1-PD~.pd

#N canvas 1044 207 675 679 12;
#X declare -path abs;
#X text 178 35 <- ceci est un sous-patch. Il est possible de double
clicker dessus pour voir ce qui est à l'intérieur. Celui-ci est vide
car je n'ai rien mis à l'intérieur.;
#N canvas 680 82 667 679 commentaires 0;
#X text 14 9 - on ajoute des commentaires en allant dans le menu "Put"
et en choisissant "comment" (on peut aussi faire la combinaison de
touche CTRL+5 - ou Pomme+5 sous mac);
#X text 15 90 Il est utile de mettre des commentaires \, surtout lorsque
l'on débute pour bien se rappeler de ce que l'on a compris en étudiant
un patch \, ou de se rappeler de ce que l'on a voulu faire \, ou aussi
de noter les pbs que l'on a pour y revenir plus tard :);
#X text 19 220 Essayez d'ajouter un commentaire ci-dessous et de lui
faire dire ce que vous voulez.;
#X text 20 256 Pour le valider il suffit de cliquer a côté dans un
partie blanche du patch.;
#X text 83 356 comment;
#X restore 37 81 pd commentaires;
#X text 179 81 <- voir des infos sur les commentaires;
#N canvas 680 82 667 679 modes 0;
#X obj 41 369 osc~;
#X text 119 347 ceci est un objet : en mode play vous ne pouvez pas
interagir directement avec lui \, en mode edit vous pouvez le sélectionner
et le déplacer \, changer son nom et tirer un cable depuis ça sortie.
Essayez ... !;
#X floatatom 38 241 5 0 0 0 - - -, f 5;
#X text 116 240 ceci est un gui : en mode play vous pouvez cliquer
dessus puis inscrire à nombre à l'intérieur à l'aide des touches
de votre clavier \, ou alors cliquer puis laisser appuyer de déplacer
la souris pour changer ça valeur. En mode edit vous pouvez le déplacer
et tirer un cable depuis ça sortie.;
#X text 8 0 - il existe deux mode dans pure data : le mode "edit" et
le mode "play" \, on peut passer de l'un à l'autre à tout moment
en utilisant la combinaison de touches CTRL+E ou Pomme+E;
#X text 8 64 - le mode "edit" permet de modifier le patch (le code)
et donc de déplacer/créer des objets et de réaliser des connections
entre les objets à l'aide de fils. Le mode edit est caractérisé
par un curseur de souris en forme de main.;
#X text 11 145 -le mode "play" permet d'interagir avec les éléments
dit "GUI" \, c'est à dire les éléments graphiques comme les sliders
\, les boites de nombres etc ... en mode play le curseur de la souris
à une apparence classique de flêche.;
#X text 25 455 essayer d'ajouter un commentaire \, puis regarder comment
vous pouvez interagir avec lui dans chacun des modes \, puis indiquer
sous forme de commentaire vos observations.;
#X text 31 533 Les cables permettent de connecter les objets entre
eux c'est à dire de faire passer des valeurs ou des signaux audio.
;
#X restore 37 110 pd modes;
#X text 179 108 <- le mode edit et le mode play pour bien commencer
;
#N canvas 680 82 667 679 objets 0;
#X text -255 2 On crée un objet un allant dans le menu "Put" et en
choisissant "objet" ou en utilisant la combinaison de touches CTRL+1
ou Pomme+1.;
#X obj -209 64;
#X text -162 62 ceci est un objet qui n'a pas été initialisé;
#X obj -209 105 osc~;
#X text -155 103 on l'initialise en tapant son nom à l'intérieur
de la boîte;
#X obj -242 271 bng 15 250 50 0 empty empty empty 17 7 0 10 -262144
-1 -1;
#X obj -175 271 hsl 128 15 0 127 0 0 empty empty empty -2 -8 0 10 -262144
-1 -1 0 1;
#X text -259 198 Tous les objets inclus dans Pure Data ont un fichier
d'aide (en anglais mais c'est mieux que rien) Il suffit de cliquer
droit et de choisir "help" pour en savoir plus. Vous pouvez essayer
sur les quelques objets présents sur cette page.;
#N canvas 0 50 450 300 mon-sous-patch 0;
#X text 34 30 Encore un fois un sous patch vide ...;
#X text 46 84 vous pouvez certainement y ajouter quelques objets;
#X restore -251 496 pd mon-sous-patch;
#X text -251 425 un sous-patch est un objet dans lequel on va pouvoir
coder par nous même. Pour créer un sous patch \, on va créer un
nouvel objet (CTRL+1) et on va le nommer "pd nom-de-mon-sous-patch"
;
#X text -251 546 le fait d'utiliser "pd" avant le nom permet d'indiquer
à pure-data que l'on veut créer un nouvel objet.;
#X text -251 593 Créez un nouveau sous patch nommé "test" et créer
un objet "osc~ 400" à l'intérieur;
#X floatatom -3 270 5 0 0 0 - - -, f 5;
#X text -260 143 Quelques objets sont disponibles directement depuis
le menu "Ajouter" (/Put) vous pouvez essayer d'en créer quelques uns
:;
#X obj -245 362 bng 15 250 50 0 empty empty empty 17 7 0 10 -262144
-1 -1;
#X text -218 341 cet objet est un "bang" \, il représenter un évenement
logique \, qui est vrai au moment ou il est activé \, c'est une sorte
de dirac. Pure-Data est un langage évenementiel \, le bang est un
éléments très utilisé.;
#X restore 37 138 pd objets;
#X text 178 135 <- que sont donc toutes ces boites ?;
#N canvas 683 50 667 679 IO 0;
#X text 11 -9 Un objet à un certain nombre d'entrées et de sorties
(il peut aussi en avoir aucune).;
#X obj 156 87 select 10 18 52;
#X text 14 55 Les entrées sont en haut \, les sorties en bas :;
#X text 10 121 cet objet à une entrée et quatre sorties. Il est possible
de tirer un fil d'une sortie (si on est en mode "edit") mais pas d'une
entrée.;
#X text 10 232 Dans les fils ce sont des nombres ou des bangs qui sont
envoyés d'un objet à l'autre.;
#X floatatom 71 286 5 0 0 0 - - -, f 5;
#X floatatom 108 332 5 0 0 0 - - -, f 5;
#X obj 70 391 +;
#X floatatom 70 458 5 0 0 0 - - -, f 5;
#X text 196 337 en mode edit vous pouvez essayer de recréer cet agencement
d'objets en changeant l'opération proposée ( essayer avec un objet
"-" \, "*" \, "/";
#X text 197 291 en mode play vous pouvez changer les valeurs des boites
de nombre pour effectuer un opération;
#X text 40 283 A;
#X text 85 330 B;
#X text 24 459 A+B;
#X text 192 417 Remarque : Si vous modifier la valeur B (valeur qui
entre dans l'entrée droite de "+") la valeur de A+B n'est pas actualisée
immédiatement. Elle ne le sera que lorsque vous modifierez à nouveau
la valeur A;
#X text 190 500 Ceci est dû à la notion d'entrée "chaude" ou "froide".
Si un objet à plusieurs entrées seule l'entrée tout à gauche est
considérée comme "chaude" \, la sortie de l'objet ne sera alors évaluée
que si cette entrée reçoit une valeur.;
#X text 190 568 Cela peut paraître annecdotique mais ça aura son
importance plus tard.;
#X text 8 182 On va donc toujours travailler du haut vers le bas \,
en tirant des fils des sorties des objets vers les entrées d'autres
objets.;
#X connect 5 0 7 0;
#X connect 6 0 7 1;
#X connect 7 0 8 0;
#X restore 37 166 pd IO;
#X text 178 162 <- les entrées ("inlet") et les sorties ("outlet")
;
#N canvas 683 50 667 679 IO~ 0;
#X obj 11 -155 +;
#X obj 11 -56 +~;
#X obj 11 -101 -;
#X obj 10 11 -~;
#X text 15 -255 Certains objet ont un "~" dans leur noms généralement
ces objets ont au moins une entrée audio ou une sortie audio. Cela
permet d'identifier les objets qui traitent un signal audio \, les
fils qui sortent ou entrent de ces sorties ou entrées audio sont plus
épais !;
#X text 19 -130 <- fil normal = données classiques;
#X text 15 -31 <- fil épais = données audio;
#X text 12 64 génralement on ne peut pas tirer un fil d'une sortie
normale vers une entrée audio \, ni sortie audio vers entrée normale.
;
#X text 11 114 dans certains cas c'est possible ... on peut par exemple
multiplier un signal par un valeur fixe pour contrôler le volume.
