Description Usage Arguments Value Note Author(s) See Also
Produces a set of predicted response values, by subject, at T
time points. The response values
are predicted by employing the posterior samples of model parameters where the resultant response
values for each subject are composed by averaging over all posterior samples in a Rao-Blackwellizing fashion.
1 2 3 4 |
y.case |
The |
B |
The |
Alpha |
The |
Beta |
The |
U |
The |
aff.clients |
Vector of length |
W.subj |
A |
X.n |
A design matrix with |
Z.n |
A design matrix with |
trt.case |
The treatment group membership vector of length |
trt.lab |
Associated labels for the numeric treatment groups. Each distinct treatment group assumed to have a unique label. |
subject.case |
Vector of length |
subject.lab |
|
T |
Number of time points to build each subject curve. |
min.T |
The minimum time value that |
max.T |
The maximum time value that |
n.thin |
The gap between each MCMC sample used for the growth curve. |
n.waves |
The maximum number of observed measurement waves, per subject. |
time.case |
A vector of length |
n.fix_degree |
The highest polynomial degree to employ for constructing time-based fixed effects covariates. |
Nrandom |
A scalar input providing the number of by-subject time-based random effect parameters. Only need to input if employ nuisance random effects. |
A list object containing the following data.frames
and plots:
plot.dat |
A |
dat.data |
A |
p.gcall |
A |
p.gcsel |
A |
Intended as an internal function for dpgrow
, dpgrowmm
, and dpgrowmult
Terrance Savitsky tds151@gmail.com
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.