frequencies: Standard Frequency Tables in R

In sicabi/frequentist: Standard Frequency Tables in R

Description

Standard Frequency Tables in R

Usage

frequencies(
  x = NULL,
  weights = NULL,
  n.classes = NULL,
  lower.limit = NULL,
  upper.limit = NULL,
  time.breaks = NULL,
  svy.design = NULL,
  sort.decreasing = NULL,
  tidy.breaks = FALSE,
  na.count = TRUE,
  n.digits = 2,
  show.totals = TRUE,
  show.percent = TRUE,
  use.thousands.mark = FALSE,
  as.markdown = FALSE,
  as.categorical = FALSE,
  compare.valids = FALSE,
  show.relative = TRUE,
  show.cumulative = FALSE,
  show.rel.cumulative = FALSE,
  show.frequencies = TRUE
)

Arguments

x	Vector or data.frame. A numeric or categorical variable of any type.
weights	Numeric. Weights for aggregating the categories in x. It should have the same length of x.
n.classes	Integer or numeric. If a single integer, it represents the number of classes for the numeric variable. If a vector of numeric values, it will represent the desired break points for the classes. Defaults to the number of classes determined by the Herbert Sturges algorithm.
lower.limit	Numeric. Lower classes limit. Along with n.classes, it determines the bins of a distribution for continuous variables. Defaults to the minimum value of the numeric vector.
upper.limit	Numeric. Lower classes limit. Along with n.classes, it determines the bins of a distribution for continuous variables. Defaults to the maximum value of the numeric vector.
time.breaks	Character or integer. Specifies the aggregation class for date-time variables: "secs", "mins", "hours", "days", "weeks", "months","years", "DSTdays" or "quarters". If an integer it specifies an arbitrary number of classes for all the observations.
svy.design	survey.design object. A survey design object from survey::package.
sort.decreasing	NULL or logical. sort frequencies decreasingly, increasingly according to frequency counts. The default, NULL, sorts frequencies according with the classes.
tidy.breaks	Logical. Uses the default classes for histograms, allowing the frequency table of numeric values to match the default graphical bins for an histogram. It overrides the value for n.classes.
na.count	Logical. include NA values as part of the classes to be counted. If the vector has no missing values it will report 0 occurrences when TRUE is selected.
n.digits	Integer. number of decimal places to display for percentage frequencies. The number of decimals shown for relative frequencies is n.digits + 2.
show.totals	Logical. Show the sum of frequencies and relative/percentage frequencies.
show.percent	Logical. Show relative frequencies as percentage frequencies. Default is TRUE.
use.thousands.mark	Logical. Show the thousands mark for numeric columns. Warning: numeric variables will be stored as character.
as.markdown	Logical. Return the frequency table in RMarkdown format, uses the pander:: package.
as.categorical	Logical. If TRUE, it will display each integer value as a different category. If FALSE, it will aggregate integer values into classes for unique values greater than 15. Useful for displaying variables with several categories, such as Default is FALSE.
compare.valids	Logical. Show or hide an additional column for each column type to compare valid vs. NA values, default is FALSE. It overrides selected option for na.count argument.
show.relative	Logical. Show or hide the column for relative frequencies, default is TRUE.
show.cumulative	Logical. Show or hide the column for cumulative frequencies, default is FALSE
show.rel.cumulative	Logical. Show or hide the column for relative cumulative frequencies, default is FALSE.
show.frequencies	Logical. Show or hide the column for counts per class, default is TRUE.

Value

a data.frame with one character column and the rest as numeric values

Examples

frequencies(x = airquality$Ozone)

sicabi/frequentist documentation built on Jan. 25, 2022, 9:49 p.m.