Revert stray changes

R/data.R

@@ -20,16 +20,16 @@
 #' The `list` to `array` conversion is intended to make it easier to prepare
 #' the data for certain Stan declarations involving arrays:
 #'
-#' * `array[K] vector[J] v` (or equivalently `array[K] vector[J] v ` as of Stan 2.27)
+#' * `vector[J] v[K]` (or equivalently `array[K] vector[J] v ` as of Stan 2.27)
 #' can be constructed in \R as a list with `K` elements where each element a
 #' vector of length `J`
-#' * `array[K] matrix[I,J] v` (or equivalently `array[K] matrix[I,J] m ` as of Stan
+#' * `matrix[I,J] v[K]` (or equivalently `array[K] matrix[I,J] m ` as of Stan
 #' 2.27 ) can be constructed in \R as a list with `K` elements where each element
 #' an `IxJ` matrix
 #'
 #' These can also be passed in from \R as arrays instead of lists but the list
 #' option is provided for convenience. Unfortunately for arrays with more than
-#' one dimension, e.g., `array[K,L] vector[J] v` (or equivalently
+#' one dimension, e.g., `vector[J] v[K,L]` (or equivalently
 #' `array[K,L] vector[J] v ` as of Stan 2.27) it is not possible to use an \R
 #' list and an array must be used instead. For this example the array in \R
 #' should have dimensions `KxLxJ`.
@@ -49,7 +49,7 @@
 #'
 #'
 #' # demonstrating list to array conversion
-#' # suppose x is declared as `array[2] vector[3] x` (or equivalently `array[2] vector[3] x`)
+#' # suppose x is declared as `vector[3] x[2]` (or equivalently `array[2] vector[3] x`)
 #' # we can use a list of length 2 where each element is a vector of length 3
 #' data <- list(x = list(1:3, 4:6))
 #' file <- tempfile(fileext = ".json")