These are just sub-parts of `bayessurvreg3' function to make it more readable for the programmer.
bayessurvreg3.checkStore(store)bayessurvreg3.priorInit(prior, init, design, mcmc.par,
prior2, init2, design2, mcmc.par2, doubly)
bayessurvreg3.priorBeta(prior.beta, init, design)
bayessurvreg3.priorb(prior.b, init, design, mcmc.par)
bayessurvreg3.writeHeaders(dir, doubly, prior.init,
priorb.di, priorb2.di, store, design, design2,
version, mclass)
bayessurvreg3.priorinitNb(priorinit.Nb, init, init2,
design, design2, doubly)
bayessurvreg3.checkrho(rho, doubly)
store of the
function bayessurvreg2prior of the
function bayessurvreg3prior2 of the
function bayessurvreg3init of the
function bayessurvreg3init2 of the
function bayessurvreg3mcmc.par of the
function bayessurvreg3mcmc.par2 of the
function bayessurvreg3bayessurvreg.design related to either the onset time
if doubly censored observations or to the event time. Remark:
design$Y containbayessurvreg.design related to time-to-event
if doubly censored observations. Remark:
design2$Y contains original times and NOT theprior.beta or
prior.beta2 of the function bayessurvreg3prior.b or
prior.b2 of the function bayessurvreg3init or init2
of the function bayessurvreg3bayessurvreg3.priorInitbayessurvreg3.priorbbayessurvreg3.priorbpriorinit.Nb of the function bayessurvreg3rho
of the function bayessurvreg3It is equal to 31 if we are estimating correlation coefficient between the
bayessurvreg3 function
related to a model which considers possible misclassification of the
event status.