Well I found this excellent newbie tutorial
http://www.lisperati.com/actions.html
But I'm having troubles trying to translate this code to newLISP
(defun describe-path (path)
`(there is a ,(second path) going ,(first path) from here.))
I read the documentation and couldn't find something like (`) and also commas are used differently, there is a way to get this in newLISP?
Regards.
No, this is Common LISP an older standard of LISP very different from newLISP. If you are looking for newLISP introductions read this:
http://newlisp.org/introduction-to-newlisp.pdf
or
http://newlisp.org/newLISP_in_21_minutes.html
Any other book about LISP will rather confuse you than help when you are using/learning newLISP. You may also want to read this page to see the differences between newLISP and the older standards Common LISP and Scheme:
http://newlisp.org/index.cgi?page=Differences_to_Other_LISPs
Lutz
newLISP has macros - they're not as weird as Common Lisp's though, judging from the look of them. Try searching the docs and this forum for define-macro.
(I don't understand them yet... ;-))
Hi _ex_!
To translate code from Common LISP to newLISP, you need to know both languages, so I wouldn't start with that. Learn newLISP first and then you can try to guess what's going on in Common LISP :-)
This is my guess ;-)
(define (describe-path path)
(append '(there is a) (list (path 1)) '(going) (list (path 0)) '(from here.)))
> (describe-path '(west door garden))
(there is a door going west from here.)
Fanda
Ok sorry I think I was misunderstood.
Actually I could *understand* the tutorial (so brave of me to say that ;)
I just was asking how to translate the above Common Liso code to its newLISP version for you more expert users.
Little different approach (substitution instead of appending):
(define (describe-path2 path)
(letex (_thing_ (path 1) _direction_ (path 0))
'(there is a _thing_ going _direction_ from here.)))
In this version, keyword 'path' can also be used in letex if we need/want to:
(not used right now)
(define (describe-path3)
(letex (_thing_ (args 0 1) _direction_ (args 0 0))
'(there is a _thing_ going _direction_ from here.)))
Fanda
Thank you Fanda :)
now that you mention it...
I DONĀ“T HAVE MY LETEX!! LOL
*runs to download develpment version*