Statistical Approaches for Time-to-Event Data in Agriculture

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Documentation for package ‘drcte’ version 1.0.30

Help Pages

compCDF Compare time-to-event curves
decumulate_te Reshaping time-to-event datasets
drmte Fitting time-to-event models for seed science
drmteControl Sets control arguments
ED.drcte Estimating the quantiles for time-to-event models
group_te Reshaping time-to-event datasets
KDE Kernel estimator for the cumulative distribution function
KDE.fun Kernel estimator for the cumulative distribution function
loglogistic Log-logistic distribution of germination times within a seed lot
loglogisticSurv Log-logistic distribution of germination times within a seed lot
lognormal Log-normal distribution of times to an event
lognormalSurv Log-normal distribution of times to an event
lotus Germination assay with Lotus ornithopodioides
lotusCum Germination assay with Lotus ornithopodioides
lotusOr Germination assay with Lotus ornithopodioides
melt_te Reshaping time-to-event datasets
NLSLL.3 Service functions
NPMLE NPMLE for time-to-event data
NPMLE.fun NPMLE for time-to-event data
plot.drcte Plotting fitted time-to-event models
plotData Data for plotting fitted time-to-event models
predict.drcte Prediction
predict.list Prediction
quantile.drcte Estimating quantiles for time-to-event models
summary.drcte Summarising time-to-event fits
ungroup_te Reshaping time-to-event datasets
verbascum Germination time-course for three species of the Verbascum genus