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#' Return a vector of the number of missing values in each row
#'
#' Substitute for `rowSums(is.na(data))`, but it also checks if input is NULL or
#' is a dataframe
#'
#' @param data a dataframe
#'
#' @return numeric vector of the number of missing values in each row
#'
#' @export
#'
#' @seealso [pct_miss_case()] [prop_miss_case()] [pct_miss_var()] [prop_miss_var()] [pct_complete_case()] [prop_complete_case()] [pct_complete_var()] [prop_complete_var()] [miss_prop_summary()] [miss_case_summary()] [miss_case_table()] [miss_summary()] [miss_var_prop()] [miss_var_run()] [miss_var_span()] [miss_var_summary()] [miss_var_table()] [n_complete()] [n_complete_row()] [n_miss()] [n_miss_row()] [pct_complete()] [pct_miss()] [prop_complete()] [prop_complete_row()] [prop_miss()]
#'
#' @examples
#'
#' n_miss_row(airquality)
#'
n_miss_row <- function(data){
test_if_null(data)
test_if_dataframe(data)
as.integer(rowSums(is.na(data)))
}
#' Return a vector of the number of complete values in each row
#'
#' Substitute for `rowSums(!is.na(data))` but it also checks if input is NULL or
#' is a dataframe
#'
#' @param data a dataframe
#'
#' @return numeric vector of the number of complete values in each row
#'
#' @seealso [pct_miss_case()] [prop_miss_case()] [pct_miss_var()] [prop_miss_var()] [pct_complete_case()] [prop_complete_case()] [pct_complete_var()] [prop_complete_var()] [miss_prop_summary()] [miss_case_summary()] [miss_case_table()] [miss_summary()] [miss_var_prop()] [miss_var_run()] [miss_var_span()] [miss_var_summary()] [miss_var_table()] [n_complete()] [n_complete_row()] [n_miss()] [n_miss_row()] [pct_complete()] [pct_miss()] [prop_complete()] [prop_complete_row()] [prop_miss()]
#'
#' @export
#'
#' @examples
#'
#' n_complete_row(airquality)
#'
n_complete_row <- function(data){
test_if_null(data)
test_if_dataframe(data)
as.integer(rowSums(!is.na(data)))
}
#' Return a vector of the proportion of missing values in each row
#'
#' Substitute for `rowMeans(is.na(data))`, but it also checks if input is NULL or
#' is a dataframe
#'
#' @param data a dataframe
#'
#' @return numeric vector of the proportion of missing values in each row
#'
#' @seealso [pct_miss_case()] [prop_miss_case()] [pct_miss_var()] [prop_miss_var()] [pct_complete_case()] [prop_complete_case()] [pct_complete_var()] [prop_complete_var()] [miss_prop_summary()] [miss_case_summary()] [miss_case_table()] [miss_summary()] [miss_var_prop()] [miss_var_run()] [miss_var_span()] [miss_var_summary()] [miss_var_table()] [n_complete()] [n_complete_row()] [n_miss()] [n_miss_row()] [pct_complete()] [pct_miss()] [prop_complete()] [prop_complete_row()] [prop_miss()]
#'
#' @export
#'
#' @examples
#'
#' prop_miss_row(airquality)
#'
prop_miss_row <- function(data){
test_if_null(data)
test_if_dataframe(data)
rowMeans(is.na(data))
}
#' Return a vector of the proportion of missing values in each row
#'
#' Substitute for `rowMeans(!is.na(data))`, but it also checks if input is NULL or
#' is a dataframe
#'
#' @param data a dataframe
#'
#' @return numeric vector of the proportion of missing values in each row
#'
#' @seealso [pct_miss_case()] [prop_miss_case()] [pct_miss_var()] [prop_miss_var()] [pct_complete_case()] [prop_complete_case()] [pct_complete_var()] [prop_complete_var()] [miss_prop_summary()] [miss_case_summary()] [miss_case_table()] [miss_summary()] [miss_var_prop()] [miss_var_run()] [miss_var_span()] [miss_var_summary()] [miss_var_table()] [n_complete()] [n_complete_row()] [n_miss()] [n_miss_row()] [pct_complete()] [pct_miss()] [prop_complete()] [prop_complete_row()] [prop_miss()]
#'
#' @export
#'
#' @examples
#'
#' prop_complete_row(airquality)
#'
prop_complete_row <- function(data){
test_if_null(data)
test_if_dataframe(data)
rowMeans(!is.na(data))
}
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