# Helper ------------------------------------------------------------------
default_stp25 <- function (type =NULL, x1 = NULL)
{
if(is.null(type)) return(type)
val <- options()$stp25$apa.style
if (!is.null(val)) {
if( !is.null(x1) ) val[[x1]][[type]]
else val[[type]]
}
else {
if (!is.null(x1)){
if (x1 == "prozent")
type <- paste0(type, ".prz")
else if (x1 == "p")
type <- paste0(type, ".p" )
else if (x1 == "r")
type <- paste0(type, ".r" )
}
# print(type)
switch(
type,
digits = 2,
digits.p = 3,
digits.r = 2,
digits.prz = 0,
lead.zero = TRUE,
lead.zero.p = FALSE,
lead.zero.r = FALSE,
lead.zero.prz = TRUE,
plusmin_sign = FALSE,
plusmin_str = " ",
median.style = "IRQ",
sep_element = ",",
brackets = c("[", "]"),
style = 1,
style.prz=1,
percentage_sign.prz = TRUE,
percentage_str.prz = "%",
null_percent_sign.prz = "0", #NULL,
stars.value.p = c(0.001, 0.010, 0.050),
stars.symbols.p = c("***", "**", "*"),
with.stars.p = FALSE,
NULL
)
}
}
# Symbols -----------------------------------------------------------------
#' @rdname rndr_
#' @param output nur intern HTML oder Konsole
symbol_chi2 <- function(output = stp25output:::which_output()) {
if (output == "html")
"χ<sup>2</sup>"
else
"X2"
}
symbol_kleiner_gleich <-
function(output = stp25output:::which_output()) {
if (output == "html")
"≤"
else
"=<"
}
symbol_groesser_gleich <-
function(output = stp25output:::which_output()) {
if (output == "html")
"≥"
else
"=>"
}
symbol_alpha <- function(output = stp25output:::which_output()){
if (output == "html")
"α"
else
"alpha"}
symbol_beta <- function(output = stp25output:::which_output()) {
if (output == "html")
"β"
else
"beta"
}
symbol_eta <-
function(output = stp25output:::which_output()) {
if (output == "html")
"η"
else
"eta"
}
symbol_kappa <- function(output = stp25output:::which_output()) {
if (output == "html")
"κ"
else
"kappa"
}
symbol_seperator <- ", "
#' @rdname rndr_
#' @description countDigits Interne Function wird in Meanci2() verwendet
#' @export
#' @examples
#' countDigits(1.2345)
countDigits <- function(x) {
x<- signif(x, 3)
x <- strsplit(as.character(x),"\\.")[[1]][2]
if (is.na(x))
0
else
nchar(x)
}
# # --- noch nicht benutzte Funktionen ----------------------
#
# # adapted from John Fox's numbers2words function
#
# make_digits <- function(x) {
# # This is a function breaks an input number x into the positive (left)
# # and negative(right) elements and returns these as numbers
# x <- toString(x)
# negative <- substr(x,1,1)=="-"
# if (negative) x <- substring(x,2)
#
# if (length(grep('.',x, fixed=TRUE))==0) {
# left <- x %>% strsplit("") %>% unlist
# right <- NULL
# }
# else {
# y <- x %>% strsplit(".", fixed=TRUE)
# left <- y[[1]][1] %>% strsplit("") %>% unlist
# right <- y[[1]][2] %>% strsplit("") %>% unlist
# }
# list(left, right, negative)
# }
#
#
#
# # Insert commas where needed in large numbers
# make_proper <- function(x, sep=",") {
# if (is.numeric(x)) x <- format(x, scientific=FALSE)
# digits <- make_digits(x)
# outlength <- ceiling(length(digits[[1]])/3)-1+length(digits[[1]])
# right <- digits[[2]]
# left <- rep("", outlength)
# left[outlength:1 %% 4==0] <- sep
# left[outlength:1 %% 4!=0] <- digits[[1]]
# if (length(right>0)) paste(c(left, ".", right), collapse="")
# else paste(left, collapse="")
# }
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