LISP, is a list processing, is a programming language widely used in working with data manipulation. LISP allows us to produce single or multiple-dimension arrays using the make-array function. An array can store any LISP object as its elements.
The index number of the array starts from 0 to the n-th term.
Attributes:
- The setf attribute gives a call to the function.
- The aref attribute allows accessing the name of the array and index value.
- The my-array attribute is used in creating the cells of the array.
- The dotimes attribute allows looping. Looping start from zero to the nth number defined by the user.
- The tepri attribute is used to produce a new line,
- The initial-content attribute is a sequence of nested structures.
Example 1:
// Making a file array
// lisp to print names
(setq myarray (make-array '()
:initial-contents
'(((Ayush Agarwal) (Piyush Goel))
((Keshav Kedia) (Gaurav Garg))
))
)
(write myarray)
(terpri)
Output:
Example 2:
// Lisp code for array
// Making a file array.lisp
// to print number from 10 to 19 .
(write (setf my-array (make-array '(10))))
(terpri)
(setf (aref my-array 0) 10)
(setf (aref my-array 1) 11)
(setf (aref my-array 2) 12)
(setf (aref my-array 3) 13)
(setf (aref my-array 4) 14)
(setf (aref my-array 5) 15)
(setf (aref my-array 6) 16)
(setf (aref my-array 7) 17)
(setf (aref my-array 8) 18)
(setf (aref my-array 9) 19)
(write my-array)
Output:
Example 3:
// Printing a table for 0 and 1
// using LISP array
(setq a (make-array '(2 11)))
(dotimes (i 2)
(dotimes (j 11)
(setf (aref a i j) (list i 'x j '= (* i j)))
)
)
(dotimes (i 2)
(dotimes (j 11)
(print (aref a i j))
)
)
Output:
Example 4:
// Making a file array.
// lisp to print alphabets from A to Z.
(setq myarray (make-array '()
:initial-contents
'(((a b c) (d e f))
((g h i) (j k l))
((m n o) (p q r) (s t u) (v w x y z))
))
)
(write myarray)
(terpri)
Output:
