R/flex_print_table_one.R
In emilelatour/latable: Latour's Table Functions and Helpers
Defines functions
flex_print_table_one
Documented in
flex_print_table_one
#' @title Print table one using flextable
#'
#' @description
#' Helper function for printing output from `latable::create_table_one()` using
#' flextable.
#'
#'
#' @param x A tibble from `latable::create_table_one()` results
#' @param font_name single character value, the font family name. With Word and
#' PowerPoint output, the value specifies the font to be used to format
#' characters in the Unicode range (U+0000-U+007F). For "all" table parts.
#' @param font_size integer value (points). For "all" table parts.
#' @param align Column alignment: a character vector consisting of 'l' (left),
#' 'c' (center), 'r' (right), and/or 'j' (justify). By default or if align =
#' NULL, numeric columns are right-aligned, and other columns are
#' left-aligned. If length(align) == 1L, the string will be expanded to a
#' vector of individual letters, e.g. 'clc' becomes c('c', 'l', 'c').
#' @param align_j Column selection for `align` argument. Default is
#' `1:length(align)`.
#' @param auto_fit Logical (Default is FALSE). See `flextable::autofit()`
#' @param width width in inches as a character vector.
#' @param width_j columns selection for width.
#' @param width_unit unit for width, one of "in", "cm", "mm".
#' @param col_nms Names of columns to be labelled.
#' @param col_lbls Labels to apply to columns different from column names.
#' @param title The text for the title.
#' @param subtitle The text for the subtitle which will be displayed below the
#' title.
#' @param footer The text for the footer which will be displayed below the body
#' of the table.
#' @param title_size Font size for the title. Default is 16.
#' @param subtitle_size Font size for the subtitle. Default is 11.
#' @param footer_size Font size for the footer Default is 11.
#' @param strata_lbl The text to use for the strata title displayed above the
#' groups.
#' @param t1_default_cols Character vector of default column names that come
#' from `latable::create_table_one()`. Can be changed.
#' @param t1_default_lbls Character vector of default column labels. Can be
#' changed.
#'
#' @importFrom flextable add_footer_lines
#' @importFrom flextable add_header_lines
#' @importFrom flextable align
#' @importFrom flextable align
#' @importFrom flextable autofit
#' @importFrom flextable bold
#' @importFrom flextable flextable
#' @importFrom flextable font
#' @importFrom flextable fontsize
#' @importFrom flextable fp_border_default
#' @importFrom flextable hline
#' @importFrom flextable hline_top
#' @importFrom flextable set_flextable_defaults
#' @importFrom flextable set_header_labels
#' @importFrom flextable width
#' @importFrom officer fp_border
#' @importFrom rlang list2
#' @importFrom stats setNames
#' @importFrom stringr str_squish
#' @import knitr
#' @import survival
#'
#'
#' @return
#' A `flextable`
#'
#' @export
#'
#' @examples
#' # Load some packages for the example
#' library(survival)
#' library(dplyr)
#' library(tibble)
#'
#' library(latable)
#'
#' # Data set comes from the survival package
#' data(pbc)
#'
#' ## Vector of variables to summarize
#' myVars <- c("time", "status", "trt", "age", "sex", "ascites", "hepato",
#' "spiders", "edema", "bili", "chol", "albumin", "copper", "alk.phos",
#' "ast", "trig", "platelet", "protime", "stage")
#' ## Vector of categorical variables that need transformation
#' catVars <- c("status", "trt", "ascites", "hepato",
#' "spiders", "edema", "stage")
#'
#' # With labels
#' library(labelled)
#'
#' # Tibble with labels
#' var_labels <- tibble::tribble(
#' ~vars, ~labels,
#' "id", "Case Number",
#' "time", "Number of days since registration",
#' "status", "Status at endpoint",
#' "trt", "Treatment group",
#' "age", "Age, in years",
#' "sex", "Sex",
