opmo

Revised rnd-rest in version 3.0.29080 The function RND-REST convert a subset of the length notes in the list to length rests, such that the sum of all length rests (including any existing ones) becomes equal to the given percentage of the sum (span) of the absolute values of all lengths in the list. (setf lengths (gen-repeat 8 1/16)) => (1/16 1/16 1/16 1/16 1/16 1/16 1/16 1/16) (rnd-rest 0.3 lengths) => (1/16 1/16 1/16 1/16 1/16 -1/16 1/16 -1/16) (rnd-rest 0.5 lengths) => (1/16 1/16 -1/16 1/16 -1/16 -1/16 1/16 -1/16) (rnd-rest '(0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9) (gen-repeat 9 (list lengths)) :seed 76) (setf percent (vector-round 0.2 0.8 (gen-sine 16 1 0.8))) => (0.5 0.61480505 0.71213204 0.77716387 0.8 0.77716387 0.71213204 0.614805 0.5 0.38519496 0.28786793 0.2228361 0.2 0.22283617 0.28786805 0.38519496) (setf seq '((1/10 1/10 1/10 1/10 1/10) (1/6 1/6 1/6) (1/16 1/16 1/16 1/16 1/16 1/16 1/16 1/16) (1/16 1/16 1/16 1/16) (1/20 1/20 1/20 1/20 1/20) (1/6 1/6 1/6) (1/10 1/10 1/10 1/10 1/10) (1/10 1/10 1/10 1/10 1/10) (1/6 1/6 1/6) (1/6 1/6 1/6) (1/10 1/10 1/10 1/10 1/10) (1/16 1/16 1/16 1/16) (1/16 1/16 1/16 1/16) (1/6 1/6 1/6) (1/6 1/6 1/6) (1/10 1/10 1/10 1/10 1/10) (1/10 1/10 1/10 1/10 1/10))) (rnd-rest percent seq :omn t :seed 32) => ((5h - = = -) (3h - =) (s - - - = - = -) (-s - = -) (-5q - - - =) (-3h = -) (-5h = - - =) (-5h = = - -) (3h - =) (-3h = =) (-5h = = = =) (s = = =) (s = = =) (3h = =) (3h = =) (5h = = = -) (5h = = - -)) (setf omn1 '((q c5gs4f4 e f5c5gs4 e gs5f5c5 s c6gs5f5) (e c6eb5 c5eb4 e eb4c4 eb5c5) (q b4g4d4 e g4d4b3 s d4b3g3 b3g3d3 q g3d3b2))) (rnd-rest 0.5 omn1 :seed 11) (setf omn2 '((e cs4 mf cs4 cs4 d4) (s d4 mf cs4 ds4 d4 d4 e4 d4 d4) (e f4 mf ds4 d4 fs4) (e ds4 mf d4 fs4 ds4) (e d4 mf s g4 e ds4 s d4 e g4) (s ds4 mf d4 g4 ds4 d4 g4 ds4 d4) (e g4 mf s ds4 d4 e g4 s ds4 d4) (q g4 mf ds4))) (rnd-rest '(0.0 0.2 0.3 0.4 0.5 0.7 0.9 1.0) omn2 :seed 34) Happy coding.

New function rnd-rest in version 3.0.29077 (setf lengths (gen-repeat 8 1/16)) => (1/16 1/16 1/16 1/16 1/16 1/16 1/16 1/16) (rnd-rest 2 lengths) => (1/16 1/16 1/16 -1/16 1/16 -1/16 1/16 1/16) (rnd-rest 5 lengths) => (-1/16 -1/16 1/16 -1/16 -1/16 -1/16 1/16 1/16) (rnd-rest '(2 3 1 2 1 3 2 1) '((1/10 1/10 1/10 1/10 1/10) (1/6 1/6 1/6) (1/16 1/16 1/16 1/16 1/16 1/16 1/16 1/16) (1/16 1/16 1/16 1/16) (1/20 1/20 1/20 1/20 1/20) (1/6 1/6 1/6) (1/10 1/10 1/10 1/10 1/10) (1/10 1/10 1/10 1/10 1/10) (1/6 1/6 1/6) (1/6 1/6 1/6) (1/10 1/10 1/10 1/10 1/10) (1/16 1/16 1/16 1/16) (1/16 1/16 1/16 1/16) (1/6 1/6 1/6) (1/6 1/6 1/6) (1/10 1/10 1/10 1/10 1/10) (1/10 1/10 1/10 1/10 1/10)) :omn t) => ((-5h - = = =) (-3h - -) (s - = = = = = =) (-s = - =) (5q - = = =) (-3h - -) (-5h = = = -) (5h - = = =) (-3h = -) (-3h - -) (5h - = = =) (s - = -) (s = - =) (-3h - -) (-3h = -) (-5h = = = =) (5h - = - =)) (setf omn '((q c5gs4f4 e f5c5gs4 e gs5f5c5 s c6gs5f5) (e c6eb5 c5eb4 e eb4c4 eb5c5) (q b4g4d4 e g4d4b3 s d4b3g3 b3g3d3 q g3d3b2))) (rnd-rest 2 omn :seed 11) => ((-q -e gs5f5c5 mf s c6gs5f5) (-e - eb4c4 mf eb5c5) (q b4g4d4 mf e g4d4b3 s d4b3g3 - -q))

