This function runs a QCA with necessary conditions, truth table, and minimized solution(s). This is merely a wrapper using the QCA package.
Usage
get_qca(
df,
dv,
negate = FALSE,
conditions,
n.cut = 1,
incl.cut = 0.8,
complex = TRUE,
dir.exp = NULL,
...
)Arguments
- df
data.frame
- dv
(character) outcome variable name
- negate
(logical) negate outcome? (default
FALSE)- conditions
(character) vector of variable names to use as conditions
- n.cut
(integer) minimum number of observations in each configuration (if less than
n.cut, observations are treated as remainders; default 1)- incl.cut
(numeric) minimum coherence threshold (default .8, recommended for fuzzy sets; another conventional value is .75 for crisp sets)
- complex
(logical) complex solution? (default
TRUE) ifFALSEanddir.expisNULL(default), the solution is parsimonious, otherwise solution is intermediate- dir.exp
(character) vector indicating directional expectations for each condition (required for intermediate solution); negate conditions with
~(e.g.c("cond1", "~cond2"))- ...
(optional) additional named arguments passed to
QCA::truthTable()
Value
list with elements:
- nec
Necessary conditions (from calling
QCA::pofind())- tt
Truth table (from calling
QCA::truthTable())- eq
Minimized solution(s) (from calling
QCA::minimize())
Examples
if (FALSE) {
df |> get_qca(
dv="numeric_transformation",
negate=FALSE,
conditions=c("RH", "RF", "RI", "RT"),
n.cut=1,
incl.cut=.8,
complex=TRUE
)
}