mlr_learners_regr.rsm | R Documentation |
Fit a linear model with a response-surface component.
Calls rsm::rsm()
from rsm.
modelfun
: This parameter controls how the formula for rsm::rsm()
is created. Possible values are:
"FO"
- first order
"TWI"
- wo-way interactions, this is with 1st oder terms
"SO"
- full second order
This Learner can be instantiated via lrn():
lrn("regr.rsm")
Task type: “regr”
Predict Types: “response”
Feature Types: “integer”, “numeric”, “factor”, “ordered”
Id | Type | Default | Levels |
modelfun | character | - | FO, TWI, SO |
mlr3::Learner
-> mlr3::LearnerRegr
-> LearnerRegrRSM
new()
Creates a new instance of this R6 class.
LearnerRegrRSM$new()
clone()
The objects of this class are cloneable with this method.
LearnerRegrRSM$clone(deep = FALSE)
deep
Whether to make a deep clone.
sebffischer
Lenth, V R (2010). “Response-surface methods in R, using rsm.” Journal of Statistical Software, 32, 1–17.
Dictionary of Learners: mlr3::mlr_learners.
as.data.table(mlr_learners)
for a table of available Learners in the running session (depending on the loaded packages).
Chapter in the mlr3book: https://mlr3book.mlr-org.com/basics.html#learners
mlr3learners for a selection of recommended learners.
mlr3cluster for unsupervised clustering learners.
mlr3pipelines to combine learners with pre- and postprocessing steps.
mlr3tuning for tuning of hyperparameters, mlr3tuningspaces for established default tuning spaces.
# Define the Learner
learner = mlr3::lrn("regr.rsm")
print(learner)
# Define a Task
task = mlr3::tsk("mtcars")
# Create train and test set
ids = mlr3::partition(task)
# Train the learner on the training ids
learner$train(task, row_ids = ids$train)
print(learner$model)
# Make predictions for the test rows
predictions = learner$predict(task, row_ids = ids$test)
# Score the predictions
predictions$score()
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