I finally got around to organizing and packaging my complete set of extended model support for mtable in Martin Elff’s `memisc`

library. Here is a list of the models supported:

`coxph`

,`survreg`

– Cox proportional hazards models and parametric survival models from the`survival`

library.`aftreg`

,`phreg`

,`weibreg`

– parametric AFT, proportional hazards, and Weibull models available from the`eha`

library.`mer`

– multilevel mixed effects models as provided by the`lme4`

package. The model objects produced in the beta`lme4a`

package are not supported.

Here’s the file: mtable-ext

It’s extremely easy to use, though I am sure there are some bugs and not all model features get reported. Here is an example of how to compare three Cox proportional hazard models as estimated with `coxph`

(yes, I know, the Breslow and Exact models are the same; Exact was refusing to converge so I just stuck the Breslow model in to get the example done):

library(survival) library(memisc) source("mtable-ext.R") > Efron <- coxph(Surv(start, end, switch) ~ Poll + Government + OldParty + + Experience + Right + Members, robust = TRUE, data = Sejm, + method = "efron") > Breslow <- coxph(Surv(start, end, switch) ~ Poll + Government + OldParty + + Experience + Right + Members, robust = TRUE, data = Sejm, + method = "breslow") > Exact <- coxph(Surv(start, end, switch) ~ Poll + Government + OldParty + + Experience + Right + Members, robust = TRUE, data = Sejm, + method = "exact") mtable(Efron, Breslow, Exact) [... some model call info ...] ============================================= Efron Breslow Exact --------------------------------------------- Poll -2.120*** -1.931*** -1.931*** (0.477) (0.430) (0.430) Government -1.603* -1.461* -1.461* (0.706) (0.684) (0.684) OldParty -0.186 -0.279 -0.279 (0.243) (0.209) (0.209) Experience -0.195 -0.198 -0.198 (0.167) (0.156) (0.156) Right 1.427*** 1.290*** 1.290*** (0.198) (0.178) (0.178) Members -0.002 -0.003 -0.003 (0.007) (0.007) (0.007) --------------------------------------------- Log-likelihood -818.487 -832.625 -832.625 AIC 1648.973 1677.250 1677.250 BIC 1701.297 1729.574 1729.574 N 45280 45280 45280 =============================================

To convert the `mtable`

object into a \(\text{\LaTeX{}}\) table, you just need to apply the `toLatex`

function:

toLatex(mtable(Efron, Breslow, Exact))

Of course, many formatting options are available. See the documentation for details.

Hi,

Thanks for this packages. It’s quite useful. I am wondering if there is any easy way to show that you want the exp(coef) rather then coefficient, which you might often want for cox models. I couldn’t see anything in the documentation of mtable that would let you do this.