InsertVerticalPanels {HH} | R Documentation |
Expand a 3D array on the second dimension, inserting empty layers where
the input vector has a 0
value. A 2D argument x
with dim(x)==c(r,c)
is
first extended to 3D with dim(x)==c(1,r,c)
, and then the result is
collapsed back to 2D.
Description
Expand a 3D array on the second dimension, inserting empty layers where
the input vector has a 0
value. A 2D argument x
with dim(x)==c(r,c)
is
first extended to 3D with dim(x)==c(1,r,c)
, and then the result is
collapsed back to 2D.
Usage
InsertVerticalPanels(x, expansion, newRowheights=5, newValue=NA)
Arguments
x |
Three-dimensional array, for example, one defined as a set of matrices
for the |
expansion |
Vector of |
newRowheights |
Value to be used for inserted row by |
newValue |
Value to be inserted in all positions of inserted layer. |
Value
Array similarly structured to the input array x
, but with more
layers on the second dimension. The "rowheights"
attribute
gives the rowheights
used by EmphasizeVerticalPanels
. The
newRows
gives the row (second dimension) numbers in the result that are the
generated values. All data items in the newRows
will have
value in the newValue
argument.
Author(s)
Richard M. Heiberger <rmh@temple.edu>
See Also
EmphasizeVerticalPanels
Examples
x <- array(1:24, c(3, 4, 2),
dimnames = list(letters[1:3], LETTERS[4:7], letters[8:9]))
x
expansion <- c(1, 1, 0, 1, 0, 1)
result <- InsertVerticalPanels(x, expansion)
result
Pop.labels1 <- result[1,, ]
Pop.labels1[ attr(result, "newRows"),] <- " "
Pop.labels2 <- result[2,, ]
Pop.labels2[ attr(result, "newRows"),] <- " "
Pct.labels1 <- format(round(HH::rowPcts(result[1,, ])))
Pct.labels1[ attr(result, "newRows"),] <- " "
Pct.labels2 <- format(round(HH::rowPcts(result[2,, ])))
Pct.labels2[ attr(result, "newRows"),] <- " "