## ----setup, include = FALSE---------------------------------------------------
options(rmarkdown.html_vignette.check_title = FALSE)
knitr::opts_chunk$set(
  collapse = TRUE,
  comment = "#>"
)

# Mechanism to avoid including all images in the package, but display them on
# the pkgdown site
in_pkgdown <- function() {
  identical(Sys.getenv("IN_PKGDOWN"), "true")
}

incl_graph_in_pkgdown <- function(path) {
  if (in_pkgdown()) {
    knitr::include_graphics(path)
  }
}

## -----------------------------------------------------------------------------
library(openxlsx2)

## ----echo=FALSE, warning=FALSE, out.width="100%", fig.cap="The example below, with increased column width."----
incl_graph_in_pkgdown("img/worksheet_styling.jpg")

## -----------------------------------------------------------------------------
# add some dummy data
set.seed(123)
mat <- matrix(rnorm(28 * 28, mean = 44444, sd = 555), ncol = 28)
colnames(mat) <- make.names(seq_len(ncol(mat)))
border_col <- wb_color(theme = 1)
border_sty <- "thin"

# using ) to avoid counting manually which `dims` are spanned.
dims_mat_header <- wb_dims(rows = 1, cols = seq_len(ncol(mat)))
# returns "A1:AB1"
# prepare workbook with data and formated first row
wb <- wb_workbook() %>%
  wb_add_worksheet("test") %>%
  wb_add_data(x = mat) %>%
  wb_add_border(dims = dims_mat_header,
    top_color = border_col, top_border = border_sty,
    bottom_color = border_col, bottom_border = border_sty,
    left_color = border_col, left_border = border_sty,
    right_color = border_col, right_border = border_sty,
    inner_hcolor = border_col, inner_hgrid = border_sty
  ) %>%
  wb_add_fill(dims = dims_mat_header, color = wb_color(hex = "FF334E6F")) %>%
  wb_add_font(dims = dims_mat_header, name = "Arial", bold = TRUE, color = wb_color("white"), size = 20) %>%
  wb_add_cell_style(dims = dims_mat_header, horizontal = "center", textRotation = 45)

# create various number formats
x <- c(
  0, 1, 2, 3, 4, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22,
  37, 38, 39, 40, 45, 46, 47, 48, 49
)

# apply the styles
for (i in seq_along(x)) {
  cell <- sprintf("%s2:%s29", int2col(i), int2col(i))
  wb <- wb %>% wb_add_numfmt(dims = cell, numfmt = x[i])
}

# wb$open()

## -----------------------------------------------------------------------------
# create workbook
wb <- wb_workbook() %>% wb_add_worksheet("test")

# add some dummy data to the worksheet
set.seed(123)
mat <- matrix(rnorm(28 * 28, mean = 44444, sd = 555), ncol = 28)
colnames(mat) <- make.names(seq_len(ncol(mat)))
wb$add_data(x = mat, col_names = TRUE)

# create a border style and assign it to the workbook
black <- wb_color("black")
# same as wb_color("black") or  wb_color(hex = "FF000000") or wb_color("FF000000")
new_border <- create_border(
  bottom = "thin", bottom_color = black,
  top = "thin", top_color = black,
  left = "thin", left_color = black,
  right = "thin", right_color = black
)
wb$styles_mgr$add(new_border, "new_border")


# create a fill style and assign it to the workbook
new_fill <- create_fill(patternType = "solid", fgColor = wb_color(hex = "FF334E6F"))
wb$styles_mgr$add(new_fill, "new_fill")

# create a font style and assign it to the workbook
new_font <- create_font(sz = 20, name = "Arial", b = TRUE, color = wb_color("white"))
wb$styles_mgr$add(new_font, "new_font")

# create a new cell style, that uses the fill, the font and the border style
new_cellxfs <- create_cell_style(
  num_fmt_id = 0,
  horizontal = "center",
  text_rotation = 45,
  fill_id = wb$styles_mgr$get_fill_id("new_fill"),
  font_id = wb$styles_mgr$get_font_id("new_font"),
  border_id = wb$styles_mgr$get_border_id("new_border")
)
# assign this style to the workbook
wb$styles_mgr$add(new_cellxfs, "new_styles")

# assign the new cell style to the header row of our data set
# Achieve the same with `wb_dims()` and sprintf
# cell <- sprintf("A1:%s1", int2col(nrow(mat)))
cell <- wb_dims(rows = 1, cols = seq_len(ncol(mat)))
wb <- wb %>% wb_set_cell_style(
  dims = cell,
  style = wb$styles_mgr$get_xf_id("new_styles")
)

## style the cells with some builtin format codes (no new numFmt entry is needed)
# add builtin style ids
x <- c(
  1, 2, 3, 4, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22,
  37, 38, 39, 40, 45, 46, 47, 48, 49
)

# create styles
new_cellxfs <- create_cell_style(num_fmt_id = x, horizontal = "center")

# assign the styles to the workbook
for (i in seq_along(x)) {
  wb$styles_mgr$add(new_cellxfs[i], paste0("new_style", i))
}

# new styles are 1:28
new_styles <- wb$styles_mgr$get_xf()
for (i in as.integer(new_styles$id[new_styles$name %in% paste0("new_style", seq_along(x))])) {
  cell <- wb_dims(rows = seq_len(nrow(mat)), cols = i, from_row = 2)
  wb <- wb %>% wb_set_cell_style(dims = cell, style = i)
}

# assign a custom tabColor
wb$worksheets[[1]]$sheetPr <- xml_node_create(
  "sheetPr",
  xml_children = xml_node_create(
    "tabColor",
    xml_attributes = wb_color(hex = "FF00FF00")
  )
)

# # look at the beauty you've created
# wb_open(wb)

## -----------------------------------------------------------------------------
## Create Workbook object and add worksheets
wb <- wb_workbook()
wb$add_worksheet("S1")
wb$add_worksheet("S2")

df <- data.frame(
  "Date" = Sys.Date() - 0:19,
  "T" = TRUE,
  "F" = FALSE,
  "Time" = Sys.time() - 0:19 * 60 * 60,
  "Cash" = 1:20, "Cash2" = 31:50,
  "hLink" = "https://CRAN.R-project.org/",
  "Percentage" = seq(0, 1, length.out = 20),
  "TinyNumbers" = runif(20) / 1E9, stringsAsFactors = FALSE
)

## openxlsx will apply default Excel styling for these classes
class(df$Cash) <- c(class(df$Cash), "currency")
class(df$Cash2) <- c(class(df$Cash2), "accounting")
class(df$hLink) <- "hyperlink"
class(df$Percentage) <- c(class(df$Percentage), "percentage")
class(df$TinyNumbers) <- c(class(df$TinyNumbers), "scientific")

wb$add_data("S1", x = df, start_row = 4, row_names = FALSE)
wb$add_data_table("S2", x = df, start_row = 4, row_names = FALSE)

## -----------------------------------------------------------------------------
wb <- wb_workbook()
wb <- wb_add_worksheet(wb, "test")

options("openxlsx2.dateFormat" = "yyyy")
options("openxlsx2.datetimeFormat" = "yyyy-mm-dd")
options("openxlsx2.numFmt" = "€ #.0")

df <- data.frame(
  "Date" = Sys.Date() - 0:19,
  "T" = TRUE, "F" = FALSE,
  "Time" = Sys.time() - 0:19 * 60 * 60,
  "Cash" = 1:20, "Cash2" = 31:50,
  "hLink" = "https://CRAN.R-project.org/",
  "Percentage" = seq(0, 1, length.out = 20),
  "TinyNumbers" = runif(20) / 1E9, stringsAsFactors = FALSE,
  "numeric" = 1
)

## openxlsx will apply default Excel styling for these classes
class(df$Cash) <- c(class(df$Cash), "currency")
class(df$Cash2) <- c(class(df$Cash2), "accounting")
class(df$hLink) <- "hyperlink"
class(df$Percentage) <- c(class(df$Percentage), "percentage")
class(df$TinyNumbers) <- c(class(df$TinyNumbers), "scientific")

wb$add_data("test", df)

## ----include=FALSE------------------------------------------------------------
# cleanup
options("openxlsx2.numFmt" = NULL)

## -----------------------------------------------------------------------------
wb <- wb_workbook() %>%
  wb_add_worksheet() %>%
  wb_add_data(x = mtcars, row_names = TRUE)

cols <- 1:12
wb <- wb %>% wb_set_col_widths(cols = cols, widths = "auto")