Just update your OM, as you can see Stephane and I can see the document.

I hope you know how to search the system functions. Go to the Assistant window and type: repeat-attribute in the Search:

The ChatGPT 4 is coding lisp quite well.

Fixed in 3.0.29069

Of course, I will put the function back into the system with the next update.

rnd-sample-seq and rnd-sample were equal.

Create as many dictums you need to complite the task: '((:range (t s) :apply (dechord x)) (:range (b3 c4) :apply (pitch-transpose -7 x)) (:range (t s) :apply (pitch-invert x)) ...)

I think you can achive this with the dictum function. What about the pattern-map function?

If you use this library please replace the content of the "Load CL-Collider library.lisp" file with the code below: ;;; ----------------------------------------------------------- ;;; Load CL-Collider library ;;; ----------------------------------------------------------- (in-package :om) ;;; ----------------------------------------------------------- ;;; Please note, the 'Super Collider' application needs ;;; to be installed (present in your Application folder) ;;; before activating the library. ;;; ----------------------------------------------------------- ;;; To load the CL-Collider library at startup you need ;;; to uncomment the expressions below. ;;; ----------------------------------------------------------- (load-cl-collider) ;;; ----------------------------------------------------------- ;;; Start SC and server (in-package :sc) (defparameter *my-server-options* (make-server-options :num-output-bus 32 :block-size 32)) (setf *s* (make-external-server "localhost" :port 4444 :server-options *my-server-options*)) (server-boot *s*) (setf *synth-definition-mode* :load)

Great example.

The bug is fixed in ver. 3.0.29059 Thank you for the report.

I need the v1b data, otherwise difficult to help.

You should omit the use of 'flat' or 'exclude', the keywords are often used with a different functionality in OM. Here is the correct use of seed in a function: (defun rk-rnd-order-omn (omn &key omit flatten seed) (let (state) (setf state *init-seed*) (setf seed (rnd-seed seed)) (do-verbose ("rk-rnd-order-omn ~s" seed) (let* ((omnl (if flatten (flatten omn) omn)) (len (if (member 'l omit) (omn :length omnl) (rnd-order (omn :length omnl) :seed (seed)))) (pit (if (member 'p omit) (omn :pitch omnl) (rnd-order (omn :pitch omnl) :seed (seed)))) (vel (if (member 'v omit) (omn :velocity omnl) (rnd-order (omn :velocity omnl) :seed (seed)))) (dur (if (member 'd omit) (omn :duration omnl) (rnd-order (omn :duration omnl) :seed (seed)))) (arti (if (member 'a omit) (get-articulation omnl) (rnd-order (get-articulation omnl) :seed (seed)))) (out (make-omn :length len :pitch pit :velocity vel :duration dur :articulation arti))) (init-state state) out)))) Examples: (setf mat2 '((q e5 leg e fs5 leg gs5 q a5 ten cs6 ten) (h cs6 leg q b5 e d6 leg cs6 leg) (q a5 cs6 marc+leg gs5 cs6 leg) (h. fs5))) (gen-loop 10 (rk-rnd-order-omn mat2 :seed 10)) (gen-loop 10 (rk-rnd-order-omn mat2 :flatten t :seed 10)) (gen-loop 10 (rk-rnd-order-omn mat2 :omit '(p) :flatten t :seed 10)) (gen-loop 10 (rk-rnd-order-omn mat2)) (gen-loop 10 (rk-rnd-order-omn mat2 :omit '(p))) (gen-loop 10 (rk-rnd-order-omn mat2 :omit '(l a leg) :seed 60)) (gen-loop 10 (rk-rnd-order-omn mat2 :flatten t)) This is how the function could be written. Playing with duration will destroy the original events - as you can see in the result of your function.

You have two licences which allows you to run OM on two computers.

This is precisely what you need to do. If you're transitioning to a new computer, you must deauthorize the license on the current one. Users are responsible for managing their licenses, and the activation and deactivation mechanism facilitates this.

The new version works with :duration in omn-replace. :duration values are ratios and must be positive.

There is no need for :duration here but can be added. For edit etc... we use the dictum function. The omn-replace should be removed from the system. Possibily in the future the function will stop be documented.

(progn ;; DEFSYNTH (sc:defsynth sine4 ((freq 200) (dur 2.0) (vel 1.0) (pan 0) (times 0.3) (pm 12)) (let* ((env (* 0.3 (sc:env-gen.kr (sc:perc .0 (* 4.0 dur)) :act :free) vel)) (out (* times (sc:sin-osc.ar freq 0 (max 0 (sc:lf-noise1.kr pm))))) (out (sc:pan2.ar out pan))) (sc:out.ar 0 out))) ;; OMN-SCORE (setf size 200) (setf vector (list-plot (add-triangle-waves 4 size 1 0.6 :modulation (gen-triangle size 1 '(0.5 0.4 0.3 0.6) :modulation (gen-triangle size 1 0.3 :phase 180))) :point-radius 2)) (setf pitches (gen-divide 4 (vector-to-pitch '(g2 g6) vector :quantize 1/4))) (setf transpose (pitch-transpose -12 pitches)) (setf variants (pitch-variant transpose :variant '?)) (setf length1 (rnd-sample 120 '(s e s -s))) (setf length2 (rnd-sample 120 '(s e s -s))) (setf time1 (span pitches length1)) (setf time2 (span variants length2)) (setf dynamics '(p mf ff)) (setf omn1 (make-omn :length time1 :pitch (pitch-transpose 12 pitches) :velocity (rnd-sample size dynamics))) (setf omn2 (make-omn :length time2 :pitch variants :velocity (rnd-sample size dynamics))) ;; CONVERSION (setf len1 (omn-to-sc :length omn1)) (setf len2 (omn-to-sc :length omn2)) (setf freq1 (omn-to-sc :hertz omn1)) (setf freq2 (omn-to-sc :hertz omn2)) (setf vel1 (omn-to-sc :velocity omn1)) (setf vel2 (omn-to-sc :velocity omn2)) ;; SC-SCORE (def-sc-score add-triangle (:tempo 128 :layout ((in1 . len1) (in2 . len2)) ;:output "add-triangle" ) (in1 :synth sine4 :freq freq1 :dur len1 :times (rnd size :low 0.1 :high 0.3) :vel vel1 :pan (rnd size :low -1.0 :high 1.0) :pm (rnd-sample size (gen-integer 6 30)) ) (in2 :synth sine4 :freq freq2 :dur len2 :times (rnd size :low 0.1 :high 0.3) :vel vel2 :pan (rnd size :low -1.0 :high 1.0) :pm (rnd-sample size (gen-integer 6 30)) ) ) ) add-triangle (Snippet).mp3

DEF-SC-SCORE additional keywords: output - Specifies the name of the saved audio file (provided as a string). By default, the file is saved in the Waveform Audio (WAVE) format. sr - Defines the sample rate of the saved audio file. The default setting is 48000 with a bit depth of 24 bits per sample. The :output "name" option enables you to save the score file in the Opusmodus/Media/Audio directory. (def-sc-score example2 (:tempo 120 :layout ((ins . len)) :output "exp2") (ins :synth saw-synth :note midi :dur len :vel vel) )

