pro_map: Modified purrr functions with progress bar
In TylerGrantSmith/purrrgress: Progress bars for purrr

Description Usage Arguments

Modified purrr functions with progress bar

pro_map(.x, .f, ...)

pro_map2(.x, .y, .f, ...)

pro_pmap(.l, .f, ...)

pro_map_if(.x, .p, .f, ...)

pro_map_at(.x, .at, .f, ...)

pro_map(.x, .f, ...)

pro_map_at(.x, .at, .f, ...)

pro_map_chr(.x, .f, ...)

pro_map_dbl(.x, .f, ...)

pro_map_df(.x, .f, ..., .id = NULL)

pro_map_dfc(.x, .f, ...)

pro_map_dfr(.x, .f, ..., .id = NULL)

pro_map_if(.x, .p, .f, ...)

pro_map_int(.x, .f, ...)

pro_map_lgl(.x, .f, ...)

pro_walk(.x, .f, ...)

pro_map2(.x, .y, .f, ...)

pro_map2_chr(.x, .y, .f, ...)

pro_map2_dbl(.x, .y, .f, ...)

pro_map2_df(.x, .y, .f, ..., .id = NULL)

pro_map2_dfc(.x, .y, .f, ...)

pro_map2_dfr(.x, .y, .f, ..., .id = NULL)

pro_map2_int(.x, .y, .f, ...)

pro_map2_lgl(.x, .y, .f, ...)

pro_walk2(.x, .y, .f, ...)

pro_imap(.x, .f, ...)

pro_imap_chr(.x, .f, ...)

pro_imap_dbl(.x, .f, ...)

pro_imap_dfc(.x, .f, ..., .id = NULL)

pro_imap_dfr(.x, .f, ..., .id = NULL)

pro_imap_int(.x, .f, ...)

pro_imap_lgl(.x, .f, ...)

pro_iwalk(.x, .f, ...)

pro_invoke_map(.f, .x = list(NULL), ..., .env = NULL)

pro_invoke_map_chr(.f, .x = list(NULL), ..., .env = NULL)

pro_invoke_map_dbl(.f, .x = list(NULL), ..., .env = NULL)

pro_invoke_map_df(.f, .x = list(NULL), ..., .env = NULL)

pro_invoke_map_dfc(.f, .x = list(NULL), ..., .env = NULL)

pro_invoke_map_dfr(.f, .x = list(NULL), ..., .env = NULL)

pro_invoke_map_int(.f, .x = list(NULL), ..., .env = NULL)

pro_invoke_map_lgl(.f, .x = list(NULL), ..., .env = NULL)

pro_lmap(.x, .f, ...)

pro_lmap_at(.x, .at, .f, ...)

pro_lmap_if(.x, .p, .f, ...)

pro_modify(.x, .f, ...)

pro_pmap(.l, .f, ...)

pro_pmap_chr(.l, .f, ...)

pro_pmap_dbl(.l, .f, ...)

pro_pmap_df(.l, .f, ..., .id = NULL)

pro_pmap_dfc(.l, .f, ...)

pro_pmap_dfr(.l, .f, ..., .id = NULL)

pro_pmap_int(.l, .f, ...)

pro_pmap_lgl(.l, .f, ...)

pro_pwalk(.l, .f, ...)

pro_reduce(.x, .f, ..., .init)

pro_reduce_right(.x, .f, ..., .init)

pro_reduce2(.x, .y, .f, ..., .init)

pro_reduce2_right(.x, .y, .f, ..., .init)

pro_every(.x, .p, ...)

pro_some(.x, .p, ...)

pro_accumulate(.x, .f, ..., .init)

pro_accumulate_right(.x, .f, ..., .init)

`.x`	A list or atomic vector.
`.f`	A function, formula, or atomic vector. If a function, it is used as is. If a formula, e.g. `~ .x + 2`, it is converted to a function. There are three ways to refer to the arguments: For a single argument function, use `.` For a two argument function, use `.x` and `.y` For more arguments, use `..1`, `..2`, `..3` etc This syntax allows you to create very compact anonymous functions. If character vector, numeric vector, or list, it is converted to an extractor function. Character vectors index by name and numeric vectors index by position; use a list to index by position and name at different levels. Within a list, wrap strings in `get-attr()` to extract named attributes. If a component is not present, the value of `.default` will be returned.
`...`	Additional arguments passed on to `.f`.
`.p`	A single predicate function, a formula describing such a predicate function, or a logical vector of the same length as `.x`. Alternatively, if the elements of `.x` are themselves lists of objects, a string indicating the name of a logical element in the inner lists. Only those elements where `.p` evaluates to `TRUE` will be modified.
`.at`	A character vector of names or a numeric vector of positions. Only those elements corresponding to `.at` will be modified.
`.id`	If not `NULL` a variable with this name will be created giving either the name or the index of the data frame.