if i understand you correctly....

 

you could COMPILE the score - and with :next-index t - you can keep all the versions

 

(compile-score 'myscore :file "My Score" :new-index t)

 

"If :new-index is including as an argument the composer is able to collect as saved named incremented files compilation after compilation. This can be invaluable if the score has lots of randomised possibilities that need to be explored and compared to find the 'best version'."

some "ugly code" ...but it works.... 😃

you want to use (merge-voices) with ONE list as input?

 

(setf test '((w c2) (h c4 d4) (q g5 g5 g5 g5)))

(defun your-merge-voices (alist) 
          (merge-voices (first alist) 
                        (second alist) 
                        (third alist) 
                        (fourth alist) 
                        (fifth alist)))

(your-merge-voices test)

 

I would be very interested in it, since the interface over Midi is far too imprecise for reasonably complex rhythms, maybe an interface via Musicxml would be better?

 

if you adapt the code for LISPWORKS... could work like that

 

 

only trust your own code 😉

 

"program me a sorting algorithm in common lisp, which shows me all sorting cycles. Input: list of values. Output: all cycles of the sorting process."

interesting! ChatGPT tells me how the code works, but it has a BUG 😀 doesn't work

 

 

 

 

 

 

 

 

 

 

 

 

OPMO

 

different approach...

 

(pitch-to-interval '(c4d4e4f6)) => intervals between neighbours

(get-all-intervals '(c4d4e4f6)) => all intervals INSIDE the chord (between all pitches)

 

just tried in 3min. ouput correct or perhaps some BUGs in thinking? 😁

greetings

andré

 

(defun get-all-intervals (alist)
  (let ((alist (sort-asc (flatten (pitch-to-midi (if (chordp alist)
                                            (melodize alist)
                                          alist))))))
    (rest (sort-asc (remove-duplicates
     (loop repeat (length alist)
           for cnt = 0 then (incf cnt)
           append (x-b (filter-last (- (length alist) cnt) alist) (nth cnt alist))))))))


(get-all-intervals '(c4 d4 e4))
=> (2 4)

(get-all-intervals '(c4d4e4f6))
=> (2 4 25 27 29)

 

(loop for i from 100 to 900 by 100 
	collect i)

 

janusz's work and support, bravo!!

here is the solution to send any data by OSC!

a big thanks to janusz who made it for me/us!! now a wide variety of externals can be controlled via OSC, in any format... (not only reaktor)

 

(defun osc-send (&rest args)
  (let*
      ((host #(127 0 0 1)) ;; host
       (port 7500) ;; port
       (s (usocket:socket-connect host port
                           :protocol :datagram
                           :element-type '(unsigned-byte 8)))
        (b (apply' osc:encode-message args)))
    (format t "sending to ~a on port ~A~%~%" host port)
    (unwind-protect
         (usocket:socket-send s b (length b))
      (when s (usocket:socket-close s)))))

(osc-send  "/player" "120" 1 1 1)
(osc-send "/beat" "defer" 0 "duration" 1 "pattern" 12)

 

i know. but the question is/was, how it could work without eval each time. i would like to put my function in my library, so "EVAL again" is not a solution - that's the idea of DEFUN 😄

 

that's the code

 

(defun filterbank (&key cc value-range (time-range '(1 127)) (port 7) (channel 16))
  (let ((values (loop 
               for i in (rnd-sample 100 (gen-integer (first value-range) (second value-range)))
               for j in (gen-length (gen-integer (first time-range) (second time-range)) 1/128)
               collect (list i j))))

    (live-coding-midi 
     (compile-score 
      (def-score cc-seq
          (:title "cc-seq"
           :key-signature 'chromatic
           :time-signature '(4 4)
           :tempo 60) 
        (seq
         :length '(3)
         :pitch '(c4)
         :velocity '(ff)
         :port port
         :channel channel
         :controllers (1 values)))))))

(filterbank :cc 1 :value-range '(40 99) :port 1)

 

it's not a problem with live-coding - cc-messages are sended perfectly, but...

 

 

 

but, when i try to evaluate a few times, the error comes up - it seems to me to be a problem with "controllers" inside a new function => when i evaluate for the second time it's always:

Error: Controllers must be alternating names/numbers and values.

 

i have no idea, why this is a problem when doing more the 1 eval...

