View source: R/generateFilterValues.R
generateFilterValuesData | R Documentation |
Calculates numerical filter values for features. For a list of features, use listFilterMethods.
generateFilterValuesData(
task,
method = "FSelectorRcpp_information.gain",
nselect = getTaskNFeats(task),
...,
more.args = list()
)
task |
(Task) |
method |
(character | list) |
nselect |
( |
... |
(any) |
more.args |
(named list) |
(FilterValues). A list
containing:
task.desc |
[TaskDesc) |
data |
(
|
Besides passing (multiple) simple filter methods you can also pass an
ensemble filter method (in a list). The ensemble method will use the simple
methods to calculate its ranking. See listFilterEnsembleMethods()
for
available ensemble methods.
Other generate_plot_data:
generateCalibrationData()
,
generateCritDifferencesData()
,
generateFeatureImportanceData()
,
generateLearningCurveData()
,
generatePartialDependenceData()
,
generateThreshVsPerfData()
,
plotFilterValues()
Other filter:
filterFeatures()
,
getFilteredFeatures()
,
listFilterEnsembleMethods()
,
listFilterMethods()
,
makeFilter()
,
makeFilterEnsemble()
,
makeFilterWrapper()
,
plotFilterValues()
# two simple filter methods
fval = generateFilterValuesData(iris.task,
method = c("FSelectorRcpp_gain.ratio", "FSelectorRcpp_information.gain"))
# using ensemble method "E-mean"
fval = generateFilterValuesData(iris.task,
method = list("E-mean", c("FSelectorRcpp_gain.ratio",
"FSelectorRcpp_information.gain")))
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