similar to: An infinite recursion error please explain!

Probability <- function(N, f, m, b, x, t) { #N is the number of lymph nodes #f is the fraction of Dendritic cells (in the correct node) that have the antigen #m is the number of time steps #b is the starting position (somewhere in the node or somewhere in the gap between nodes. It is a number between 1 and (x+t)) #x is the number of time steps it takes to traverse the gap #t is the number

I have a set of functions: Probability <- function(N, f, w, b, l, n, q) { #N is the number of lymph nodes #f is the fraction of Dendritic cells (in the correct node) that have the antigen #w is time in terms of hours #b is the starting position (somewhere in the node or somewhere in the gap between nodes. It is a number between 1 and (x+t)) #q is the length of the time step #l is the LN

Probability <- function(N, f, m, b, x, t) { #N is the number of lymph nodes #f is the fraction of Dendritic cells (in the correct node) that have the antigen #m is the number of time steps #b is the starting position (somewhere in the node or somewhere in the gap between nodes. It is a number between 1 and (x+t)) #x is the number of time steps it takes to traverse the gap #t is the number

I'm trying to make a function that will output the exponent... so f2(2,2) = 4 and f2(2,3)=8. But I don't want to just use the x^n function, I want to do it another way, and without a recursion. I did the follow code but for some reason it doesn't work. Help please? f2 <- function(x, n) #without recursion { y <- 1 if (n==0) {return(1)} else { if (length(y) < (n+1) { y

Dear UseRs: Recently, I have read an article regarding the association between age and lymph node metastases. http://jco.ascopubs.org/content/27/18/2931.long In statistical analysis, the authors stated "Because a nonlinear relationship between age and lymph node involvement was expected based on existing literature, lymph node involvement was also regressed on age using nonparametric

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Hi, I am processing tick data and my code has stopped working as I have increased the size of data being processed. Now I am receiving error for basic tasks in RConsole: > a = c(1:1000) Error: evaluation nested too deeply: infinite recursion / options(expressions=)? My R code worked fine with 50 stocks and 500,000 rows per stock, but when I increased this to 50 stocks and 5,000,000 rows per

I ran into a problem recently trying to update a package which uses S4 methods using a recent beta of R. I think I can reproduce it with a simple example. I have package called `testpkg' in directory testpkg/. In the R/ subdirectory of testpkg/ I have a file called testpkg.R which contains the following two lines: setClass("testpkg", representation(pts = "list"))

I recently started using R (Version 1.3.0 on a Dell machine). After using R for about a week, I started receiving the error message shown below. I can't even run simple commands that I know should work. Is this a bug or did I just mess something up? I've uninstalled and reinstalled R but continue to receive the same errors. The errors are shown below: R : Copyright 2001, The R

Hi all, Why I am getting, Error: evaluation nested too deeply: infinite recursion / options(expressions=)? Thanks in advance! func <- Vectorize(function(x, a, sad, trunc=0, ...) { result <- function(x) { f1 <- function(n) { dcom <- paste("d", deparse(substitute(sad)), sep="") dots <- c(as.name("n"), list(...)) f <-

Hello all, An S4 class that contains matrix can be converted into a matrix using as(). When the resulting object is printed implicitly at the command line, all is well. When print() is explicitly called, I see an infinite recursion. Here is an example: ## create a subclass of matrix > setClass("Foo", representation(name="character"), contains="matrix")

I get the error Error : evaluation nested too deeply: infinite recursion / options(expressions=)? during a 'R CMD check ...' on one of my packages. The reason seems to be that this package is mutually dependent on another one (i.e. the DESCRIPTION files of package A lists package B under "Depends" and vice versa). this might be bad design (having bits in both packages needed

hello R-users, I'm trying to port from S+4 a library called S2HTML. generic function HTMLExport, when called for a lm object, uses HTMLExport.lm which itself calls HTMLExport.list to export the summary. My problem is that HTMLExport.list may itself call HTMLExport (and so HTMLExport.list) for components of the lists that are lists themselves (like "terms" component of an lm object).

Here's a resend of an old patch that is intended to avoid an infinite recursion (ending in a stack overflow) of the rwrite() function getting an error that calls rwrite(), ad naseum. I've only seen this happen when one of the sides dies due to a program error -- in that case, the connection is closed, and when we try to send an error to the other side and it generates an error, the error

A larg program which worked with lme4/R about a year ago failed when I re-run it today. I reproduced the problem with the program below. -- When lme4 is not loaded, the program runs ok and fast enough -- When lme4 is loaded (but never used), the do.call fails with infinite recursion after 60 seconds. Memory used increases beyond bonds in task manager. -- I tested a few S3 based packages

A larg program which worked with lme4/R about a year ago failed when I re-run it today. I reproduced the problem with the program below. -- When lme4 is not loaded, the program runs ok and fast enough -- When lme4 is loaded (but never used), the do.call fails with infinite recursion after 60 seconds. Memory used increases beyond bonds in task manager. -- I tested a few S3 based packages

hello all i searched the archives and couldn't get a solution to the following question. i have the following function: F=function(z,v) { if (v==-.5) return(1) else return(2*v/z + 1/Recall(z,v-1)) } and while testing whether it works (ie F(z,v) is approx = besselK(z,1+v)/besselK(z,V). the recursion formula allows one to calculate besselK(z,1+v)/besselK(z,V) for large values of z )

I've come across a handful of tests that fail at our site. I consider this one the worst because the process does not return. The patch below simply bypasss the test, but the errors in the out file are included as well. I suspect this is due to more or tighter ulimits on this system. But I'm not sure if this is result of different expectations (kernel/userland) of what should be done in

On 02/28/10 07:39, Duncan Sands wrote: > Hi Isaac, > >> For fun, I made a recursive function, but LLVM optimized it wrong (if >> I'm understanding C standards correctly). >> >> "void f() { f(); }"[see llvm-code in footnote 1] >> was optimized to be equivalent to "void f() {}"[also 1]. I believe it >> should either be equivalent in