library("gamlss2")
data("abdom", package = "gamlss.data")
## specify the model formula
f <- y ~ s(x) | s(x)
## estimate model with different step length
## control in the RS algorithm
m1 <- gamlss2(f, data = abdom, family = BCT, step = 1)
m2 <- gamlss2(f, data = abdom, family = BCT, step = 0.9)Control Parameters
Description
Control parameters for fitting GAMLSS models with gamlss2.
Usage
gamlss2_control(optimizer = RS, trace = TRUE,
flush = TRUE, light = FALSE, expand = TRUE,
model = TRUE, x = TRUE, y = TRUE,
fixed = FALSE, ...)
Arguments
optimizer
|
Function, the optimizer to be used for fitting. |
trace
|
Logical, should information be printed while the algorithm is running? |
flush
|
Logical, whether to use flush.console to display current output in the console.
|
light
|
Logical, if set to light = TRUE, no model frame, response, model matrix and other design matrices will be part of the return value.
|
expand
|
Logical, if fewer formulas are supplied than there are parameters of the distribution, should intercept-only formulas be added automatically? |
model
|
Logical, should the model frame be included as a component of the returned object. |
x
|
Logical, indicating whether the model matrix should be included as a component of the returned object. |
y
|
Logical, should the response be included as a component of the returned object. |
fixed
|
Named logical vector indicating which parameters should be fixed during estimation. See gamlss2_start for examples.
|
…
|
Further control parameters to be included in the return value, for example parameters used by the optimizer function RS.
|
Details
The set of control parameters can be extended. For example, if a different optimizer is used, newly specified control parameters are passed on to that optimizer automatically.
Value
A list with the arguments specified.
See Also
RS, gamlss2, gamlss2_start