#' "ascites", "Presence of ascites",
#' "hepato", "Presence of hepatomegaly or enlarged liver",
#' "spiders", "Blood vessel malformations in the skin",
#' "edema", "Presence of edema",
#' "bili", "Serum bilirunbin (mg/dl)",
#' "chol", "Serum cholesterol (mg/dl)",
#' "albumin", "Serum albumin (g/dl)",
#' "copper", "Urine copper (ug/day)",
#' "alk.phos", "Alkaline phosphotase (U/liter)",
#' "ast", "Aspartate aminotransferase (U/ml)",
#' "trig", "Triglycerides (mg/dl)",
#' "platelet", "Platelet count",
#' "protime", "Standardised blood clotting time",
#' "stage", "Histologic stage of disease (needs biopsy)"
#' )
#'
#' labels_list <- setNames(as.list(var_labels$labels), var_labels$vars)
#'
#' # Apply labels
#' labelled::var_label(pbc) <- labels_list
#'
#' # No Strata
#' foo2 <- create_table_one(data = pbc,
#' # strata = "trt",
#' vars = myVars,
#' fct_vars = catVars,
#' keep_test = FALSE,
#' show_smd = FALSE,
#' var_labels = TRUE)
#'
#'
#' # Table one with strata
#' foo <- create_table_one(data = pbc,
#' strata = "trt",
#' vars = myVars,
#' fct_vars = catVars,
#' keep_test = FALSE,
#' show_smd = FALSE,
#' var_labels = TRUE)
#'
#'
#' flex_print_table_one(x = foo)
#'
#' flex_print_table_one(x = foo2)
#'
#' flex_print_table_one(x = foo,
#' font_name = "Lato",
#' title = "Edgar Anderson's Iris Data",
#' title_size = 16,
#' subtitle = "Just the head")
#'
#' flex_print_table_one(x = foo2,
#' font_name = "Lato",
#' title = "Edgar Anderson's Iris Data",
#' title_size = 16)
#'
flex_print_table_one <- function(x,
font_name = "Arial",
font_size = 11,
align = c("llcr"),
align_j = NULL,
auto_fit = FALSE,
width = NULL,
width_j = NULL,
width_unit = "in",
col_nms = NULL,
col_lbls = NULL,
title = NULL,
subtitle = NULL,
footer = NULL,
title_size = 16,
subtitle_size = 11,
footer_size = 11,
strata_lbl = "Treatment group",
t1_default_cols = c("Category",
"level",
"num_not_miss",
"Overall",
"p"),
t1_default_lbls = c("Characteristic",
"",
"Number available",
"All subjects",
"p-value")) {
# Check for strata
t1_cols <- names(x)
t1_strata <- t1_cols[!t1_cols %in% t1_default_cols]
n_strata <- length(t1_strata)
# Get the dimensions of x
x_dim <- dim(x)
# Get column names for later maybe
if (is.null(col_nms)) {
col_nms <- names(x)
}
# Make a flextable object
if (n_strata == 0) {
header_list <- rlang::list2(!!! setNames(t1_default_lbls[c(1:4)], col_nms))
x <- x |>
flextable::flextable() |>
flextable::set_header_labels(values = header_list)
} else {
typology <- data.frame(
col_keys = c(t1_default_cols[c(1:4)], t1_strata, t1_default_cols[5]),
row_2 = c(rep("", 4), rep(strata_lbl, n_strata), ""),
row_1 = c(t1_default_lbls[c(1:4)], t1_strata, t1_default_lbls[5]),
stringsAsFactors = FALSE)
x <- x |>
flextable::flextable() |>
flextable::set_header_df(mapping = typology,
key = "col_keys") |>
flextable::merge_h(i = 1,
part = "header") |>
flextable::fix_border_issues()
}
# Set columns width
if (!is.null(width)) {
x <- x |>
flextable::width(j = width_j,
width = width,
unit = width_unit)
} else {
width_j
width <- c(2, 2, 0.5, 1.5)
width_j = c(1, 2, 3, 4)
width_unit <- "in"
if (n_strata != 0) {
width <- c(width, rep(1.5, n_strata), 1.0)
width_j <- c(1:length(width))
width_unit <- "in"
}
x <- x |>
flextable::width(j = width_j,
width = width,
unit = width_unit)
}
# Set text alignment
if (!is.null(align)) {
align <- unlist(strsplit(align, ""))
n_cols <- x_dim[[2]]
# Pad the end with the last element in align
align_pad <- n_cols - length(align)
align_pad <- max(0, align_pad)
align <- c(align,
rep(align[length(align)], align_pad))
align <- align[1:n_cols]
if (is.null(align_j)) {
align_j <- c(1:length(align))
}
if (n_strata != 0) {
x <- x |>
flextable::align(j = align_j,
align = align,
part = "body") |>
flextable::align(i = 2,
j = align_j,
align = align,
part = "header") |>
flextable::align(i = 1,
align = "center",
part = "header")
