typo corrected

R/aggr_neat.R

@@ -21,13 +21,13 @@
 #'   strings. The number of occurrences of these elements will be the numerator
 #'   (dividend), while the entire column length (i.e., number of all elements)
 #'   will be the denominator (divisor). For example, if a column contains
-#'   elements \code{"correct"}, \code{"incorrent"}, \code{"tooslow"}, the ratio
+#'   elements \code{"correct"}, \code{"incorrect"}, \code{"tooslow"}, the ratio
 #'   of \code{"correct"} to all other elements (i.e., including elements
-#'   \code{"correct"}, \code{"incorrent"}, and \code{"tooslow"}) can be written
+#'   \code{"correct"}, \code{"incorrect"}, and \code{"tooslow"}) can be written
 #'   simply as \code{method = "correct"}. The complementary ratio, of
-#'   \code{"incorrent"} and \code{"tooslow"}, can be written as \code{method =
-#'   "incorrent, tooslow"}. (Hint: filter to get ratios of subgroups, e.g. to
-#'   include only \code{"correct"} and \code{"incorrent"} elements, and
+#'   \code{"incorrect"} and \code{"tooslow"}, can be written as \code{method =
+#'   "incorrect, tooslow"}. (Hint: filter to get ratios of subgroups, e.g. to
+#'   include only \code{"correct"} and \code{"incorrect"} elements, and
 #'   calculate their ratio; see below.)
 #' @param group_by String, or vector of strings: the name(s) of the column(s) in
 #'   the \code{dat} data frame, containing the vector(s) of factors by which the