# bad args Code recipe(~., data = example_data) %>% step_impute_roll(all_predictors(), window = 3) %>% prep(training = example_data) Condition Error in `step_impute_roll()`: Caused by error in `prep()`: ! All columns selected for the step should be double. --- Code recipe(~., data = example_data) %>% update_role(day, new_role = "time_index") %>% step_impute_roll(all_predictors(), window = 4) %>% prep(training = example_data) Condition Error in `step_impute_roll()`: ! `window` should be an odd integer >= 3 --- Code recipe(~., data = example_data) %>% update_role(day, new_role = "time_index") %>% step_impute_roll(all_predictors(), window = 3) %>% prep(training = example_data) Condition Error in `step_impute_roll()`: Caused by error in `prep()`: ! All columns selected for the step should be double. # Deprecation warning Code recipe(~., data = mtcars) %>% step_rollimpute() Condition Error: ! `step_rollimpute()` was deprecated in recipes 0.1.16 and is now defunct. i Please use `step_impute_roll()` instead. # empty printing Code rec Message -- Recipe ---------------------------------------------------------------------- -- Inputs Number of variables by role outcome: 1 predictor: 10 -- Operations * Rolling imputation for: --- Code rec Message -- Recipe ---------------------------------------------------------------------- -- Inputs Number of variables by role outcome: 1 predictor: 10 -- Training information Training data contained 32 data points and no incomplete rows. -- Operations * Rolling imputation for: | Trained # printing Code print(rec) Message -- Recipe ---------------------------------------------------------------------- -- Inputs Number of variables by role predictor: 3 time_index: 1 -- Operations * Rolling imputation for: all_predictors() --- Code prep(rec) Message -- Recipe ---------------------------------------------------------------------- -- Inputs Number of variables by role predictor: 3 time_index: 1 -- Training information Training data contained 12 data points and 7 incomplete rows. -- Operations * Rolling imputation for: x1, x2, x3 | Trained