;
#X text 9 197 Sous windows le "~" se fait en utilisant la combinaison
de touches AltGr+2 (le Alt qui est à droite de la barre d'espace)
il faut ensuite faire espace pour que le carctère apparaissent.;
#X text 10 270 Sous mac il faut utiliser le Alt+N (avec le Alt situés
à gauche de la barre d'espace) \, il faut aussi appuyer sur espace
pour faire apparaitre le caractère.;
#X text 22 350 c'est comme l'accent circonflexe en français ^;
#X connect 0 0 2 0;
#X connect 1 0 3 0;
#X restore 37 195 pd IO~;
#X text 179 192 <- les entrées audio("inlet~") et les sorties audio
("outlet~");
#N canvas 645 82 667 679 souspatch2 0;
#X text 13 -142 On peut créer une entrée ou une sortie en créeant
un objet de manière classique et en tapants comme nom "inlet" \, "outlet"
\, "inlet~" \, "outlet~";
#X obj 20 -66 inlet;
#X obj 94 -67 outlet;
#X obj 169 -67 inlet~;
#X obj 243 -67 outlet~;
#X text 12 -20 Créeons un sous patch nommé test;
#N canvas 0 50 450 300 test 0;
#X text 70 68 tojours vide ...;
#X restore 308 -18 pd test;
#X text 11 24 Si nous ajoutons des objets entrées à l'intérieur
\, cela créera des entrées qui pourront recevoir des cables on pourra
donc lui faire passer des données pour qu'il les transforme.;
#N canvas 0 50 450 300 test 0;
#X obj 27 20 inlet;
#X restore 63 118 pd test;
#X text 140 116 avec une entrée;
#N canvas 0 50 450 300 test 0;
#X obj 27 20 inlet;
#X obj 88 20 inlet;
#X restore 61 149 pd test;
#X text 142 147 avec deux entrées;
#N canvas 0 50 450 300 test 0;
#X obj 155 27 inlet;
#X obj 216 27 inlet;
#X obj 57 27 inlet~;
#X restore 61 186 pd test;
#X text 5 324 Du coup il est possible de les relier entre eux.;
#N canvas 0 50 450 300 test 0;
#X obj 41 266 outlet;
#X restore 313 117 pd test;
#X text 384 115 avec une sortie;
#X text 53 217 Vous pouvez maintenant créer votre propre sous patch
avec le nombre d'entrée et de sorties que vous voulez ! Etant donné
que l'on travaille du haut vers le bas \, placez vos entrées en haut
et de gauche à droite et les sorties en bas et de gauche à droite
aussi !;
#N canvas 0 50 450 300 void-in 0;
#X obj 32 246 outlet;
#X restore 8 392 pd void-in;
#N canvas 0 50 450 300 void-out 0;
#X obj 36 78 inlet;
#X restore 8 475 pd void-out;
#N canvas 0 50 450 300 void-pass 0;
#X obj 36 251 outlet;
#X obj 36 78 inlet;
#X connect 1 0 0 0;
#X restore 8 432 pd void-pass;
#N canvas 0 50 450 300 void-in 0;
#X obj 32 246 outlet~;
#X restore 555 388 pd void-in;
#N canvas 0 50 450 300 void-out 0;
#X obj 36 78 inlet~;
#X restore 555 471 pd void-out;
#N canvas 0 50 450 300 void-pass 0;
#X obj 36 78 inlet~;
#X obj 36 251 outlet~;
#X connect 0 0 1 0;
#X restore 555 428 pd void-pass;
#X text 112 466 Le patch de gauche ne fait rien du tout \, le patch
de droite non plus ... mais avec de l'audio !;
#X text 138 185 avec une entrée audio et deux entrées classiques
données;
#X connect 17 0 19 0;
#X connect 19 0 18 0;
#X connect 20 0 22 0;
#X connect 22 0 21 0;
#X restore 37 226 pd souspatch2;
#X text 178 228 <- retour sur les sous patchs et les entrée sorties.
;
#N canvas 674 92 667 679 sources~ 0;
#X obj 29 172 phasor~ 440;
#X obj 29 207 noise~;
#X obj 30 272 adc~;
#X text 144 170 le phasor~ fonctionne de la même façon que l'oscillateur
;
#X text 100 208 le noise~ génère un bruit blanc.;
#X text 101 270 n'est pas vraiment une source \, mais permet d'avoir
accès au micro \, le signal qui en sort vient directement du micro
de votre ordinateur ou d'un micro extérieur.;
#X text 24 419 le mieux étant d'essayer de ne pas faire trop de copier/coller
\, et de se souvenir ce qu'on a fait précédement \, bien entendu.
;
#X text 26 364 Nous verrons plus tard qu'il est assez facile de créer
de nouvelles sources.;
#X obj 31 330 sig~ 16;
#X obj 26 17 tgl 15 0 empty empty empty 17 7 0 10 -262144 -1 -1 0 1
;
#X obj 26 36 switch~;
#X text 61 12 <- clicker pour activer les calculs dsp dans ce sous
patch;
#X text 22 87 Il existe d'autres sources \, essayez de reconstuire
un patch similaire à celui de la chaine audio ci-dessous dans un sous-patch
mais utilisant un autre source et en ajoutant un controle de volume
avec slider;
#X text 103 328 génère un valeur numérique continue à sample rate
audio (utile dans des cas bien précis);
#X connect 9 0 10 0;
#X restore 36 478 pd sources~;
#X text 255 392 <- le DAC~ ou la sortie audio;
#X text 255 419 <- le flux audio \, de la source aux hp;
#X text 256 449 <- un simple contrôle de volume;
#X text 256 480 <- quelques nouveaux objet pour produire du son;
#X obj 6 41 cnv 15 25 25 empty empty 1 5 12 0 20 -1 -262144 0;
#N canvas 262 82 450 300 souspatch 0;
#X restore 37 43 pd souspatch;
#X obj 6 78 cnv 15 25 25 empty empty 2 5 12 0 20 -1 -262144 0;
#X obj 6 107 cnv 15 25 25 empty empty 3 5 12 0 20 -1 -262144 0;
#X obj 6 135 cnv 15 25 25 empty empty 4 5 12 0 20 -1 -262144 0;
#X obj 6 164 cnv 15 25 25 empty empty 5 5 12 0 20 -1 -262144 0;
#X obj 6 193 cnv 15 25 25 empty empty 6 5 12 0 20 -1 -262144 0;
#X obj 6 224 cnv 15 25 25 empty empty 7 5 12 0 20 -1 -262144 0;
#X obj 3 8 cnv 15 649 25 empty empty Le_fonctionnement_de_base 5 12
0 20 -1 -262144 0;
#X obj 2 359 cnv 15 649 25 empty empty Produire_du_son 5 12 0 20 -1
-262144 0;
#X obj 5 389 cnv 15 25 25 empty empty 1 5 12 0 20 -1 -262144 0;
#X obj 5 418 cnv 15 25 25 empty empty 2 5 12 0 20 -1 -262144 0;
#X obj 5 446 cnv 15 25 25 empty empty 3 5 12 0 20 -1 -262144 0;
#X obj 5 475 cnv 15 25 25 empty empty 4 5 12 0 20 -1 -262144 0;
#N canvas 680 82 667 679 tempo 0;
#X text 13 10 Afin d'obtenir une base de temps utilisable pour la création
musicale \, nous pouvons utiliser l'objet [metro] \, il prend un argument
qui sera le temps en millisecondes entre deux bangs émis à la sortie
;
#X obj 43 100 tgl 15 0 empty empty empty 17 7 0 10 -262144 -1 -1 0
1;
#X obj 43 167 metro 500;
#X obj 43 207 bng 15 250 50 0 empty empty empty 17 7 0 10 -262144 -1
-1;
#X text 79 97 <- cet objet est un interrupteur \, il vaut 0 s'il est
décoché et 1 s'il est coché \, ce qui permet d'activer / désactiver
le metronome.;
#X text 122 161 <- un bang tous les 500 ms.;
#X text 14 232 Il pourrait être intéressant de construire un ensemble
de boites qui permettraient de convertir de bpm en ms;
#X text 15 276 Cela combiné au compteur que nous avions crée lors
de la découverte des entrées chaudes et entrées froide nous permet
d'avoir un base de temps qui défile à une vitesse paramétrable.
