zl:1 - FTP

array-rank
34
I
zl:array-push-portion-extend returns the to-array and the index of the
next location to be filled.
Example:
(setq to-string
(z1 : array-push-porti on-extend to-string
from-string
(or from 8)
to»
This is similar to zl:array-push-extend except that it copies more than one
element and has different return values. The arguments default in the
usual way, so that the default is to copy all of from-array to the end of
to-array.
zl:array-push-portion-extend adjusts the array size using adjust-array. It
picks the new array size in the same way that zl:array-push-extend does,
making it bigger than needed for the information being added. In this
way, successive additions do not each end up consing a new array.
zl:array-push-portion-extend uses copy-array-portion internally.
See the function vector-push-portion-extend, page 612.
array-rank array Function
Returns the number of dimensions of array. For example:
(array-rank (make-array '(3 5») => 2
array-rank-limit
Constant
Represents the exclusive upper bound on the rank of an array. The value
of this is 8.
array-row-major-index array &rest subscripts Function
Takes an array and valid subscripts for the array and returns a single positive
integer, less than the total size of the array, that identifies the accessed
element in the row-major ordering of the elements. The number of
subscripts supplied must equal the rank of the array. Each subscript must
be a nonnegative integer less than the corresponding array dimension.
Like aref, array-row-major-index returns the position whether or not that
position is within the active part of the array.
For example:
wi ndow is a conformal array whose 0,0 coordinate is at 256,256 of bi g­
array. The following code creates a 114 size portal into the center of bigarray.