 

dear all

 

i want to code a simple function for sending midi-cc in an "all-in-one"-function (to external devices like filterbank or microcosm)

it works more or less.... but there are two bugs i can't fix.

 

the function:

 

(defun filterbank (&key cc value-range (time-range '(1 127)) (port 7) (channel 16))
  (let ((values (loop 
               for i in (rnd-sample 100 (gen-integer (first value-range) (second value-range)))
               for j in (gen-length (gen-integer (first time-range) (second time-range)) 1/128)
               collect (list i j))))

    (live-coding-midi 
     (compile-score 
      (def-score cc-seq
          (:title "cc-seq"
           :key-signature 'chromatic
           :time-signature '(4 4)
           :tempo 60) 
        (seq
         :length '(3)
         :pitch '(c4)
         :velocity '(ff)
         :port port
         :channel channel
         :controllers (1 values)))))))

(filterbank :cc 1 :value-range '(40 99) :port 1)

 

problem 1: when i evaluate the function and run it ONCE - everything okay. when i like to RUN it a second time there is an error, i don't know why. then i have to evaluate the FUNCTION again... why?

 

problem 2: i would like to "replace"  :controllers (1 values)  by  :controllers (cc values)

-> so that i can choose the cc-number by a variable "cc". but it don't work - any hints? 

 

thanx for some help

andré

 

 

welcome 😄

 

test/evaluate it again... my output is

 

=> (-15/16 15/32 1/32 1/32 1/32 61/32 1/32 1/2 1/32 -5/32 -1/32 13/16 -17/32 3/2 9/16 -7/16)

 

 

so it's correct

(setf alist '(1/4 1/4 1/8 1/8 1/4 1/4))
(setf n 3)
(length-invert '(1/4 1/4 1/8 1/8 1/4 1/4) :section (rnd-sample n (gen-integer 0 (1- (length alist))) :norep t))

 

it's very lispian 😄  yes, it works also by (mapcar...)

i checked it quickly: when you replace the 3h - for example - by h  

=> then i get NO ERRORS

 

 

 

 

like that?

 

;; as lisp-code ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;

(setf alist '((s -s s== -s -s== s== -s s -s s -s s -s==) (s== -s s -s s== -s s -s== s== -s s -s s -s==) (s -s== s -s s -s s== -s s -s==)))

(loop for i in alist
      collect (append i (list 'q)))

=> ((s -s s== -s -s== s== -s s -s s -s s -s== q) (s== -s s -s s== -s s -s== s== -s s -s s -s== q) (s -s== s -s s -s s== -s s -s== q))


;; as lisp-function ;;;;;;;;;;;;;;;;;;;;;;;;;;

(defun append-value (lists value)
  (loop for i in lists
      collect (append i (list value))))

(append-value alist 'q)

=> ((s -s s== -s -s== s== -s s -s s -s s -s== q) (s== -s s -s s== -s s -s== s== -s s -s s -s== q) (s -s== s -s s -s s== -s s -s== q))

 

i would like to use the FULL possibilites of OSC, the basic-structure to send data

 

with send-osc-data it don't work, of course... the code before was exactly this ...

 

#| 
1. you need Nik Gaffney's osc package
2. load it
|#
(load (merge-pathnames "osc.lisp" *load-truename*))
#|
3. define global variable to hold socket, ip-address and port-no
|#
(defparameter *out-socket* (make-socket :type :datagram))
(defparameter *remote-host* "127.0.0.1")
(defparameter *remote-port* 47522)
#|
4. define a send function
|#
(defun udpsend (&rest args)
  (let ((message (apply' osc::encode-message args)))
    (send-to *out-socket* message (length message)
             :remote-host *remote-host*
             :remote-port *remote-port*)))

;; send
(progn
  (udpsend "/beat" "defer" 0 "duration" 1 "pattern" 12)
  (udpsend "/beat" "defer" 1 "duration" 1 "pattern" 22)
  (udpsend "/beat" "defer" 2 "duration" 1 "pattern" 22)
  (udpsend "/beat" "defer" 3 "duration" 1 "pattern" 21))

 

The Event System — Polytempo Documentation

POLYTEMPO.ZHDK.CH

 

ensembles performed several concerts with it, so it worked 🙂 

A good idea, actually 😄 But first I ask my colleague at the ICST-ZHDK (Zurich). He programmed me the last OSC setup, maybe he will find a solution without (make-socket)...