;
#X obj 43 351 tgl 15 0 empty empty empty 17 7 0 10 -262144 -1 -1 0
1;
#X obj 43 404 f 0;
#X obj 77 404 + 1;
#X obj 43 371 metro 1000;
#X floatatom 43 430 5 0 0 0 - - -, f 5;
#X text 15 471 Nous ne sommes plus qu'à un pas de pouvoir créer un
premier séquenceur...;
#X connect 1 0 2 0;
#X connect 2 0 3 0;
#X connect 8 0 11 0;
#X connect 9 0 10 0;
#X connect 9 0 12 0;
#X connect 10 0 9 1;
#X connect 11 0 9 0;
#X restore 36 654 pd tempo;
#N canvas 683 50 667 679 sequenceurs 0;
#X obj 68 5 tgl 15 0 empty empty empty 17 7 0 10 -262144 -1 -1 0 1
;
#X obj 68 58 f 0;
#X obj 102 58 + 1;
#X obj 68 25 metro 1000;
#X obj 68 95 mod 4;
#X obj 68 131 sel 0 1 2 3;
#X obj 68 247 abs/synth_polyosc;
#X obj 68 278 dac~;
#X obj 68 207 f 60;
#X obj 104 207 f 72;
#X obj 177 207 f 65;
#X obj 141 207 f 63;
#X text 174 32 notre compteur rythmé;
#X text 121 97 un modulo pour compter de 0 à 3 indéfiniment;
#X text 168 118 selectionner une valeur en entrée eg. si une valeur
est égale à un des arguments fournis \, alors un bang sortira à
la première sortie s'elle égale au premier argument etc.;
#X text 172 171 Un peu comme [route] vu précédement \, mais avec
des bangs/;
#X text 215 193 On stocke les valeurs midi de notes que l'on veut jouer
et on les connecte pour qu'elles soient jouée sur les temps qui nous
conviennent.;
#X text 201 249 Notre synthé polyphonique vu précédement;
#N canvas 0 50 450 300 (subpatch) 0;
#X coords 0 1 100 -1 100 100 1 0 0;
#X restore 23 310 graph;
#X text 144 312 <- ceci est un GOP (graph on parent) \, il va nous
permettre de cacher certaines parties de nos programmes pour ne faire
apparaitre que les objets gui.;
#N canvas 0 50 1194 630 (subpatch) 0;
#X obj -404 61 f 0;
#X obj -370 61 + 1;
#X obj -404 28 metro 1000;
#X obj -404 98 mod 4;
#X obj -404 154 sel 0 1 2 3;
#X obj -404 238 f 60;
#X obj -368 238 f 72;
#X obj -295 238 f 65;
#X obj -331 238 f 63;
#X floatatom 9 6 5 60 72 1 note1 - -, f 5;
#X floatatom 9 29 5 60 72 1 note2 - -, f 5;
#X floatatom 9 52 5 60 72 1 note3 - -, f 5;
#X floatatom 9 75 5 60 72 1 note4 - -, f 5;
#X obj -405 -1 inlet;
#X obj -179 -142 inlet;
#X obj -179 -105 unpack f f f f;
#X obj -404 293 f;
#X obj -404 324 outlet;
#X connect 0 0 1 0;
#X connect 0 0 3 0;
#X connect 1 0 0 1;
#X connect 2 0 0 0;
#X connect 3 0 4 0;
#X connect 4 0 5 0;
#X connect 4 1 6 0;
#X connect 4 2 8 0;
#X connect 4 3 7 0;
#X connect 5 0 16 0;
#X connect 6 0 16 0;
#X connect 7 0 16 0;
#X connect 8 0 16 0;
#X connect 9 0 5 1;
#X connect 10 0 6 1;
#X connect 11 0 8 1;
#X connect 12 0 7 1;
#X connect 13 0 2 0;
#X connect 14 0 15 0;
#X connect 15 0 9 0;
#X connect 15 1 10 0;
#X connect 15 2 11 0;
#X connect 15 3 12 0;
#X connect 16 0 17 0;
#X coords 0 1 100 -1 100 100 1 0 0;
#X restore 201 476 graph;
#X obj 201 606 dac~;
#X text 147 358 En cliquant droit dessus on peut modifier les propriétés
(dimensions) et on peut aussi l'ouvrir et copier du code à l'intérieur.
Ils peuvent aussi avoir des entrées et sorties.;
#X obj 201 449 tgl 15 0 empty empty empty 17 7 0 10 -262144 -1 -1 0
1;
#X msg 286 420 60 72 63 65;
#X msg 317 449 58 63 60 72;
#X text 112 446 on / off;
#X text 314 484 changer les 4 notes avec un message;
#X text 315 505 ou en interagissant avec les gui dans le gop.;
#X obj 201 581 abs/synth_polyosc;
#X obj 67 -48 tgl 15 0 empty empty empty 17 7 0 10 -262144 -1 -1 0
1;
#X obj 67 -29 switch~;
#X text 102 -53 <- clicker pour activer les calculs dsp dans ce sous
patch;
#X connect 0 0 3 0;
#X connect 1 0 2 0;
#X connect 1 0 4 0;
#X connect 2 0 1 1;
#X connect 3 0 1 0;
#X connect 4 0 5 0;
#X connect 5 0 8 0;
#X connect 5 1 9 0;
#X connect 5 2 11 0;
#X connect 5 3 10 0;
#X connect 6 0 7 0;
#X connect 6 0 7 1;
#X connect 8 0 6 0;
#X connect 9 0 6 0;
#X connect 10 0 6 0;
#X connect 11 0 6 0;
#X connect 20 0 29 0;
#X connect 23 0 20 0;
#X connect 24 0 20 1;
#X connect 25 0 20 1;
#X connect 29 0 21 0;
#X connect 29 0 21 1;
#X connect 30 0 31 0;
#X restore 36 682 pd sequenceurs;
#N canvas 677 87 667 679 enveloppes 0;
#X obj -741 178 line~;
#X obj -535 251 vline~;
#X obj -884 128 line;
#X text -897 4 Généralement pour créer la dynamique d'un son on
va en fait générer des signaux qui vont être multpliés par le son
source.;
#X text -886 178 et sa version audio;
#X msg -884 104 500 5000;
#X floatatom -884 152 5 0 0 0 - - -, f 5;
#X text -895 53 Pour créer ces enveloppes \, ou d'autres signaux de
contrôle on peut utiliser l'objet line qui utilise un MESSAGE pour
prendre ses instructions;
#X text -794 104 le premier chiffre représente la valeur à atteindre
;
#X text -793 122 le second chiffre représente le temps (en millisecondes)
que va durer notre rampe.;
#X text -894 199 Il faut noter que l'objet garde en mémoire la dernière
valeur atteinte et va interpoler à partir de cette valeur mémorisée
;
#X obj -469 197 line;
#X floatatom -469 221 5 0 0 0 - - -, f 5;
#X msg -469 142 500 500;
#X msg -454 166 600 500;
#X msg -429 196 0 500;
#X text -689 176 comment;
#X text -894 248 Il existe une variante \, permettant d'éviter cela
:;
#X obj -891 -36 tgl 15 0 empty empty empty 17 7 0 10 -262144 -1 -1
0 1;
#X obj -891 -17 switch~;
#X text -856 -41 <- clicker pour activer les calculs dsp dans ce sous
patch;
#X text -893 270 Dans l'exemple de contrôle du volume précédent
\, on entendait un grattement lorsqu'on l'on bougeait le slider rapidement.