} else {
x <- x |>
flextable::align(j = align_j,
align = align,
part = "body") |>
flextable::align(i = 1,
j = align_j,
align = align,
part = "header")
}
}
# # Column labels
# if (!is.null(col_lbls)) {
#
# header_list <- rlang::list2(!!! setNames(col_lbls, col_nms))
#
# x <- x |>
# flextable::set_header_labels(values = header_list)
#
# }
# Apply font size
x <- x |>
flextable::fontsize(size = font_size,
part = "all")
# Apply font name
x <- x |>
flextable::font(fontname = font_name,
part = "all")
# Bold column labels
if (n_strata != 0) {
x <- x |>
flextable::bold(i = c(1, 2), bold = TRUE, part = "header")
} else {
x <- x |>
flextable::bold(i = 1, bold = TRUE, part = "header")
}
# Adjust the header for title and subtitles
if (n_strata == 0) {
header_adj <- -1
} else {
header_adj <- 0
}
# No title and no subtitle
if (is.null(subtitle) & is.null(title)) {
x <- x |>
flextable::valign(i = 2 + header_adj,
valign = "bottom",
part = "header") |>
flextable::hline_top(part = "header",
border = officer::fp_border(color = "#666666",
width = 1.5,
style = "solid")) |>
flextable::hline_bottom(part = "header",
border = officer::fp_border(color = "#666666",
width = 1.5))
}
# Subtitle and title
if (!is.null(subtitle) & !is.null(title)) {
title <- stringr::str_squish(title)
subtitle <- stringr::str_squish(subtitle)
x <- x |>
flextable::valign(i = 2 + header_adj,
valign = "bottom",
part = "header") |>
flextable::add_header_lines(values = "") |> # add Padding
flextable::add_header_lines(values = subtitle) |> # add subtitle
flextable::add_header_lines(values = title) |> # add title
flextable::hline_top(border = flextable::fp_border_default(width = 0), part = "header") |>
flextable::border_inner_h(border = flextable::fp_border_default(width = 0), part = "header") |>
flextable::align(i = c(1, 2), j = 1, align = "left", part = "header") |>
flextable::fontsize(i = 1, size = title_size, part = "header") |>
flextable::fontsize(i = 2, size = subtitle_size, part = "header") |>
flextable::bold(i = 2, bold = FALSE, part = "header") |>
flextable::hline_top(part = "header",
border = officer::fp_border(color = "black",
width = 2.0,
style = "solid")) |>
flextable::hline(i = 3,
part = "header",
border = officer::fp_border(color = "#666666",
width = 1.5,
style = "solid")) |>
flextable::hline_bottom(part = "header",
border = officer::fp_border(color = "#666666",
width = 1.5))
}
# title only
if (is.null(subtitle) & !is.null(title)) {
title <- stringr::str_squish(title)
x <- x |>
flextable::valign(i = 2 + header_adj,
valign = "bottom",
part = "header") |>
flextable::add_header_lines(values = "") |> # add Padding
flextable::add_header_lines(values = title) |> # add title
flextable::hline_top(border = flextable::fp_border_default(width = 0), part = "header") |>
flextable::border_inner_h(border = flextable::fp_border_default(width = 0), part = "header") |>
flextable::align(i = 1, j = 1, align = "left", part = "header") |>
flextable::fontsize(i = 1, size = title_size, part = "header") |>
flextable::hline_top(part = "header",
border = officer::fp_border(color = "black",
width = 2.0,
style = "solid")) |>
flextable::hline(i = 2,
part = "header",
border = officer::fp_border(color = "#666666",
width = 1.5,
style = "solid")) |>
flextable::hline_bottom(part = "header",
border = officer::fp_border(color = "#666666",
width = 1.5))
}
if (!is.null(footer)) {
title <- stringr::str_squish(footer)
x <- x |>
flextable::add_footer_lines(footer) |>
# flextable::hline_bottom(part = "footer",
# border = officer::fp_border(color = "#666666",
# width = 0.25,
# style = "solid")) |>
flextable::font(fontname = font_name,
part = "footer") |>
flextable::fontsize(i = 1, size = footer_size, part = "footer")
}
# Autofit if TRUE
if (auto_fit) {
x <- x |>
flextable::autofit()
}
return(x)
}
emilelatour/latable documentation built on Sept. 14, 2023, 9:32 a.m.
