useDynLib(RobustAFT)
import(stats)
import(survival)
importFrom(robustbase, lmrob.S, lmrob.control)
importFrom(graphics, plot)
export(TML.noncensored,TML.noncensored.control, TML1.noncensored, TML1.noncensored.control,
fits.compare, TML.censored, TML.censored.control.S, TML.censored.control.ref, TML.censored.control.tml)
#TML1.Gauss + TML1.logWeibull = TML1.noncensored ,TML1.control= TML1.noncensored.control
# used internally - not intended to be visible to users
# export(MM.E.gauss, MM.E.null, Ave.MM.gauss, MLnp, MLn1, tPsin, Discr, adaptn,
#        Scalen, Pspphi.n, Psizphi.n, s1psiphi.n, s2chiphi.n,
#        s1s1phi.n, s2s2phi.n, s2phi.n, Chiphi.n, Beta.n, invM2.n,
#        Cov2.n1, CovE.n, CovE.n1, E.Smat.n, E0vect.n, E0.vect.n,
#        E1vect.n, E2vect.n, Q1mat.n, Q2vect.n, Q3sca.n)
# export(MLwp, MLw1, F0w.s, F0w, zez, ezez, pezez, rhow, tutl, Izero,
#        tPsiw, tChiw, tChiww, AveS20w, AveS2Pw, AveS21w , Fxdv, Nwtv,
#        Discr, intmew, adaptw, Scalew, Pspphi.w, Pspzphi.w, Psiphi.w,
#        Psizphi.w, Chiphi.w, s1phi.w, s2phi.w, Beta.w, s1pphi.w, s2pphi.w,
#        s1pzphi.w, s2pzphi.w, s1psiphi.w, s1chiphi.w, s2psiphi.w, s2chiphi.w,
#        s1s1phi.w, s1s2phi.w, s2s2phi.w, invM2.w, Cov2.w, invM2.w1,
#        Cov2.w1, CovE.w, CovE.w1, E.Smat, E0vect, E0.vect, E1vect,
#        E2vect, Q1mat, Q2vect, Q3sca)
# export(psi.weight, psp.weight, chi.weight, rho.weight)
# export(plot.fits.compare, print.fits.compare, summary.TML, print.TML,
#	   print.summary.TML, predict.TML, plot.TML, coef.TML, vcov.TML)
# export(BtamatG, BtamatW, CandidateG, CandidateW, Chidnorm, Chidlweibul,
# 	 ChiSG, ChiSN, ChiSw, Cov.Gauss, Cov.LogW, CutoffN, CutoffW, CutofrN,
#	 dfcomn2, dlweibul, IChidlweibul, IChidnorm, intg0, intg0.TMLW, intg1.TMLW,
#	 intg2, intg2.TMLW, intw0, intw1, intxlwbl, IPsidnorm, Nrm2, plweibul,
#	 ps0, ps0W, ps1, ps1W, Psidnorm, PsiSG, PsiSN, PsiSw, psp0W, psp1W,
#	 PspSG, PspSN, PspSw, QMatrix.G, QMatrix.W, RappN, RappW, RefAve2G,
#	 RefAve2W, RefBetaG, RefBetaW, RefSG, RefSigmaG, RefSigmaW, RefSW,
#	 regfal, ResExpG, ResExpW, s.eq.Gauss, s.eq.LogW, SparamG.S, SparamW.S,
#	 TML.Ave2G, TML.Ave2W, TML.BetaG, TML.BetaW, TML.Gauss, TML.logweibull,
#	 TML.SigmaG, TML.SigmaW, TMLeqn2W, TMLG, TMLW, TMLjac11.G, TMLjac21.G,
#	 TMLjac12.G, TMLjac22.G, TMLjac11.W, TMLjac21.W, TMLjac12.W, TMLjac22.W,
#	 tutl, uf0, uf0w, ww, xlwbl)
S3method(coef, TML)
S3method(plot, fits.compare)
S3method(plot, TML)
S3method(predict, TML)
S3method(print, fits.compare)
S3method(print, summary.TML)
S3method(print, TML)
S3method(summary, TML)
S3method(vcov, TML)