;
#X obj -895 328 cnv 15 420 40 empty empty empty 20 12 0 14 -258113
-66577 0;
#X text -887 329 Utilisez l'objet line~ pour créer un contrôle de
volume qui ne "gratte" pas;
#X text -890 396 ici on peut observe une propriété particulière
des messages \, le \$1 va permettre d'utiliser une valeur donnée en
entrée de du message. Un message [\$1 5( signifie que l'on va générer
une rampe de la valeur mémorisée à la nouvelle valeur spécifiée
en entrée sur un temps de 5 ms;
#X obj -893 481 cnv 15 420 40 empty empty empty 20 12 0 14 -258113
-66577 0;
#X obj -719 531 dbtorms;
#X text -885 485 Pour le contrôle du volume on peut aussi utiliser
un échelle logarithmique ...;
#X obj -888 566 cnv 15 420 40 empty empty empty 20 12 0 14 -258113
-66577 0;
#X text -880 570 Ajoutez aussi une visualisation comme vu précédément
;
#X connect 2 0 6 0;
#X connect 5 0 2 0;
#X connect 11 0 12 0;
#X connect 13 0 11 0;
#X connect 14 0 11 0;
#X connect 15 0 11 0;
#X connect 18 0 19 0;
#X restore 37 536 pd enveloppes;
#X text 256 539 <- comment créer la dynamique d'un son;
#N canvas 683 50 667 679 mon_premier_synthetiseur 0;
#X obj -1112 182 *~;
#X obj -1112 209 dac~;
#X obj -1113 132 osc~ 440;
#X text -1160 7 En réalité quand nous avions fait ce patch et l'étape
précédente nous avions déjà crée un synthétiseur \, il ne nous
reste plus qu'à pouvoir changer la hauteur du son;
#X floatatom -1113 108 5 0 0 0 - - -, f 5;
#X text -1161 54 Il suffit d'ajouter un boite de nombre en entrée
de l'oscillateur pour changer sa fréquence d'oscillation (entre 0
et 20000 Hz);
#X obj -1031 161 abs/adsr 0.5 50 10 25 100;
#X obj -1114 333 *~;
#X obj -1114 360 dac~;
#X obj -1114 307 osc~ 440;
#X obj -1033 308 abs/adsr 0.5 50 10 25 100;
#X obj -1114 280 mtof;
#X floatatom -1114 254 5 0 0 0 - - -, f 5;
#X text -1071 277 conversion midi -> fréquence;
#X text -1153 232 On peut aussi utilise des notes midi :;
#X text -1116 429 36 est un DO;
#X text -1116 444 37 est un DO#;
#X text -1116 459 38 est un RE;
#X text -1116 474 39 est un RE#;
#X text -1116 491 40 est un MI;
#X text -1149 381 les notes midi vont de 0 à 127 et décrivent une
octave toutes les 12 occurences \, chaque pas correspond à un demi-ton
:;
#X text -1116 506 41 est un FA;
#X text -1116 521 42 est un FA#;
#X text -1116 536 43 est un SOL;
#X text -1116 552 44 est un SOL#;
#X text -1116 567 45 est un LA;
#X text -1116 582 46 est un LA#;
#X text -1116 597 47 est un SI;
#X text -1115 611 48 est un DO;
#X text -953 531 etc.;
#X obj -1154 -37 tgl 15 0 empty empty empty 17 7 0 10 -262144 -1 -1
0 1;
#X obj -1154 -18 switch~;
#X text -1119 -42 <- clicker pour activer les calculs dsp dans ce sous
patch;
#X connect 0 0 1 0;
#X connect 0 0 1 1;
#X connect 2 0 0 0;
#X connect 4 0 2 0;
#X connect 4 0 6 0;
#X connect 6 0 0 1;
#X connect 7 0 8 0;
#X connect 7 0 8 1;
#X connect 9 0 7 0;
#X connect 10 0 7 1;
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#X connect 30 0 31 0;
#X restore 37 594 pd mon_premier_synthetiseur;
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#X obj 28 450 rpole~;
#X obj 70 64 lop~;
#X obj 70 105 hip~;
#X obj 74 154 bp~;
#X obj 26 389 vcf~;
#X obj 88 450 cpole~;
#X obj 88 418 czero~;
#X text 17 4 Il vous faudra insérer un gui pour contrôler l'entrée
de gauche de chaque objet avec un plage de valeur adaptée.;
#X text 110 65 entrée 2 : fréquence de coupure du filtre en HZ (0-20000)
;
#X text 111 77 sortie : signal audio traité;
#X text 110 53 entrée 1 : signal audio à traiter;
#X text 108 107 entrée 2 : fréquence de coupure du filtre en HZ (0-20000)
;
#X text 109 119 sortie : signal audio traité;
#X text 108 94 entrée 1 : signal audio à traiter;
#X text 108 147 entrée 2 : fréquence de coupure du filtre en HZ (0-20000)
;
#X text 108 171 sortie : signal audio traité;
#X text 108 136 entrée 1 : signal audio à traiter;
#X text 108 159 entrée 3 : résonance du filtre (5-100);
#X text 16 -30 Vous pouvez essayer d'utiliser les objets ci-dessous
qui sont les principaux effets "simples" intégrés à Pure-Data.;
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#X obj 174 326 tabwrite~ array2;
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#X floatatom 79 254 5 0 0 0 - - -, f 5;
#X text 24 205 Exemple 1 : Onde sinusoidal / onde carrée;
#X text 157 383 ... et d'autres filtres;
#X obj 151 450 biquad~;
#X obj 409 418 rev1~;
#X obj 410 442 rev2~ 100 90 3000 20;
#X obj 410 468 rev3~ 100 90 3000 20;
#X text 337 383 ... reverbs et résonateurs...;
#X text 25 508 Il en existe bien sûr d'autres sans compter ceux construits
et partagés par la communauté.;
#X obj 18 -76 tgl 15 0 empty empty empty 17 7 0 10 -262144 -1 -1 1
1;
#X obj 18 -57 switch~;
#X text 53 -81 <- clicker pour activer les calculs dsp dans ce sous
patch;
#X obj 26 229 osc~ 440;
#X connect 20 0 24 0;
#X connect 22 0 23 0;
#X connect 23 0 24 0;
#X connect 25 0 20 2;
#X connect 26 0 20 1;
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#X connect 38 0 20 0;
#X restore 36 755 pd effets_simples;
#N canvas 674 92 667 679 sortie_audio~ 0;
#X obj 41 243 dac~;
#X text 40 147 la sortie audio s'appelle "dac~" pour la créer on créer
un objet nommé "dac~";
#X text 39 184 L'objet dispose de deux entrées audio qui n'accepte
donc que des signaux.;
#X text 106 231 Le dac~ sont les haut-parleurs de votre système audio
\, il va transformer les signaux audio que vous lui envoyez en une
variation de position de la membrane du haut parleur;
#X text 44 330 Il y a deux entrée car on présume que la plus part
des personnes vont travailler avec un système d'écoute stéréophonique
\, mais il est tout à fait possible d'avoir plus de sorties.;
#X text 40 12 dans cette partie (et la plupart des suivantes) \, il
faut veiller a bien avoir cocher la case "compute audio" ou "DSP" dans
la console de démarrage de Pure-Data. Si cette case n'est pas cochée
aucun des objets audio (donc ceux dont le nom comporte un ~ ) ne sera
activé. Vous pouvez tester l'audio à tout moment en allant dans "Média"
-> "TEST AUDIO AND MIDI" et changer les GUI de la partie commentée
"TEST TONES";
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#X floatatom 185 272 8 0 0 0 - - -, f 8;
#X text 248 268 l'oscillateur qui accepte en entrée la fréquence
à laquelle il doit osciller (entre 0 et 20000 a priori);
#X obj 184 426 *~;
#X obj 202 372 tgl 15 0 empty empty empty 17 7 0 10 -262144 -1 -1 0
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#X obj 184 495 *~ 0.5;
#X text 250 316 le 440 permet d'initialiser la fréquence d'oscilation
à 440 Hz.;
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1;
#X floatatom 381 404 5 0 0 0 - - -, f 5;
#X text 254 364 <- un nouveau GUI \, qui vaut 0 s'il n'est pas coché
et 1 s'il l'est :;
#X text 244 427 on multiplie le signal par 0 ou 1 du coup soit il est
nul \, soit il est identique à lui même ! cela permet de "muter"
une source;
#X text 242 568 on envoit le signal à la sortie pour pouvoir l'écouter
;
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#X text 16 293 SYNTHESE DU SIGNAL;
#X text 6 421 TRAITEMENT DU SIGNAL;
#X text 8 562 DIFFUSION DU SIGNAL;
#X text 242 491 on divise le volume par 2 parce qu'un sinus tout seul
c'est quand même fort.;
#X text 23 188 on ne dispose que de quelques objet permettant de "produire"
un signal audio. Ces objets on tous au moins une sortie audio \, il
se retrouveront généralement au point de départ (donc en haut de
nos patchs);
#X text 32 -17 Pour utiliser des objets audio \, il faut que le dsp
soit activé \, il suffit de cliquer (en mode interaction) sur ce MESSAGE
:;
#X msg 142 25 \; pd dsp 1;
#X text 26 72 Les messages sont un nouveau type d'objet celui-ci permet
d'envoyer un message à pure-data lui même (" \; pd" signifie que
ce n'est pas notre programme qui va recevoir le message mais pure-data).
"dsp 1" signifie que l'on veut allumer (1 à l'opposé de 0) le "digital
signal processing" \, soit les calculs faits par les objets audio.
;
#X obj 31 -62 tgl 15 0 empty empty empty 17 7 0 10 -262144 -1 -1 0
1;
#X obj 31 -43 switch~;
#X text 66 -67 <- clicker pour activer les calculs dsp dans ce sous
patch;
#X connect 0 0 4 0;
#X connect 2 0 0 0;
#X connect 4 0 6 0;
#X connect 5 0 4 1;
#X connect 6 0 1 0;
#X connect 6 0 1 1;
#X connect 8 0 9 0;
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#X connect 15 0 16 0;
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#X connect 27 0 28 0;
#X restore 36 421 pd chaine_audio~;
#N canvas 677 87 667 679 controle_du_volume~ 0;
#X text 26 32 Le traitement du signal permet d'agi sur un des signaux
fondamentaux que l'on a vu à l'aide de différentes opérations.;
#X obj 70 116 osc~ 440;
#X obj 70 191 *~ 0.5;
#X obj 71 220 dac~;
#X obj 71 163 *~;
#X obj 92 141 tgl 15 0 empty empty empty 17 7 0 10 -262144 -1 -1 0
1;
#X text 27 76 Par exemple il est très facile de créer un contrôle
de volume (comme on l'a déjà vu).;
#X text 150 114 source;
#X text 116 137 mute;
#X text 130 190 division du vol par 2;
#X text 120 219 hauts-parleurs;
#X obj 124 322 hsl 128 15 0 127 0 0 empty empty empty -2 -8 0 10 -262144
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#X text 23 493 On peut donc faire click droit sur le slider et choisir
"propreties" \, on peut alors modifier son aspect graphique et sa plage
de sortie "output range" au lieu de 0-127 dans left on rentre 0 et
dans right 1 \, le sliders nous donnera 0 lorsque l'on sera tout à
gauche et 1 lorsqu'on sera tout à droite.;
#X obj 502 503 hsl 110 25 0 1 0 0 empty empty empty -2 -8 0 10 -257985
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#X floatatom 499 533 5 0 0 0 - - -, f 5;
#X text 23 595 Vous pouvez vous aussi vous faire un beau slider avec
des couleurs flashy et profitez en pour reproduire l'exemple ci-dessus
mais cette fois faites en sorte que ça ne casse pas les oreilles :)
;
#X obj 29 -13 tgl 15 0 empty empty empty 17 7 0 10 -262144 -1 -1 0
1;
#X obj 29 6 switch~;
#X text 64 -18 <- clicker pour activer les calculs dsp dans ce sous
patch;
#X obj 36 255 cnv 15 420 40 empty empty empty 20 12 0 14 -258113 -66577
0;
#X text 50 258 Créez un contrôle dynamique à l'aide d'un objet gui
: le slider;
#X text 18 412 attention aux oreilles ... parce que le slider par défaut
va sortir des valeurs entre 0 et 127 Du coup si on multiplie un signal
par 127 il sera 127 fois trop fort ... on veut des valeurs entre 0
et 1 ...;
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#N canvas 690 102 667 679 visualiser 0;
#X text -888 6 Il est très simple de visualiser un signal à tout
moment. Pour rappel les signaux audio de sortie que l'on attend seront
compris entre -1 et 1;
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#X restore -818 129 graph;
#X text -889 53 Pour cela nous pouvons utiliser un tableau (menu ajouter
-> Tableau (/Array). Cet objet peut aussi servir à stocker des fichiers
audio (mais nous y reviendrons plus tard);
#X text -891 258 Ensuite nous aurons besoin d'un objet au nom explicite
:;
#X text -891 229 Les tableau eux aussi ont des propriétés permettant
notament des les redimensionner.;
#X text -891 290 Deux possibilités s'offrent à nous : représenter
le signal en "pseudo-continu" ou une image à un instant précis. Il
suffit de préciser dans quelle table on veut dessiner et à quel rythme
;
#X obj -683 435 bng 15 250 50 0 empty empty empty 17 7 0 10 -262144
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#X obj -834 511 tabwrite~ array1;
#X obj -683 458 tgl 15 0 empty empty empty 17 7 0 10 -262144 -1 -1
0 1;
#X obj -669 508 bng 15 250 50 0 empty empty empty 17 7 0 10 -262144
-1 -1;
#X obj -832 378 osc~ 600;
#X obj -683 482 metro 100;
#X obj -829 359 hsl 128 15 0 2000 0 0 empty empty empty -2 -8 0 10
-262144 -1 -1 0 1;
#X obj -833 424 *~;
#X obj -797 409 hsl 128 15 0 1 0 0 empty empty empty -2 -8 0 10 -262144
-1 -1 0 1;
#X text -686 353 contrôle de fréquence;
#X text -660 406 contrôle de volume;
#X text -655 430 cliquer pour représenter à l'instant t;
#X text -656 455 cliquer pour raffraichir toutes les 100 ms;
#X obj -833 552 bng 15 250 50 0 empty empty empty 17 7 0 10 -262144
-1 -1;
#X text -809 541 cet objet est un "bang" \, il représenter un évenement
logique \, qui est vrai au moment ou il est cliqué;
#X obj -886 583 metro 100;
#X text -803 575 est un métronome càd un objet qui sortira des bangs
toutes les x millisecondes;
#X obj -886 -37 tgl 15 0 empty empty empty 17 7 0 10 -262144 -1 -1
0 1;
#X obj -886 -18 switch~;
#X text -851 -42 <- clicker pour activer les calculs dsp dans ce sous
patch;
#X connect 7 0 8 0;
#X connect 9 0 12 0;
#X connect 11 0 14 0;
#X connect 12 0 10 0;
#X connect 12 0 8 0;
#X connect 13 0 11 0;
#X connect 14 0 8 0;
#X connect 15 0 14 1;
#X connect 24 0 25 0;
#X restore 37 507 pd visualiser;
#N canvas 680 82 667 679 send_et_receive 0;
#X text 31 19 Au lieu de tirer des cables on peut utiliser des objets
dédiés [send] et [receive];
#X obj 46 98 send valeur;
#X floatatom 46 74 5 0 0 0 - - -, f 5;
#X obj 168 72 receive valeur;
#X floatatom 168 98 5 0 0 0 - - -, f 5;
#X text 27 138 On peut aussi utiliser leurs abréviations :;
#X floatatom 48 162 5 0 0 0 - - -, f 5;
#X floatatom 170 186 5 0 0 0 - - -, f 5;
#X obj 48 186 s valeur1;
#X obj 170 160 r valeur1;
#X text 32 222 Cela marche aussi pour l'audio :;
#X obj 50 258 s~ signal;
#X obj 171 256 r~ signal;
#X obj 54 362 throw~ sig;
#X obj 175 360 catch~ sig;
#X text 39 300 Pour l'audio il existe aussi [throw~] et [catch~] \,
la seul différence avec [s~] et [r~] est que l'on ne peut pas avoir
deux objets [catch~] avec le même nom.;
#X text 40 404 Il est aussi possible d'utiliser des variables d'un
façon classique comme dans d'autres langages de programmation \, à
l'aide de l'objet [value];
#X obj 75 515 value variable;
#X obj 77 601 value variable;
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#X floatatom 77 631 5 0 0 0 - - -, f 5;
#X floatatom 75 488 5 0 0 0 - - -, f 5;
#X text 44 459 Fixer la valeur de notre variable :;
#X text 46 544 Rappeler cette valeur :;
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#X connect 9 0 7 0;
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#X connect 19 0 18 0;
#X connect 21 0 17 0;
#X restore 36 287 pd send_et_receive;
#X text 256 508 <- oscilloscope;
#N canvas 666 91 667 679 enveloppe_adsr 0;
#X text -1188 3 L'enveloppe ADSR signifie;
#X text -1165 23 Attack = temps nécessaire au son pour atteindre son
amplitude maximale;
#X text -1164 57 Decay = temps pour atteindre \, depuis le pic d'amplitude
\, la phase de sustain.;
#X text -1164 112 Release = temps d'extinction u son;
#X text -1165 91 Sustain = maintien du son au même niveau;
#X text -1177 388 En réalité \, si A \, D \, et R sont exprimés
en ms \, S doit être exprimé en en pourcentage \, de plus il doit
être possible de spécifier la valeur de ce pic .;
#X text -1177 436 Heureusement le navigateur d'aide est là pour nous
aider : CTRL + B \, nous ouvre cette aide.;
#X text -1177 467 Naviguez dans la première colone : choisir Pure
Data \, puis 3.audio.examples et double cliquez sur adsr;
#X text -1179 129 A l'aide de l'objet [delay] et de l'objet [line~]
vous devriez à ce stade être capable de construire une enveloppe
se rapprochant de l'enveloppe adsr en plus simple : une enveloppe "ad"
;
#X text -1178 505 Créez un nouveau document Pure-Data et copiez/collez
l'intégralité de l'exmple à l'intérieur. Enfin sauvegardez sous
le nom adsr dans votre répértoire de travail;
#X obj -1141 273 *~;
#X obj -1141 300 dac~;
#X obj -1142 206 osc~ 440;
#X text -1176 555 Remarquez l'utilisation des arguments ! (\$1 \, \$2
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d'un abstraction par rapport à un sous patch;
#X obj -1179 631 abs/adsr 0.5 50 10 25 100;
#X text -983 650 A la création j'ai spécifié : 0.5 pour la valeur
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R.;
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#X obj -1180 -16 switch~;
#X text -1145 -40 <- clicker pour activer les calculs dsp dans ce sous
patch;
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#X obj 31 -91 inlet;
#X obj 36 362 outlet~;
#X text 102 360 ... et une sortie audio;
#X obj 28 149 line~;
#X text 108 271 cette objet va mettre deux valeur dans une liste;
#X text 109 286 (cible et durée en ms);