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Defines functions flex_print_table_one
Documented in flex_print_table_one
#' @title Print table one using flextable
#'
#' @description
#' Helper function for printing output from `latable::create_table_one()` using
#' flextable.
#'
#'
#' @param x A tibble from `latable::create_table_one()` results
#' @param font_name single character value, the font family name. With Word and
#' PowerPoint output, the value specifies the font to be used to format
#' characters in the Unicode range (U+0000-U+007F). For "all" table parts.
#' @param font_size integer value (points). For "all" table parts.
#' @param align Column alignment: a character vector consisting of 'l' (left),
#' 'c' (center), 'r' (right), and/or 'j' (justify). By default or if align =
#' NULL, numeric columns are right-aligned, and other columns are
#' left-aligned. If length(align) == 1L, the string will be expanded to a
#' vector of individual letters, e.g. 'clc' becomes c('c', 'l', 'c').
#' @param align_j Column selection for `align` argument. Default is
#' `1:length(align)`.
#' @param auto_fit Logical (Default is FALSE). See `flextable::autofit()`
#' @param width width in inches as a character vector.
#' @param width_j columns selection for width.
#' @param width_unit unit for width, one of "in", "cm", "mm".
#' @param col_nms Names of columns to be labelled.
#' @param col_lbls Labels to apply to columns different from column names.
#' @param title The text for the title.
#' @param subtitle The text for the subtitle which will be displayed below the
#' title.
#' @param footer The text for the footer which will be displayed below the body
#' of the table.
#' @param title_size Font size for the title. Default is 16.
#' @param subtitle_size Font size for the subtitle. Default is 11.
#' @param footer_size Font size for the footer Default is 11.
#' @param strata_lbl The text to use for the strata title displayed above the
#' groups.
#' @param t1_default_cols Character vector of default column names that come
#' from `latable::create_table_one()`. Can be changed.
#' @param t1_default_lbls Character vector of default column labels. Can be
#' changed.
#'
#' @importFrom flextable add_footer_lines
#' @importFrom flextable add_header_lines
#' @importFrom flextable align
#' @importFrom flextable align
#' @importFrom flextable autofit
#' @importFrom flextable bold
#' @importFrom flextable flextable
#' @importFrom flextable font
#' @importFrom flextable fontsize
#' @importFrom flextable fp_border_default
#' @importFrom flextable hline
#' @importFrom flextable hline_top
#' @importFrom flextable set_flextable_defaults
#' @importFrom flextable set_header_labels
#' @importFrom flextable width
#' @importFrom officer fp_border
#' @importFrom rlang list2
#' @importFrom stats setNames
#' @importFrom stringr str_squish
#' @import knitr
#' @import survival
#'
#'
#' @return
#' A `flextable`
#'
#' @export
#'
#' @examples
#' # Load some packages for the example
#' library(survival)
#' library(dplyr)
#' library(tibble)
#'
#' library(latable)
#'
#' # Data set comes from the survival package
#' data(pbc)
#'
#' ## Vector of variables to summarize
#' myVars <- c("time", "status", "trt", "age", "sex", "ascites", "hepato",
#' "spiders", "edema", "bili", "chol", "albumin", "copper", "alk.phos",
#' "ast", "trig", "platelet", "protime", "stage")
#' ## Vector of categorical variables that need transformation
#' catVars <- c("status", "trt", "ascites", "hepato",
#' "spiders", "edema", "stage")
#'
#' # With labels
#' library(labelled)
#'
#' # Tibble with labels
#' var_labels <- tibble::tribble(
#' ~vars, ~labels,
#' "id", "Case Number",
#' "time", "Number of days since registration",
#' "status", "Status at endpoint",
#' "trt", "Treatment group",
#' "age", "Age, in years",
#' "sex", "Sex",
