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...his case, I've written a function that draws a line plot (with options for points, etc) where the color of the line changes at specified values of the y-data (e.g., it's one color below -10, another color between -10 and -5, etc). It's pretty clean, and has a few error-checks, self-correctors, etc., so I would be happy to provide it to the community as a whole. So, is this worthy of a package, or should I just post the function code (well commented)? Or is this feature available deep inside some graphing package I haven't found yet? :-( thanks for all advice. Carl

Hi - I am getting different results when I run the numerical integrator function lsoda (odesolve package) on a Mac and a PC. I am trying to simulating a system of 10 ODE's with two exogenous pulsed inputs to the system, and have had reasonably good success with many model parameter sets. Under some parameter sets, however, the simulations fail on the Mac (see error message below). The

GNU ld supports most long options with either one or two dashes. For compatibility, lld has to support both. For newer and lld specific options, we don't have such compatibility problem. I'd suggest we reject one-dash long options to avoid collision with short options. For example, * -lto-emit-obj can be read as -l to-emit-obj * -thinlto-cache-dir= means -t -h inlto-cache-dir= in GNU

We have uploaded to CRAN a new version of glmpath, a package which fits the L1 regularization path for generalized linear models. The revision includes: - coxpath, a function for fitting the L1-regularization path for the Cox ph model; - bootstrap functions for analyzing sparse solutions; - the ability to mix in L2 regularization along with L1 (elasticnet). We have also completed a report that

We have uploaded to CRAN a new version of glmpath, a package which fits the L1 regularization path for generalized linear models. The revision includes: - coxpath, a function for fitting the L1-regularization path for the Cox ph model; - bootstrap functions for analyzing sparse solutions; - the ability to mix in L2 regularization along with L1 (elasticnet). We have also completed a report that

We have uploaded to CRAN the first version of glmpath, which fits the L1 regularization path for generalized linear models. The lars package fits the entire piecewise-linear L1 regularization path for the lasso. The coefficient paths for L1 regularized glms, however, are not piecewise linear. glmpath uses convex optimization - in particular predictor-corrector methods- to fit the

We have uploaded to CRAN the first version of glmpath, which fits the L1 regularization path for generalized linear models. The lars package fits the entire piecewise-linear L1 regularization path for the lasso. The coefficient paths for L1 regularized glms, however, are not piecewise linear. glmpath uses convex optimization - in particular predictor-corrector methods- to fit the

Anybody was able to set it up?? I can't make it work, any idea?? Ast 1.6.0.1 Thanks -------------- next part -------------- An HTML attachment was scrubbed... URL: http://lists.digium.com/pipermail/asterisk-users/attachments/20081125/c7f6be25/attachment.htm

>>>>> peter murage >>>>> on Tue, 4 Apr 2023 06:24:56 +0000 writes: > Which package in R replaced package prob? Well, if you google that you should quickly be lead to (something I even think makes sense to memorize as "rule" package=<pkg> ) : https://CRAN.R-project.org/package=prob which now says that the package was archived as it

Hi all, I have implemented AsmParser, CodeEmitter, and ELF object writing. AsmParser and CodeEmitter are tested and working fine, but I would like to see ELF objects build out of a parsed asm file. Is that possible? I tried this commands, but it didn't work corrctly: *llvm-mc -filetype=obj -arch=test file.s -o=a.o* and I think after an obj file is built, I should use this command but I am