component_list {inlabru} | R Documentation |
Methods for inlabru component lists
Description
Constructor methods for inlabru component lists. Syntax details are given in
component()
.
Usage
component_list(object, lhoods = NULL, .envir = parent.frame(), ...)
## S3 method for class 'formula'
component_list(object, lhoods = NULL, .envir = parent.frame(), ...)
## S3 method for class 'list'
component_list(object, lhoods = NULL, .envir = parent.frame(), ...)
## S3 method for class 'component_list'
c(...)
## S3 method for class 'component'
c(...)
## S3 method for class 'component_list'
x[i]
Arguments
object |
The object to operate on |
lhoods |
A |
.envir |
An evaluation environment for non-formula input |
... |
Parameters passed on to other methods. Also see Details. |
x |
|
i |
indices specifying elements to extract |
Details
-
component_list.formula
: Convert a component formula into acomponent_list
object
-
component_list.list
: Combine a list of components and/or component formulas into acomponent_list
object
-
c.component_list
: The...
arguments should becomponent_list
objects. The environment from the first argument will be applied to the resultingcomponent_list
.
-
c.component
: The...
arguments should becomponent
objects. The environment from the first argument will be applied to the resulting “component_list'.
Author(s)
Fabian E. Bachl bachlfab@gmail.com and Finn Lindgren finn.lindgren@gmail.com
See Also
Other component constructors:
component()
Other component constructors:
component()
Examples
# As an example, let us create a linear component. Here, the component is
# called "myLinearEffectOfX" while the covariate the component acts on is
# called "x". Note that a list of components is returned because the
# formula may define multiple components
eff <- component_list(~ myLinearEffectOfX(main = x, model = "linear"))
summary(eff[[1]])
# Equivalent shortcuts:
eff <- component_list(~ myLinearEffectOfX(x, model = "linear"))
eff <- component_list(~ myLinearEffectOfX(x))
# Individual component
eff <- component("myLinearEffectOfX", main = x, model = "linear")