Thanks to Sungmin's support and the introduction of the new DEF-SC-SCORE macro, Opusmodus users can now create a series of instruments similar to those created with the DEF-SCORE macro for traditional instrument scores. The primary objective of the DEF-SC-SCORE was to enable users to take Opusmodus scores (whether in omn-form or single-element omn forms) and convert them to the CL-Collider (SuperCollider) input format. To achieve this, we introduced the OMN-TO-SC function specifically for this task. Below are a few examples that illustrate the conversion process and the use of the DEF-SC-SCORE macro: Example 1: DEFSYNTH: (sc:defsynth snd2 ((dur 2.0) (vel 1.0) (left 10) (right 10) (index-low 4) (index-high 12)) (let* ((trigger (sc:impulse.kr (list left right))) (pitch (round (sc:t-rand.kr 36 72 trigger) 1)) (timbre (sc:lf-noise0.kr 1/20 0.2 2)) (env (* 1.0 (sc:env-gen.kr (sc:perc .0 (* 2.0 dur)) :act :free) (sc:linen.kr trigger 0.0 vel (/ 1 (list left right))))) (index (+ (* env index-high) index-low)) (pitch (sc:midicps pitch)) (out (sc:pm-osc.ar pitch (* pitch timbre) index 0 env))) (sc:out.ar 0 out))) (sc:defsynth pm-crotale ((note 60) (dur 2.0) (vel 1.0) (pan 0)) (declare (ignore amp)) (let* ((freq (sc:midicps (+ 0 note))) (envl (sc:perc 0 (* 4.0 dur))) (mod! (+ 5 (/ 1 (sc:i-rand.ir 2 6)))) (out (sc:pm-osc.ar freq (* mod! freq) (sc:env-gen.kr envl :time-scale (* 4.0 dur) :level-scale vel) 0 (sc:env-gen.kr envl :time-scale (* 4.0 dur) :level-scale 0.3))) (out (sc:pan2.ar out pan)) (out (* out (sc:env-gen.kr envl :time-scale (* 1.3 (* 4.0 dur)) :level-scale (sc:rand.ir 0.1 0.4) :act :free)))) (sc:out.ar 0 out))) OMN Score: (setf size 120) (setf vector (list-plot (gen-sine size 1 '(0.5 0.4 0.3 0.6) :modulation (gen-sine size 1 0.3 :phase 180)))) (setf pitch (vector-to-pitch '(g1 g6) vector)) (setf pitch1 (gen-divide 4 pitch)) (setf pitch-transp (pitch-transpose -12 pitch1)) (setf section (rnd-unique 15 (gen-integer 0 27))) (setf pitch2 (pitch-variant pitch-transp :variant '? :section section)) (setf length1 (rnd-sample size '(s e s s))) (setf span (get-span length1)) (setf length2 (length-span span (rnd-sample size '(s e s s)))) (setf len-sum (list (sum (abs! length1)))) (setf dynamic1 (rnd-sample size '(p mp mf f ff))) (setf dynamic2 (rnd-sample size '(p mp mf f ff))) (setf omn1 (make-omn :length length1 :pitch pitch1 :velocity dynamic1)) (setf omn2 (make-omn :length length2 :pitch pitch2 :velocity dynamic2)) DEF-SC-SCORE: (def-sc-score example1 (:tempo 120 :layout ((in1 . len1) (in2 . len2) (in3 . len-sum))) (in1 :synth pm-crotale :note midi1 :dur len1 :vel vel1 :pan (gen-loop size (rnd1))) (in2 :synth pm-crotale :note midi2 :dur len2 :vel vel2 :pan (gen-loop size (rnd1))) (in3 :synth snd2 :note '(60) :dur length-sum :vel '(0.1)) ) Example 2: DEFSYNTH: (sc:defsynth pm-crotale ((note 60) (dur 2.0) (vel 1.0) (pan 0)) (declare (ignore amp)) (let* ((freq (sc:midicps (+ 0 note))) (envl (sc:perc 0 (* 4.0 dur))) (mod! (+ 5 (/ 1 (sc:i-rand.ir 2 6)))) (out (sc:pm-osc.ar freq (* mod! freq) (sc:env-gen.kr envl :time-scale (* 4.0 dur) :level-scale vel) 0 (sc:env-gen.kr envl :time-scale (* 4.0 dur) :level-scale 0.3))) (out (sc:pan2.ar out pan)) (out (* out (sc:env-gen.kr envl :time-scale (* 1.3 (* 4.0 dur)) :level-scale (sc:rand.ir 0.1 0.4) :act :free)))) (sc:out.ar 0 out))) OMN Score: (setf chrom '(c4 cs4 d4 ds4 e4 f4 fs4 g4 gs4 a4 bb4 b4)) (setf chords (gen-chord-series chrom chrom :method 1 :type '? :segment '?)) (setf size (length chords)) (setf length (rnd-sample size '(w h q -q))) DEF-SC-SCORE: (def-sc-score example2 (:tempo 102 :layout ((ins . length))) (ins :synth pm-crotale :note (omn-to-sc :midi chords) :dur length :vel (gen-loop size (rnd1))) ) To see more CL-Collider (SuperCollider) examples and understand the usage of the DEF- SC-SCORE macro, please follow these steps: Navigate to the Assistant navigator. Press the (D) icon. Look for the 'CL-Collider Examples' folder. Open the 'CL-Collider.opmo' file. Happy coding, Janusz