Function to change the global variables of the package ‘RobAStBase’
With RobAStBaseOptions
you can inspect and change
the global variables of the package RobAStBase.
RobAStBaseOptions(...) getRobAStBaseOption(x)
... |
any options can be defined, using name = value or by passing a list of such tagged values. |
x |
a character string holding an option name. |
RobAStBaseOptions()
returns a list of the global variables.RobAStBaseOptions(x)
returns the global variable x.getRobAStBaseOption(x)
returns the global variable x.RobAStBaseOptions(x=y)
sets the value of the global variable x to y.
The default value of argument kStepUseLast
is
FALSE
. Explicitly setting kStepUseLast
to TRUE
should
be done with care as in this situation the influence curve in case of
oneStepEstimator
and kStepEstimator
is re-computed using
the value of the one- resp. k-step estimate which may take quite a long
time depending on the model.
if there is a non-trivial trafo in the model with matrix D, shall
the parameter be updated on ker(D)? Defaults to FALSE
.
if there is a non-trivial trafo in the model with matrix D,
the IC to be used for this; if NULL
the result of getboundedIC(L2Fam,D)
is taken;
this IC will then be projected onto ker(D); defaults to NULL
.
argument verbose
passed on by default to many calls of
optIC
, radiusminimaxIC
, getinfRobIC
etc.; well suited
for testing purposes. Defaults to FALSE
.
logical: shall slot pICList
of return value of kStepEstimator
be filled? Defaults to FALSE
.
logical: shall slot ICList
of return value of kStepEstimator
be filled? Defaults to FALSE
.
logical: should a (warning) information be added if modifyIC
is applied and hence some optimality information could no longer be valid? Defaults to
TRUE
.
Matthias Kohl Matthias.Kohl@stamats.de
RobAStBaseOptions() RobAStBaseOptions("kStepUseLast") RobAStBaseOptions("kStepUseLast" = TRUE) # or RobAStBaseOptions(kStepUseLast = 1e-6) getRobAStBaseOption("kStepUseLast")
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