#X text 108 330 un objet permettant de générer une rampe;
#X text 97 44 Objet permettant de forcer l'ordre d'actualisation des
objets \, nous y reviendrons quand nous parlerons synthétiseurs.;
#X obj 17 253 delay;
#X obj 123 145 f;
#X obj 171 247 f;
#X text 74 -91 Il vous faudra une entrée data \, de type bang pour
activer l'enveloppe;
#X text 292 104 Vous pouvez utiliser un objet [f] pour stocker un valeur
: entrer une valeur à droite \, et utiliser un bang pour faire passer
la valeur à la sortie de l'objet. (Pensez à consulter l'aide) Nous
y reviendrons quand nous parlerons des compteurs et cela réfère à
la notion d'entrée chaude et d'entrée froide ...;
#X obj 121 120 inlet attack-time;
#X obj 188 218 inlet decay-time;
#X obj 31 57 t b b b;
#X msg 436 376 1 \$1;
#X msg 482 377 0 \$1;
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#X text 423 327 déplacer le carré gris pour décourvir un indice
;
#X text 423 417 nb : le carré est gui de type canvas;
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#X connect 13 0 9 1;
#X connect 14 0 10 1;
#X restore -1031 233 pd ad-env~;
#X obj -1031 204 bng 15 250 50 0 empty empty empty 17 7 0 10 -262144
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#X floatatom -998 203 5 0 0 0 - - -, f 5;
#X floatatom -952 204 5 0 0 0 - - -, f 5;
#X text -984 614 J'ai enregistré le document dans un dossier dans
mon répertoire de travail nommé "abs";
#X text -1178 685 Dans cette abstraction l'objectif est de comprendre
comment la durée du sustain est spécifiée.;
#X text -1027 255 complétez ce sous-patch \, donnez des valeurs à
l'attaque et au decay \, puis cliquez sur le bang : vous devriez entendre
un son ! (si le dsp est en route et que le volume général de votre
pc n'est pas trop bas);
#X text -1029 318 On veut une enveloppe qui va monter jusqu'à 1 dans
le temps spécifé par la deuxième entrée (attack) et descendre à
0 dans le temps spécifié par la troisième entrée (decay).;
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#X restore 37 565 pd enveloppe_adsr;
#X obj 6 533 cnv 15 25 25 empty empty 6 5 12 0 20 -1 -262144 0;
#X obj 6 562 cnv 15 25 25 empty empty 7 5 12 0 20 -1 -262144 0;
#X text 256 568 <- la fameuse enveloppe adsr;
#N canvas 672 91 667 686 abstractions 1;
#X text -1175 15 Une abstraction est un patch pure-data enregistré
séparément et qui peut donc être utilisé comme objet à part entière
pour peut qu'on ait défini des entrées et des sorties.;
#X obj -1158 185 abs/abstraction;
#X text -1173 77 Dans notre dossier de travail \, il existe un sous
dossier nommé "abs" \, nous pouvons enregistrer des abstractions dans
ce dossier. Un exemple d'abstraction simple s'appelant [abstraction]
y est présent \; pour créer l'objet et l'utiliser il nous suffit
de créer un objet :;
#X text -1005 176 on définit le chemin relatif vers l'abstraction
dans le nom de l'objet;
#X text -1166 214 On peut aussi déclarer un chemin vers un dossier
qui contient toutes nos abstractions.;
#X obj -1156 260 declare -path abs;
#X obj -631 316 abstraction;
#X text -976 250 on peut maintenant l'utiliser directement par son
nom;
#X text -1166 297 Un des avantages des abstractions est que l'on peut
utiliser des arguments de création :;
#X text -1131 624 (on va utiliser l'objet [random] et l'objet [+ ]
\, ainsi qu'une entrée et une sortie);
#X text -1161 336 On peut utiliser des valeurs pour initialiser nos
objets que l'on appelera $x : \$1 sera le premier argument \, \$2 le
second etc...;
#X text -1164 448 Cette notation ("$x") sera utilisé ultérieurement
pour créer des messages de contrôle d'enveloppe.;
#X text -1165 392 On commence à compter à 1 \, mais il existe un
message \$0 \, qui servira à l'avenir comme identifiant unique pour
un abstraction.;
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#X text -1158 523 Créer une abstraction qui nous permettera de générer
un nombre aléatoire dans un "range" spécifié par des arguments;
#X text -1157 558 Par exemple : l'abstraction [monAbs 100 20] devra
sortir des valeurs comprises entre 20 et 120;
#X restore 36 257 pd abstractions;
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#X text 184 18 Fréquence;
#X text 282 43 Largeur de la bande;
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#X text 186 267 Fréquence;
#X text 277 294 Largeur de la bande;
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#X text 22 0 Une onde carée dont on peut changer la largeur de bande
;
#X text 20 235 Une onde carée dont on peut changer la largeur de bande
avec un lfo;
#X text 23 496 Un peu d'expérimentation :;
#X text 227 701 Essayez de remplacer les && ou || par des == ou de
les inverser ....;
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#X obj -131 76 all_about_expr_functions;
#X text -166 -88 Les objets de la famille expr nous permettent d'écrire
des expressions classiques et de les évaluer.;
#X text -145 -54 - expr permet les opérations sur les données;
#X text -145 -36 - expr~ permet les opérations sur des signaux (en
tant que vecteurs);
#X text -145 -5 - fexpr~ permet les opérations sur des signaux à
l'échelle du sample (ce qui est forcément couteux en cpu);
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#X obj 117 74 expr~;
#X obj 164 74 fexpr~;
#X text -169 33 Ces objets permettent de faire de nombreuses choses
\, consultez leur doc :;
#X text -168 108 Nous allons nous intéresser principalement à expr~
et dans un but de synthèse sonore.;
#X text -168 178 Essayons de construire maintenant une timeline avec
expr~;
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#X restore -133 473 pd elliptic2;
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#X obj -293 127 samphold~;
#X obj -295 156 expr~ abs(1-pow($v1*3 \, 3));
#X obj -401 66 expr~ abs(1-pow($v1*3 \, 5));
#X obj -389 -30 expr~ floor(16*$v1 \, 0);
#X obj -388 -7 expr~ $v1%8;
#X obj -295 187 lop~ 15;
#X obj -222 96 expr~ modf(16*$v1);
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#X obj 189 333 +~;
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#X msg 203 152 2 \, 0 5000;
#X obj 294 174 sig~ 50;
#X obj 204 221 expr~ $v1%4;
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#X restore 119 472 pd elliptic-double;
#X text -167 388 Nous allons pouvoir maintenant mélanger notre connaissance
en synthèse sonore \, avec cette méthode permettant de construire
des enveloppes complexes à partir d'expressions régulières;
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#X obj -159 -104 switch~;
#X text -124 -128 <- clicker pour activer les calculs dsp dans ce sous
patch;
#X obj -139 326 snapshot~;
#X obj 112 334 snapshot~;
#X obj 194 335 bang~;
#X obj -30 320 bang~;
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#X restore 37 1025 pd synthese_sonore_avec_expr~;
#X obj 6 254 cnv 15 25 25 empty empty 8 5 12 0 20 -1 -262144 0;
#X text 179 257 <- sous-patchs vs abstractions.;
#X obj 5 284 cnv 15 25 25 empty empty 9 5 12 0 20 -1 -262144 0;
#X text 179 288 <- remplacer les fils par des envois;
#X obj 6 591 cnv 15 25 25 empty empty 8 5 12 0 20 -1 -262144 0;
#X text 256 595 <- créer un synthétiseur;
#X obj 6 621 cnv 15 25 25 empty empty 9 5 12 0 20 -1 -262144 0;
#X text 257 624 <- créer un synthétiseur polyphonique;
#N canvas 683 50 667 679 synthetiseur_polyphonique 0;
#X text 10 6 L'exemple précédent est déjà bien \, mais lorsqu'on
lui donne plusieurs notes rapprochées à la suite \, la note précédente
est interompue sans ménagement. Pour remedier à cela nous allons
de voir utiliser l'objet [poly] et créer une abstraction pour gérer
une voix de synthétiseur qui sera dupliquable .;
#X obj 10 482 pack f f f;
#X obj 79 294 abs/synth-voice;
#X obj 10 453 poly 4 1;
#X obj 99 545 route 1 2 3 4;
#X obj 29 588 *~ 0.25;
#X obj 30 615 dac~;
#X obj 79 271 unpack f f;
#X msg 204 201 65 100;
#X msg 248 255 72 100;
#X msg 155 150 60 100;
#X msg 179 176 63 100;
#X msg 222 228 67 100;
#X text 231 150 cliquer pour générer un note midi (pitch 60 / velocité
100);
#X text 6 410 Avec [poly 4 1] on aura 4 voix de synthétiseur \, et
1 voix sera "volée" si jamais on a un taux de messages trop rapide.
;
#X text 6 346 L'objet [poly] va ajouter un préfixe round-robbin devant
le message (accoler un 1 \, puis un 2 \, puis un 3 et un 4). ce qui
va nous permettre de "router" les message à différentes voix de synthétiseur.
