm (y ~ 1, zipf, tra=TRUE, weight=w) zipf(N=NULL,

Using R, I plotted a log-log plot of the frequencies in the Brown Corpus using plot(sort(file.tfl$f, decreasing=TRUE), xlab="rank", ylab="frequency", log="x,y") However, I would also like to add lines showing the curves for a Zipfian distribution and for Zipf-Mandelbrot. I have seen these in many articles that used R in creating graphs. Thank you! [[alternative HTML

...s" "methods" "base" other attached packages: languageR rpart MASS Design survival "0.2" "3.1-36" "7.2-34" "2.0-12" "2.31" Hmisc e1071 class cluster zipfR "3.3-2" "1.5-16" "7.2-34" "1.11.7" "0.6-0" lme4 coda Matrix lattice "0.99875-1" "0.11-2" "0.99875-2" "0.15-8" thanks for any helpful suggestions! best R?diger...

...list. And when I do that, I get the right result, but still some warnings. Please, help me with these problems: 1) why is "p" not recognized? 2) what are these warning messages? PROGRAM CODE: --------------------------- #THIS LIBRARY IS NEEDED FOR THE INCOMPLETE GAMMA FUNCTION library(zipfR) #------------------------------------------------------------------------ gedCDF = function(yvec, p=2, mu=0, scale=1, numint=0) { #------------------------------------------------------------------------- #Setting k to sqrt(2) and the GED with p=2 coincides with standard normal. #Set k=1 and GE...

...MASS Design survival Hmisc e1071 class cluster "0.2" "3.1-37" "7.2-34" "2.1-1" "2.32" "3.4-2" "1.5-16" "7.2-34" "1.11.7" zipfR coda xlsReadWrite lme4 Matrix lattice R.oo zoo "0.6-0" "0.12-1" "1.3.2" "0.99875-7" "0.999375-1" "0.15-11" "1.2.7" "1.2-2" >

Hi everyone. Newbie to statistics. I have 40 matrices of ~400 values. how may I determine whether the distribution follows zips law? response <-sample (1:20,400*4, replace= TRUE) Thank you vry much. -- View this message in context: http://r.789695.n4.nabble.com/A-introductory-question-about-Zips-law-Newbie-to-statistics-tp4521190p4521190.html Sent from the R help mailing list archive at

...############## cd %windir% cd .. mkdir rPAcsTemp cd %OrdnerDIR%\%RPACPFAD% copy *.zip %SystemDrive%\rPAcsTemp cd %RPFAD% R CMD INSTALL %SystemDrive%\rPAcsTemp\car*.zip R CMD INSTALL %SystemDrive%\rPAcsTemp\dbi*.zip R CMD INSTALL %SystemDrive%\rPAcsTemp\zipfR*.zip R CMD INSTALL %SystemDrive%\rPAcsTemp\lme4*.zip R CMD INSTALL %SystemDrive%\rPAcsTemp\coda*.zip R CMD INSTALL %SystemDrive%\rPAcsTemp\languageR*.zip R CMD INSTALL %SystemDrive%\rPAcsTemp\lattice_*.zip R CMD INSTALL %SystemDrive%\rPAcsTemp\mvtnorm_*.zip R CMD INSTALL %SystemDrive%\rPAcsTemp\mul...

CRAN (and crantastic) updates this week New packages ------------ * EffectStars (1.0) Maintainer: Unknown Author(s): Gunther Schauberger License: GPL-2 http://crantastic.org/packages/EffectStars The package provides functions to visualize regression models with categorical response. The effects of the covariates are plotted with star plots in order to allow for an optical

...e Zipf equation to those functions, they > should give you estimates for the parameters you're interested in. > > If you're particularly interested in low-frequency data (i.e. the long > tail of the Zipf ranking) and actual probability distributions, you > could try our "zipfR" package available from CRAN. The tutorial and > background materials at > > http://zipfR.R-Forge.R-project.org/<http://zipfr.r-forge.r-project.org/> > > should help you to get started and will also explain how to calculate > the coefficients of Zipf's law f...