## -----------------------------------------------------------------------------
wb <- wb_workbook()
# full inner grid
  wb$add_worksheet(sheet = "S1", grid_lines = FALSE)$
  add_data(x = mtcars)
wb$add_border(
  dims = "A2:K33", # can use wb_dims(rows = 2:33, cols = ncol(mtcars))
  inner_hgrid = "thin",
  inner_hcolor = wb_color(hex = "FF808080"),
  inner_vgrid = "thin",
  inner_vcolor = wb_color(hex = "FF808080")
)
# only horizontal grid
wb$add_worksheet("S2", grid_lines = FALSE)$
  add_data(x = mtcars)
wb$add_border(
  dims = "A2:K33",
  inner_hgrid = "thin",
  inner_hcolor = wb_color(hex = "FF808080")
  )
# only vertical grid
wb$add_worksheet("S3", grid_lines = FALSE)$
  add_data(x = mtcars)
wb$add_border(
  dims = "A2:K33",
  inner_vgrid = "thin",
  inner_vcolor = wb_color(hex = "FF808080")
  )
# no inner grid
wb$add_worksheet("S4", grid_lines = FALSE)$add_data(x = mtcars)
wb$add_border("S4", dims = "A2:K33")
# wb_open(wb)

## ----echo=FALSE, warning=FALSE------------------------------------------------
knitr::include_graphics("img/styled_table.jpg")

## -----------------------------------------------------------------------------
# add some dummy data to the worksheet
mat <- matrix(1:4, ncol = 2, nrow = 2)
colnames(mat) <- make.names(seq_len(ncol(mat)))

wb <- wb_workbook() %>%
  wb_add_worksheet("test") %>%
  wb_add_data(x = mat, dims = wb_dims(from_dims = "B2")) %>%
  # center first row
  wb_add_cell_style(dims = "B2:C2", horizontal = "center") %>%
  # add border for first row
  wb_add_border(
    dims = "B2:C2",
    bottom_color = wb_color(theme = 1), bottom_border = "thin",
    top_color = wb_color(theme = 1), top_border = "double",
    left_border = NULL, right_border = NULL
  ) %>%
  # add border for last row
  wb_add_border(
    dims = "B4:C4",
    bottom_color = wb_color(theme = 1), bottom_border = "double",
    top_border = NULL, left_border = NULL, right_border = NULL
  )

## -----------------------------------------------------------------------------
# add some dummy data to the worksheet
mat <- matrix(1:4, ncol = 2, nrow = 2)
colnames(mat) <- make.names(seq_len(ncol(mat)))

wb <- wb_workbook() %>%
  wb_add_worksheet("test") %>%
  wb_add_data(
    x = mat,
    dims = wb_dims(2, 2)
  )

# create a border style and assign it to the workbook
black <- wb_color("black")
top_border <- create_border(
  top = "double", top_color = black,
  bottom = "thin", bottom_color = black
)

bottom_border <- create_border(bottom = "double", bottom_color = black)

wb$styles_mgr$add(top_border, "top_border")
wb$styles_mgr$add(bottom_border, "bottom_border")

# create a new cell style, that uses the fill, the font and the border style
top_cellxfs <- create_cell_style(
  num_fmt_id = 0,
  horizontal = "center",
  border_id = wb$styles_mgr$get_border_id("top_border")
)
bottom_cellxfs <- create_cell_style(
  num_fmt_id = 0,
  border_id = wb$styles_mgr$get_border_id("bottom_border")
)

# assign this style to the workbook
wb$styles_mgr$add(top_cellxfs, style_name = "top_styles")
wb$styles_mgr$add(bottom_cellxfs, "bottom_styles")

# assign the new cell style to the header row of our data set
cell <- "B2:C2"
wb <- wb %>% wb_set_cell_style(dims = cell, style = wb$styles_mgr$get_xf_id("top_styles"))
cell <- "B4:C4"
wb <- wb %>% wb_set_cell_style(dims = cell, style = wb$styles_mgr$get_xf_id("bottom_styles"))

## ----echo=FALSE, warning=FALSE, out.width="100%", fig.cap="Tint variations of the theme colors."----
knitr::include_graphics("img/color_tint.jpg")

## -----------------------------------------------------------------------------
wb <- wb_workbook() %>% wb_add_worksheet("S1")

tints <- seq(-0.9, 0.9, by = 0.1)

for (i in 0:9) {
  for (tnt in tints) {
    col <- paste0(int2col(i + 1), which(tints %in% tnt))

    if (tnt == 0) {
      wb <- wb %>% wb_add_fill(dims = col, color = wb_color(theme = i))
    } else {
      wb <- wb %>% wb_add_fill(dims = col, color = wb_color(theme = i, tint = tnt))
    }
  }
}