;
#X text 96 482 => faire un seul message à partir des trois sorties
de poly;
#X text 203 541 => ici on "route" les message : si le premier chiffre
de la liste est un 1 alors le reste de la liste (amputée du 1) est
passé à la sortie 1 et ainsi de suite .;
#X text 204 281 => on sépare la note et la vélocité et on ne garde
que la note que l'on passe à notre voix de synthétiseur;
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#X obj 16 -12 switch~;
#X text 51 -36 <- clicker pour activer les calculs dsp dans ce sous
patch;
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#X text 10 110 Créer un synthétiseur polyphonique;
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#X restore 37 624 pd synthetiseur_polyphonique;
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#X obj 117 316 print attack;
#X obj 36 381 print pitch;
#X msg 81 -44 amp-range 40 50;
#X text 414 278 individual sinusoidal components;
#X text 300 214 amplitude;
#X text 208 285 raw pitch;
#X text 123 336 bang on;
#X text 123 358 attack;
#X text 31 401 cooked pitch;
#X text 48 418 output;
#X msg 87 52 npoints 2048;
#X msg 99 77 npoints 1024;
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#X obj 208 213 unpack f f f;
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#X obj 36 143 fiddle~ 2048 1 20 3;
#X text 220 -54 en dessous du seuil bas \, aucun message ne sort \,
au dessus du seuil haut \, les données de la première sortie ('cooked')
commencent à être évaluées;
#X text 221 49 spécifier la taille de la fenêtre d'analyse;
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#X text 89 -277 ceci est l'objet permettant d'avoir accès à nos entrées
audio;
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#X text 331 -103 envelope;
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#X msg 99 149 forget;
#X msg 111 221 write templates.txt;
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#X msg 76 87 learn 10;
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#X text 155 54 Temps minimum entre deux attaques en mode apprentisage
;
#X text 159 77 Commencer l'apprentissage \, chaque son doit être répété
10 fois pour être correctement reconnu;
#X text 167 118 Sortir du mode d'apprentissage;
#X text 169 152 Annuler le dernier apprentissage;
#X text 255 217 Ecrire l'apprentissage dans un fichier txt;
#X text 256 247 Lire l'apprentissage depuis un fichier txt;
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#X msg 140 73 minvel 7;
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#X text 243 11 Définir les seuils haut et bas permettant de détecter
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#X text 248 68 En dessous de cette valeur rien n'est transmis à la
sortie;
#X text 247 118 Lister les paramètres dans la console pd;
#X text 246 180 L'apprentissage avec bonk~;
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#X text 40 55 Pour plus d'infos consultez les aides des objets [sigmund~]
\, [fiddle~] et [bonk~];
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#X obj 40 -311 switch~;
#X text 75 -335 <- clicker pour activer les calculs dsp dans ce sous
patch;
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#X text 11 10 Dans le cadre d'un langage de programmation basé sur
l'évenementiel \, il est nécessaire de pouvoir évaluer le résultat
produit par une boite à tout moment.;
#X text 20 295 Nous avons vu précédement que l'objet bang était
un évenement et il nous permettra donc d'executer l'opération prévue
par la boite.;
#X text 13 70 Par exemple la boite [f];
#X obj 193 71 f;
#X text 16 106 a deux entrées et une sortie \, sur tout objet l'entrée
tout à gauche et toujours l'entrée chaude : quand une valeur est
passée à cette entrée \, le résultat est automatiquement évalué
et passé à la sortie.;
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#X text 19 242 si par contre on passe un valeur à l'entrée de droite
celle ci est stockée dans l'objet et le résultat n'est évalué que
si l'entrée chaude est activée.;
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#X obj 100 507 + 1;
#X text 147 465 <- quand je clique ici;
#X text 146 547 <- je veux que cette boite augmente de 1;
#X obj 116 614 until;
#X text 171 610 <- comptez jusqu'à 512 en utilisant [until];
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#X text 15 428 Créez un compteur avec les objets suivant;
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#X text 253 319 <- comment les objets fonctionnent ...;
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#X text 256 651 <- temps musical;
#X text 257 678 <- un premier séquenceur;
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#X restore 37 784 pd synthese_sonore;
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#X text 287 1053 <- entrée audio et analyse;
#X text 252 753 <- quelques effets audio intégrés à pure data;
#X obj 6 1021 cnv 15 25 25 empty empty 3 6 12 0 20 -1 -262144 0;
#X text 286 1027 <- une approche supplémentaire.;
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#X msg 434 455 1 0 1 0 1 0 1 0 1 0;
#X msg 444 480 0 1 0 1 0 1 0 1 0 1;
#X msg 453 504 1 1 1 1 1 1 1 1 1 1;
#X text 38 418 Fondamentale;
#X text 433 431 Fixer les partiels par messages;
#X text 53 11 Le principe est d'ajouter des oscillateurs les uns autres
dont les fréquences sont liées par des ratio.;
#X text 53 46 On peut assez faciliment prototyper un son en analysant
ses partiels et en reconstruisant son timbre grace à la synthèse
additive.;
#X text 55 97 La synthèse additive présente l'avantage d'être relativement
faible en cycles audio \, mais l'inconvénient de compter beaucoup
de paramètres de calculs (parfois trop...);
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#X text 59 229 DC offset;
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#X text 92 -34 <- clicker pour activer les calculs dsp dans ce sous
patch;
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#X text 20 3 Le principe est de sculpter des sons dans une masse de
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#X text 270 76 fréquence;
#X text 268 125 Q;
#X text 20 35 On arrive assez facilement a une synthèse rudimentaire
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#X obj 31 281 abs/synth_noises;
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#X text 367 537 Q;
#X text 25 465 Ou alors on peut aussi l'appliquer à des sons complexes
\, construits en sysnthèse additive :;
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#X text 57 -43 <- clicker pour activer les calculs dsp dans ce sous
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#X text 21 246 On peut généraliser le concept et créer différentes
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#X text 181 -17 modulation de fréquence;
#X text 228 28 quantité de modulation;
#X text 37 -56 En synthèse fm on applique des déformations périodiques
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#X text -55 3 En synthèse AM \, on module le gain d'un signal par
le gain d'un autre signal :;
#X text -53 32 En théorie on module un signal audio (comme un osc
compris entre -1 et 1) et un générateur de rampes (comme un phasor
\, compris entre 0 et 1);
#X text -46 244 On peut aussi utiliser un signal audio pour controler
le gain comme un oscillateur on parle alors de modulation en anneau
:;
#X text -48 464 Il est aussi possible de modifier en oscillateur pour
que ses valeurs en sortie finissent entre 0 et 1 \, on parle alors
de tremolo;
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#X text -41 720 On peut panacher :;
#X text 311 717 On peut aussi facilement faire;
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#X text -17 -42 <- clicker pour activer les calculs dsp dans ce sous
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0.0221989 0.0229041 0.023606 0.0243046 0.0249998 0.0256917 0.0263802
0.0270653 0.027747 0.0284253 0.0291002 0.0297717 0.0304397 0.0311042
0.0317653 0.0324229 0.033077 0.0337276 0.0343747 0.0350183 0.0356583
0.0362947 0.0369277 0.037557 0.0381828 0.0388049 0.0394235 0.0400385
