2014-07-21 Andrew Robinson * Version 0.5.1 Nestled ml_glm2 inside nbinomial and added reporting of rank to both functions. 2013-07-04 Andrew Robinson * Version 0.5.0 Added P__disp function. 2013-07-02 Andrew Robinson * Version 0.4.4 Added boundary flag to alrt function. Removed reliance on ggplot2 and gridExtra. Truncated help lines to pass checks. 2013-04-10 Andrew Robinson * Version 0.4.3 Fixed summary.msme function to produce dispersion. 2013-03-21 Andrew Robinson * Version 0.4.2 Added new function 'nbinomial' to fit negative binomial regression with some extra reporting, e.g., Pearson residuals. Extended summary.msme to optionally report Pearson residuals. Added new references to help files and rejigged data examples to use msme functions. Now exporting asymptotic likelihood ratio test function, alrt. 2013-02-07 Andrew Robinson * Version 0.4.0 Released to CRAN. Functions match the submitted draft. Most functions are undocumented and unexported. Examples all run just fine so book code should all run just fine too. 2011-08-16 Andrew Robinson * Version 0.3.0 Combined the poisson and binomial ML functions into one function, which uses the link functions developed under irls, and also requires the jll for each family. Needs extensive testing. Also wrote deviance residuals in terms of the jll. Very happy with this, just so long as it actually works. 2011-07-26 Andrew Robinson * Version 0.2.0 Added a clutch of ML functions. Added a new class: msme, which will be a catch-all for methods that are general to the book --- for example, we can use just one summary function if we plan it correctly. Next I have to massage the outputs and think about the link functions and the families. Also figured out how to deploy automatic testing, by including test scripts in the test directory. Makes sense, really. * Version 0.1.1 Fixed the residual function for gamma, which had incorrect arguments and needed a reverse in sign within the square root. 2011-07-22 Andrew Robinson * Version 0.1.0 Initial release, with irls and ML for normal fitting function and methods.