Lrnr_polspline | R Documentation |
This learner provides fitting procedures for an adaptive regression procedure
using piecewise linear splines to model the response, using the the
polspline package' functions polymars
(for
continuous outcome prediction) or polyclass
(for
binary or categorical outcome prediction).
An R6Class
object inheriting from
Lrnr_base
.
A learner object inheriting from Lrnr_base
with
methods for training and prediction. For a full list of learner
functionality, see the complete documentation of Lrnr_base
.
...
: Other parameters passed to
polymars
, polyclass
,
or additional arguments defined in Lrnr_base
(such as
params
like formula
). See their documentation for
details.
Other Learners:
Custom_chain
,
Lrnr_HarmonicReg
,
Lrnr_arima
,
Lrnr_bartMachine
,
Lrnr_base
,
Lrnr_bayesglm
,
Lrnr_caret
,
Lrnr_cv_selector
,
Lrnr_cv
,
Lrnr_dbarts
,
Lrnr_define_interactions
,
Lrnr_density_discretize
,
Lrnr_density_hse
,
Lrnr_density_semiparametric
,
Lrnr_earth
,
Lrnr_expSmooth
,
Lrnr_gam
,
Lrnr_ga
,
Lrnr_gbm
,
Lrnr_glm_fast
,
Lrnr_glm_semiparametric
,
Lrnr_glmnet
,
Lrnr_glmtree
,
Lrnr_glm
,
Lrnr_grfcate
,
Lrnr_grf
,
Lrnr_gru_keras
,
Lrnr_gts
,
Lrnr_h2o_grid
,
Lrnr_hal9001
,
Lrnr_haldensify
,
Lrnr_hts
,
Lrnr_independent_binomial
,
Lrnr_lightgbm
,
Lrnr_lstm_keras
,
Lrnr_mean
,
Lrnr_multiple_ts
,
Lrnr_multivariate
,
Lrnr_nnet
,
Lrnr_nnls
,
Lrnr_optim
,
Lrnr_pca
,
Lrnr_pkg_SuperLearner
,
Lrnr_pooled_hazards
,
Lrnr_randomForest
,
Lrnr_ranger
,
Lrnr_revere_task
,
Lrnr_rpart
,
Lrnr_rugarch
,
Lrnr_screener_augment
,
Lrnr_screener_coefs
,
Lrnr_screener_correlation
,
Lrnr_screener_importance
,
Lrnr_sl
,
Lrnr_solnp_density
,
Lrnr_solnp
,
Lrnr_stratified
,
Lrnr_subset_covariates
,
Lrnr_svm
,
Lrnr_tsDyn
,
Lrnr_ts_weights
,
Lrnr_xgboost
,
Pipeline
,
Stack
,
define_h2o_X()
,
undocumented_learner
data(cpp_imputed)
covs <- c("apgar1", "apgar5", "parity", "gagebrth", "mage", "meducyrs")
task <- sl3_Task$new(cpp_imputed, covariates = covs, outcome = "haz")
polspline_lrnr <- Lrnr_caret$new(method = "rf")
set.seed(693)
polspline_lrnr_fit <- polspline_lrnr$train(task)
polspline_lrnr_predictions <- polspline_lrnr_fit$predict()
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