## -----------------------------------------------------------------------------
wb <- wb_load(system.file("extdata", "oxlsx2_sheet.xlsx", package = "openxlsx2")) %>%
  wb_set_cell_style(1, "A30:G35", wb_get_cell_style(., 1, "A10:G15"))
# wb_open(wb)

## -----------------------------------------------------------------------------
txt <- paste(
  fmt_txt("Embracing the full potential of "),
  fmt_txt("openxlsx2", bold = TRUE, size = 16),
  fmt_txt(" with "),
  fmt_txt("fmt_txt()", font = "Courier"),
  fmt_txt(" !")
)
wb <- wb_workbook()$add_worksheet()$add_data(x = txt)

## -----------------------------------------------------------------------------
df <- mtcars
df[df < 4] <- NA

na_red <- fmt_txt("N/A", color = wb_color("red"), italic = TRUE, bold = TRUE)

wb <- wb_workbook()$add_worksheet()$add_data(x = df, na.strings = na_red)

## -----------------------------------------------------------------------------
# a red table style
dx0 <- create_dxfs_style(
  border = TRUE,
  left_color = wb_color("red"),
  right_color = NULL, right_style = NULL,
  top_color = NULL, top_style = NULL,
  bottom_color = NULL, bottom_style = NULL
)

dx1 <- create_dxfs_style(
  border = TRUE,
  left_color = wb_color("red"),
  right_color = NULL, right_style = NULL,
  top_color = NULL, top_style = NULL,
  bottom_color = NULL, bottom_style = NULL
)

dx2 <- create_dxfs_style(
  border = TRUE,
  top_color = wb_color("red"),
  left_color = NULL, left_style = NULL,
  right_color = NULL, right_style = NULL,
  bottom_color = NULL, bottom_style = NULL
)

dx3 <- create_dxfs_style(
  border = TRUE,
  top_color = wb_color("red"),
  left_color = NULL, left_style = NULL,
  right_color = NULL, right_style = NULL,
  bottom_color = NULL, bottom_style = NULL
)

dx4 <- create_dxfs_style(
  text_bold = TRUE
)

dx5 <- create_dxfs_style(
  text_bold = TRUE
)

dx6 <- create_dxfs_style(
  font_color = wb_color("red"),
  text_bold = TRUE,
  border = TRUE,
  top_style = "double",
  left_color = NULL, left_style = NULL,
  right_color = NULL, right_style = NULL,
  bottom_color = NULL, bottom_style = NULL
)

dx7 <- create_dxfs_style(
  font_color = wb_color("white"),
  text_bold = TRUE,
  bgFill = wb_color("red"),
  fgColor = wb_color("red")
)

dx8 <- create_dxfs_style(
  border = TRUE,
  left_color = wb_color("red"),
  top_color = wb_color("red"),
  right_color = wb_color("red"),
  bottom_color = wb_color("red")
)


wb <- wb_workbook() %>%
  wb_add_worksheet(grid_lines = FALSE)

wb$add_style(dx0)
wb$add_style(dx1)
wb$add_style(dx2)
wb$add_style(dx3)
wb$add_style(dx4)
wb$add_style(dx5)
wb$add_style(dx6)
wb$add_style(dx7)
wb$add_style(dx8)

# finally create the table
xml <- create_tablestyle(
  name                 = "red_table",
  whole_table          = wb$styles_mgr$get_dxf_id("dx8"),
  header_row           = wb$styles_mgr$get_dxf_id("dx7"),
  total_row            = wb$styles_mgr$get_dxf_id("dx6"),
  first_column         = wb$styles_mgr$get_dxf_id("dx5"),
  last_column          = wb$styles_mgr$get_dxf_id("dx4"),
  first_row_stripe     = wb$styles_mgr$get_dxf_id("dx3"),
  second_row_stripe    = wb$styles_mgr$get_dxf_id("dx2"),
  first_column_stripe  = wb$styles_mgr$get_dxf_id("dx1"),
  second_column_stripe = wb$styles_mgr$get_dxf_id("dx0")
)


wb$add_style(xml)

# create a table and apply the custom style
wb <- wb %>%
  wb_add_data_table(x = mtcars, table_style = "red_table")