xpose.bootgam | R Documentation |
Title
xpose.bootgam(
object,
n = n,
id = object@Prefs@Xvardef$id,
oid = "OID",
seed = NULL,
parnam = xvardef("parms", object)[1],
covnams = xvardef("covariates", object),
conv.value = object@Prefs@Bootgam.prefs$conv.value,
check.interval = as.numeric(object@Prefs@Bootgam.prefs$check.interval),
start.check = as.numeric(object@Prefs@Bootgam.prefs$start.check),
algo = object@Prefs@Bootgam.prefs$algo,
start.mod = object@Prefs@Bootgam.prefs$start.mod,
liif = as.numeric(object@Prefs@Bootgam.prefs$liif),
ljif.conv = as.numeric(object@Prefs@Bootgam.prefs$ljif.conv),
excluded.ids = as.numeric(object@Prefs@Bootgam.prefs$excluded.ids),
...
)
object |
An xpose.data object. |
n |
number of bootstrap iterations |
id |
column name of id |
oid |
create a new column with the original ID data |
seed |
random seed |
parnam |
ONE (and only one) model parameter name. |
covnams |
Covariate names to test on parameter. |
conv.value |
Convergence value |
check.interval |
How often to check the convergence |
start.check |
When to start checking |
algo |
Which algorithm to use |
start.mod |
which start model |
liif |
The liif value |
ljif.conv |
The convergence value for the liif |
excluded.ids |
ID values to exclude. |
... |
Used to pass arguments to more basic functions. |
a list of results from the bootstrap of the GAM.
Other GAM functions:
GAM_summary_and_plot
,
xp.get.disp()
,
xp.scope3()
,
xpose.gam()
,
xpose4-package
## Not run:
## filter out occasion as a covariate as only one value
all_covs <- xvardef("covariates",simpraz.xpdb)
some_covs <- all_covs[!(all_covs %in% "OCC") ]
## here only running n=5 replicates to see that things work
## use something like n=100 for resonable results
boot_gam_obj <- xpose.bootgam(simpraz.xpdb,5,parnam="KA",covnams=some_covs,seed=1234)
## End(Not run)
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