r descr_models("rand_forest", "partykit")
defaults <- tibble::tibble(parsnip = c("trees", "min_n", "mtry"), default = c("500L", "20L", "5L")) param <- rand_forest() %>% set_engine("partykit") %>% set_mode("regression") %>% make_parameter_list(defaults) %>% distinct()
This model has r nrow(param)
tuning parameters:
param$item
r uses_extension("rand_forest", "partykit", "regression")
library(bonsai) rand_forest() %>% set_engine("partykit") %>% set_mode("regression") %>% translate()
r uses_extension("rand_forest", "partykit", "classification")
library(bonsai) rand_forest() %>% set_engine("partykit") %>% set_mode("classification") %>% translate()
parsnip::cforest_train()
is a wrapper around [partykit::cforest()] (and other functions) that makes it easier to run this model.
r uses_extension("rand_forest", "partykit", "censored regression")
library(censored) rand_forest() %>% set_engine("partykit") %>% set_mode("censored regression") %>% translate()
censored::cond_inference_surv_cforest()
is a wrapper around [partykit::cforest()] (and other functions) that makes it easier to run this model.
Kuhn, M, and K Johnson. 2013. Applied Predictive Modeling. Springer.
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