Here's a simple program in Lisp to find the remainder of two numbers using the mod function:
(defun find-remainder (a b)
(mod a b))
;; Example usage:
(find-remainder 10 3) ; This will return 1
This function find-remainder takes two arguments, a and b, and returns the remainder of a divided by b.
(defun max3 (a b c) (cond ((> a b) (cond ((> a c) a) (t c))) ((> b c) b) (t c) ) )
(defun prime (num) (if (< 2 num) (do ((dividend 2 (1 + dividend)) (chk-to (sqrt num))) ((equal (rem num dividend) 0)) (when (<= chk-to dividend) (return t))) t))
Bigloo, chicken or gambit are just designed for that: mixing c and scheme (a dialect of lisp): You easily mix both language in a same program, il you want in the same source file, then it get compile in c Best of both world!
LISP programming refers to creating applications using LISP languages - a family of old high level programming languages that used Polish notation. LISP languages are the second oldest HLLs after FORTRAN.
Yes.
Guy L. Steele has written: 'COMMON LISP' -- subject(s): COMMON LISP (Computer program language), LISP (Computer program language), LISP, Common Lisp (Langage de programmation)
(defun max3 (a b c) (cond ((> a b) (cond ((> a c) a) (t c))) ((> b c) b) (t c) ) )
(defun prime (num) (if (< 2 num) (do ((dividend 2 (1 + dividend)) (chk-to (sqrt num))) ((equal (rem num dividend) 0)) (when (<= chk-to dividend) (return t))) t))
Wendy L. Milner has written: 'Common Lisp' -- subject(s): COMMON LISP (Computer program language)
Robert R. Kessler has written: 'LISP, objects, and symbolic programming' -- subject(s): LISP (Computer program language) 'Answers to the exercises to accompany LISP, objects, and symbolic programming'
Bigloo, chicken or gambit are just designed for that: mixing c and scheme (a dialect of lisp): You easily mix both language in a same program, il you want in the same source file, then it get compile in c Best of both world!
Daniel P. Friedman has written: 'The Little Schemer' -- subject(s): LISP (Computer program language), Scheme (Computer program language) 'The little LISPer' -- subject(s): LISP (Computer program language), List processing (Electronic computers), Recursive programming 'Le petit LISPien' -- subject(s): LISP (Langage de programmation)
Robert Cartwright has written: 'A practical formal semantic definition and verification system for TYPED LISP' -- subject(s): LISP (Computer program language)
The word "lisp" is spelled L-I-S-P.
1) Prolog is a logical and declarative language and LISP is a functional language. 2) The major data structure used in Prolog is Binary Tree and in LISP is Linked List. 3) Prolog is an interpreter and LISP is a compiler as prolog compiles the program line by line and LISP compiles the whole program at a time. 4) Lisp is very flexible due to its fast prototyping and macro features,so it actually allows extending the language to suit the problem at hand. In the areas of AI, graphics and user interfaces,Lisp has been used extensively because of this rapid prototyping ability. However, due to its inbuilt logic programming abilities, Prolog is ideal for AI problems with symbolic reasoning, database and language parsing applications.
It will give u a lisp when u change them but after a couple of days and the tray get looser it will go away. I didn't find it that hard to speak with the trays in.
The main characteristic of LISP is its capability for symbolic computation. Symbols (atoms) are the principal data type. The operations that can be performed on symbols include equality testing and building up symbol structures. Putting two symbols together creates a structure, which can then be accessed and taken apart. Typical applications: • Language processing, using words as symbols; lists for sentences, trees for grammatical structure. • Mathematics, involving expressions and equations; trees for expressions. • Manipulating programs - these are just pieces of (formal) language. LISP programs are just symbol structures, so LISP programs can modify or create LISP programs. Hence programs can implement the results of learning by writing new code for themselves; it is also easy to write interpreters for new languages in LISP. LISP is a functional language: compute by evaluating nested functional expressions. (Pure) programs have no side-effects, so they are modular. Simple semantics (i.e., it's easy to tell what a program does) allows for powerful program development environments.