#' "ascites", "Presence of ascites",
#' "hepato", "Presence of hepatomegaly or enlarged liver",
#' "spiders", "Blood vessel malformations in the skin",
#' "edema", "Presence of edema",
#' "bili", "Serum bilirunbin (mg/dl)",
#' "chol", "Serum cholesterol (mg/dl)",
#' "albumin", "Serum albumin (g/dl)",
#' "copper", "Urine copper (ug/day)",
#' "alk.phos", "Alkaline phosphotase (U/liter)",
#' "ast", "Aspartate aminotransferase (U/ml)",
#' "trig", "Triglycerides (mg/dl)",
#' "platelet", "Platelet count",
#' "protime", "Standardised blood clotting time",
#' "stage", "Histologic stage of disease (needs biopsy)"
#' )
#'
#' labels_list <- setNames(as.list(var_labels$labels), var_labels$vars)
#'
#' # Apply labels
#' labelled::var_label(pbc) <- labels_list
#'
#' # No Strata
#' foo2 <- create_table_one(data = pbc,
#' # strata = "trt",
#' vars = myVars,
#' fct_vars = catVars,
#' keep_test = FALSE,
#' show_smd = FALSE,
#' var_labels = TRUE)
#'
#'
#' # Table one with strata
#' foo <- create_table_one(data = pbc,
#' strata = "trt",
#' vars = myVars,
#' fct_vars = catVars,
#' keep_test = FALSE,
#' show_smd = FALSE,
#' var_labels = TRUE)
#'
#'
#' flex_print_table_one(x = foo)
#'
#' flex_print_table_one(x = foo2)
#'
#' flex_print_table_one(x = foo,
#' font_name = "Lato",
#' title = "Edgar Anderson's Iris Data",
#' title_size = 16,
#' subtitle = "Just the head")
#'
#' flex_print_table_one(x = foo2,
#' font_name = "Lato",
#' title = "Edgar Anderson's Iris Data",
#' title_size = 16)
#'
flex_print_table_one <- function(x,
font_name = "Arial",
font_size = 11,
align = c("llcr"),
align_j = NULL,
auto_fit = FALSE,
width = NULL,
width_j = NULL,
width_unit = "in",
col_nms = NULL,
col_lbls = NULL,
title = NULL,
subtitle = NULL,
footer = NULL,
title_size = 16,
subtitle_size = 11,
footer_size = 11,
strata_lbl = "Treatment group",
t1_default_cols = c("Category",
"level",
"num_not_miss",
"Overall",
"p"),
t1_default_lbls = c("Characteristic",
"",
"Number available",
"All subjects",
"p-value")) {
# Check for strata
t1_cols <- names(x)
t1_strata <- t1_cols[!t1_cols %in% t1_default_cols]
n_strata <- length(t1_strata)
# Get the dimensions of x
x_dim <- dim(x)
# Get column names for later maybe
if (is.null(col_nms)) {
col_nms <- names(x)
}
# Make a flextable object
if (n_strata == 0) {
header_list <- rlang::list2(!!! setNames(t1_default_lbls[c(1:4)], col_nms))
x <- x |>
flextable::flextable() |>
flextable::set_header_labels(values = header_list)
} else {
typology <- data.frame(
col_keys = c(t1_default_cols[c(1:4)], t1_strata, t1_default_cols[5]),
row_2 = c(rep("", 4), rep(strata_lbl, n_strata), ""),
row_1 = c(t1_default_lbls[c(1:4)], t1_strata, t1_default_lbls[5]),
stringsAsFactors = FALSE)
x <- x |>
flextable::flextable() |>
flextable::set_header_df(mapping = typology,
key = "col_keys") |>
flextable::merge_h(i = 1,
part = "header") |>
flextable::fix_border_issues()
}
# Set columns width
if (!is.null(width)) {
x <- x |>
flextable::width(j = width_j,
width = width,
unit = width_unit)
} else {
width_j
width <- c(2, 2, 0.5, 1.5)
width_j = c(1, 2, 3, 4)
width_unit <- "in"
if (n_strata != 0) {
width <- c(width, rep(1.5, n_strata), 1.0)
width_j <- c(1:length(width))
width_unit <- "in"
}
x <- x |>
flextable::width(j = width_j,
width = width,
unit = width_unit)
}
# Set text alignment
if (!is.null(align)) {
align <- unlist(strsplit(align, ""))
n_cols <- x_dim[[2]]
# Pad the end with the last element in align
align_pad <- n_cols - length(align)
align_pad <- max(0, align_pad)
align <- c(align,
rep(align[length(align)], align_pad))
align <- align[1:n_cols]
if (is.null(align_j)) {
align_j <- c(1:length(align))
}
if (n_strata != 0) {
x <- x |>
flextable::align(j = align_j,
align = align,
part = "body") |>
flextable::align(i = 2,
j = align_j,
align = align,
part = "header") |>
flextable::align(i = 1,
align = "center",
part = "header")
} else {
x <- x |>
flextable::align(j = align_j,
align = align,
part = "body") |>
flextable::align(i = 1,
j = align_j,
align = align,
part = "header")
}
}
# # Column labels
# if (!is.null(col_lbls)) {
#
# header_list <- rlang::list2(!!! setNames(col_lbls, col_nms))
#
# x <- x |>
# flextable::set_header_labels(values = header_list)
#
# }
# Apply font size
x <- x |>
flextable::fontsize(size = font_size,
part = "all")
# Apply font name
x <- x |>
flextable::font(fontname = font_name,
part = "all")
# Bold column labels
if (n_strata != 0) {
x <- x |>
flextable::bold(i = c(1, 2), bold = TRUE, part = "header")
} else {
x <- x |>
flextable::bold(i = 1, bold = TRUE, part = "header")
}
# Adjust the header for title and subtitles
if (n_strata == 0) {
header_adj <- -1
} else {
header_adj <- 0
}
# No title and no subtitle
if (is.null(subtitle) & is.null(title)) {
x <- x |>
flextable::valign(i = 2 + header_adj,
valign = "bottom",
part = "header") |>
flextable::hline_top(part = "header",
border = officer::fp_border(color = "#666666",
width = 1.5,
style = "solid")) |>
flextable::hline_bottom(part = "header",
border = officer::fp_border(color = "#666666",
width = 1.5))
}
# Subtitle and title
if (!is.null(subtitle) & !is.null(title)) {
title <- stringr::str_squish(title)
subtitle <- stringr::str_squish(subtitle)
x <- x |>
flextable::valign(i = 2 + header_adj,
valign = "bottom",
part = "header") |>
flextable::add_header_lines(values = "") |> # add Padding
flextable::add_header_lines(values = subtitle) |> # add subtitle
flextable::add_header_lines(values = title) |> # add title
flextable::hline_top(border = flextable::fp_border_default(width = 0), part = "header") |>
flextable::border_inner_h(border = flextable::fp_border_default(width = 0), part = "header") |>
flextable::align(i = c(1, 2), j = 1, align = "left", part = "header") |>
flextable::fontsize(i = 1, size = title_size, part = "header") |>
flextable::fontsize(i = 2, size = subtitle_size, part = "header") |>
flextable::bold(i = 2, bold = FALSE, part = "header") |>
flextable::hline_top(part = "header",
border = officer::fp_border(color = "black",
width = 2.0,
style = "solid")) |>
flextable::hline(i = 3,
part = "header",
border = officer::fp_border(color = "#666666",
width = 1.5,
style = "solid")) |>
flextable::hline_bottom(part = "header",
border = officer::fp_border(color = "#666666",
width = 1.5))
}
# title only
if (is.null(subtitle) & !is.null(title)) {
title <- stringr::str_squish(title)
x <- x |>
flextable::valign(i = 2 + header_adj,
valign = "bottom",
part = "header") |>
flextable::add_header_lines(values = "") |> # add Padding
flextable::add_header_lines(values = title) |> # add title
flextable::hline_top(border = flextable::fp_border_default(width = 0), part = "header") |>
flextable::border_inner_h(border = flextable::fp_border_default(width = 0), part = "header") |>
flextable::align(i = 1, j = 1, align = "left", part = "header") |>
flextable::fontsize(i = 1, size = title_size, part = "header") |>
flextable::hline_top(part = "header",
border = officer::fp_border(color = "black",
width = 2.0,
style = "solid")) |>
flextable::hline(i = 2,
part = "header",
border = officer::fp_border(color = "#666666",
width = 1.5,
style = "solid")) |>
flextable::hline_bottom(part = "header",
border = officer::fp_border(color = "#666666",
width = 1.5))
}
if (!is.null(footer)) {
title <- stringr::str_squish(footer)
x <- x |>
flextable::add_footer_lines(footer) |>
# flextable::hline_bottom(part = "footer",
# border = officer::fp_border(color = "#666666",
# width = 0.25,
# style = "solid")) |>
flextable::font(fontname = font_name,
part = "footer") |>
flextable::fontsize(i = 1, size = footer_size, part = "footer")
}
# Autofit if TRUE
if (auto_fit) {
x <- x |>
flextable::autofit()
}
return(x)
}
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