0.0406498 0.0412575 0.0418616 0.042462 0.0430588 0.0436518 0.0442412
0.044827 0.045409 0.0459873 0.0465619 0.0471327 0.0476999 0.0482632
0.0488229 0.0493788 0.0499309 0.0504792 0.0510237 0.0515645 0.0521014
0.0526346 0.0531639 0.0536894 0.0542111 0.054729 0.055243 0.0557531
0.0562594 0.0567618 0.0572604 0.0577551 0.0582458 0.0587327 0.0592158
0.0596949 0.0601701 0.0606413 0.0611087 0.0615721 0.0620316 0.0624872
0.0629388 0.0633865 0.0638302 0.06427 0.0647058 0.0651377 0.0655656
0.0659895 0.0664094 0.0668254 0.0672373 0.0676453 0.0680493 0.0684492
0.0688452 0.0692372 0.0696252 0.0700091 0.070389 0.070765 0.0711369
0.0715047 0.0718686 0.0722284 0.0725842 0.072936 0.0732837 0.0736274
0.0739671 0.0743027 0.0746342 0.0749618 0.0752852 0.0756047 0.0759201
0.0762314 0.0765387 0.0768419 0.0771411 0.0774363 0.0777273 0.0780144
0.0782973 0.0785763 0.0788511 0.079122 0.0793887 0.0796514 0.0799101
0.0801647 0.0804152 0.0806617 0.0809042 0.0811426 0.0813769 0.0816072
0.0818335 0.0820557 0.0822739 0.082488 0.0826981 0.0829041 0.0831062
0.0833041 0.0834981 0.083688 0.0838739 0.0840557 0.0842336 0.0844074
0.0845772 0.084743 0.0849048 0.0850625 0.0852163 0.0853661 0.0855118
0.0856536 0.0857914 0.0859251 0.086055 0.0861808 0.0863026 0.0864205
0.0865344 0.0866443 0.0867503 0.0868523 0.0869504 0.0870446 0.0871347
0.087221 0.0873033 0.0873817 0.0874562 0.0875268 0.0875934 0.0876562
0.0877151 0.08777 0.0878211 0.0878683 0.0879116 0.087951 0.0879866
0.0880184 0.0880463 0.0880703 0.0880905 0.0881069 0.0881194 0.0881282
0.0881331 0.0881342 0.0881315 0.0881251 0.0881149 0.0881008 0.0880831
0.0880615 0.0880362 0.0880072 0.0879745 0.087938 0.0878978 0.0878538
0.0878062 0.0877549 0.0876999 0.0876412 0.0875789 0.0875129 0.0874433
0.08737 0.087293 0.0872125 0.0871283 0.0870406 0.0869492 0.0868542
0.0867557 0.0866536 0.086548 0.0864388 0.0863261 0.0862098 0.08609
0.0859667 0.0858399 0.0857096 0.0855759 0.0854387 0.085298 0.0851539
0.0850063 0.0848553 0.0847009 0.0845431 0.0843819 0.0842173 0.0840494
0.0838781 0.0837034 0.0835254 0.0833441 0.0831595 0.0829716 0.0827803
0.0825858 0.0823881 0.082187 0.0819828 0.0817752 0.0815645 0.0813506
0.0811335 0.0809132 0.0806897 0.080463 0.0802333 0.0800003 0.0797643
0.0795252 0.0792829 0.0790376 0.0787892 0.0785377 0.0782833 0.0780257
0.0777652 0.0775016 0.0772351 0.0769655 0.0766931 0.0764176 0.0761392
0.0758579 0.0755737 0.0752866 0.0749966 0.0747038 0.074408 0.0741095
0.0738081 0.0735039 0.0731969 0.0728871 0.0725745 0.0722592 0.0719411
0.0716203 0.0712968 0.0709706 0.0706417 0.0703101 0.0699759 0.069639
0.0692995 0.0689574 0.0686127 0.0682654 0.0679155 0.0675631 0.0672081
0.0668506 0.0664906 0.0661281 0.0657632 0.0653958 0.0650259 0.0646536
0.0642788 0.0639017 0.0635222 0.0631403 0.0627561 0.0623695 0.0619806
0.0615894 0.0611959 0.0608001 0.060402 0.0600017 0.0595992 0.0591944
0.0587875 0.0583784 0.0579671 0.0575536 0.0571381 0.0567204 0.0563006
0.0558787 0.0554547 0.0550287 0.0546007 0.0541706 0.0537385 0.0533045
0.0528684 0.0524304 0.0519905 0.0515486 0.0511049 0.0506592 0.0502117
0.0497623 0.0493111 0.048858 0.0484032 0.0479465 0.0474881 0.0470279
0.046566 0.0461023 0.045637 0.0451699 0.0447012 0.0442308 0.0437588
0.0432851 0.0428099 0.042333 0.0418546 0.0413747 0.0408932 0.0404101
0.0399256 0.0394396 0.0389521 0.0384631 0.0379727 0.0374809 0.0369877
0.0364931 0.0359971 0.0354998 0.0350012 0.0345012 0.0339999 0.0334974
0.0329936 0.0324885 0.0319822 0.0314747 0.030966 0.0304561 0.029945
0.0294328 0.0289195 0.028405 0.0278895 0.0273729 0.0268552;
#A 2000 0.0263365 0.0258168 0.025296 0.0247743 0.0242516 0.0237279
0.0232033 0.0226778 0.0221513 0.021624 0.0210958 0.0205668 0.0200369
0.0195062 0.0189747 0.0184424 0.0179094 0.0173756 0.0168411 0.0163058
0.0157699 0.0152333 0.014696 0.014158 0.0136195 0.0130803 0.0125405
0.0120002 0.0114593 0.0109178 0.0103759 0.00983337 0.00929039 0.00874693
0.00820302 0.00765867 0.00711389 0.00656871 0.00602314 0.00547719 0.00493089
0.00438425 0.00383729 0.00329002 0.00274246 0.00219464 0.00164655 0.00109823
0.000549694 9.49425e-07 -0.000547982 -0.00109708 -0.00164634 -0.00219573
-0.00274524 -0.00329486 -0.00384456 -0.00439433 -0.00494416 -0.00549402
-0.00604391 -0.00659379 -0.00714367 -0.00769351 -0.00824331 -0.00879305
-0.00934271 -0.00989227 -0.0104417 -0.010991 -0.0115402 -0.0120892
-0.0126381 -0.0131867 -0.0137352 -0.0142834 -0.0148314 -0.0153791 -0.0159265
-0.0164737 -0.0170205 -0.0175671 -0.0181132 -0.0186591 -0.0192045 -0.0197496
-0.0202943 -0.0208386 -0.0213824 -0.0219258 -0.0224687 -0.0230111 -0.0235531
-0.0240945 -0.0246354 -0.0251758 -0.0257156 -0.0262548 -0.0267935 -0.0273315
-0.0278689 -0.0284057 -0.0289419 -0.0294773 -0.0300121 -0.0305462 -0.0310796
-0.0316123 -0.0321442 -0.0326754 -0.0332058 -0.0337354 -0.0342642 -0.0347923
-0.0353194 -0.0358458 -0.0363712 -0.0368958 -0.0374196 -0.0379424 -0.0384643
-0.0389853 -0.0395053 -0.0400243 -0.0405424 -0.0410595 -0.0415757 -0.0420907
-0.0426048 -0.0431178 -0.0436298 -0.0441407 -0.0446505 -0.0451592 -0.0456668
-0.0461732 -0.0466785 -0.0471827 -0.0476857 -0.0481875 -0.0486882 -0.0491876
-0.0496858 -0.0501827 -0.0506785 -0.0511729 -0.0516661 -0.052158 -0.0526486
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-0.056525 -0.0570033 -0.0574802 -0.0579556 -0.0584296 -0.0589022 -0.0593732
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-0.0807916 -0.0811726 -0.0815516 -0.0819285 -0.0823034 -0.0826763 -0.0830471
-0.0834158 -0.0837824 -0.084147 -0.0845094 -0.0848698 -0.085228 -0.0855842
-0.0859382 -0.08629 -0.0866398 -0.0869873 -0.0873327 -0.087676 -0.0880171
-0.0883559 -0.0886927 -0.0890272 -0.0893595 -0.0896896 -0.0900174 -0.0903431
-0.0906665 -0.0909877 -0.0913066 -0.0916233 -0.0919377 -0.0922498 -0.0925597
-0.0928673 -0.0931726 -0.0934757 -0.0937764 -0.0940748 -0.0943709 -0.0946647
-0.0949561 -0.0952453 -0.0955321 -0.0958165 -0.0960986 -0.0963784 -0.0966558
-0.0969308 -0.0972035 -0.0974738 -0.0977417 -0.0980072 -0.0982703 -0.0985311
-0.0987894 -0.0990454 -0.0992989 -0.09955 -0.0997987 -0.100045 -0.100289
-0.10053 -0.100769 -0.101006 -0.10124 -0.101471 -0.101701 -0.101927
-0.102151 -0.102373 -0.102593 -0.102809 -0.103024 -0.103236 -0.103445
-0.103652 -0.103856 -0.104058 -0.104258 -0.104455 -0.104649 -0.104841
-0.10503 -0.105217 -0.105401 -0.105583 -0.105763 -0.105939 -0.106114
-0.106285 -0.106454 -0.106621 -0.106785 -0.106947 -0.107106 -0.107262
-0.107416 -0.107568 -0.107717 -0.107863 -0.108007 -0.108148 -0.108286
-0.108423 -0.108556 -0.108687 -0.108815 -0.108941 -0.109065 -0.109185
-0.109303 -0.109419 -0.109532 -0.109642 -0.10975 -0.109856 -0.109958
-0.110059 -0.110156 -0.110251 -0.110344 -0.110434 -0.110521 -0.110606
-0.110688 -0.110767 -0.110845 -0.110919 -0.110991 -0.11106 -0.111127
-0.111191 -0.111253 -0.111312 -0.111368 -0.111422 -0.111474 -0.111523
-0.111569 -0.111612 -0.111654 -0.111692 -0.111728 -0.111762 -0.111793
-0.111821 -0.111847 -0.11187 -0.111891 -0.111909 -0.111924 -0.111937
-0.111948 -0.111956 -0.111961 -0.111964 -0.111965 -0.111963 -0.111958
-0.111951 -0.111941 -0.111929 -0.111914 -0.111897 -0.111877 -0.111855
-0.11183 -0.111803 -0.111773 -0.11174 -0.111706 -0.111668 -0.111629
-0.111586 -0.111542 -0.111494 -0.111445 -0.111393 -0.111338 -0.111281
-0.111221 -0.111159 -0.111095 -0.111028 -0.110959 -0.110887 -0.110813
-0.110736 -0.110657 -0.110576 -0.110492 -0.110405 -0.110317 -0.110226
-0.110132 -0.110036 -0.109938 -0.109837 -0.109734 -0.109629 -0.109521
-0.109411 -0.109298 -0.109183 -0.109066 -0.108947 -0.108825 -0.108701
-0.108574 -0.108445 -0.108314 -0.10818 -0.108045 -0.107907 -0.107766
-0.107623 -0.107478 -0.107331 -0.107182 -0.10703 -0.106876 -0.10672
-0.106561 -0.1064 -0.106237 -0.106072 -0.105905 -0.105735 -0.105563
-0.105389 -0.105213 -0.105034 -0.104854 -0.104671 -0.104486 -0.104299
-0.104109 -0.103918 -0.103724 -0.103529 -0.103331 -0.103131 -0.102929
-0.102725 -0.102519 -0.10231 -0.1021 -0.101887 -0.101673 -0.101456
-0.101238 -0.101017 -0.100794 -0.100569 -0.100343 -0.100114 -0.099883
-0.0996503 -0.0994155 -0.0991787 -0.09894 -0.0986993 -0.0984567 -0.0982121
-0.0979655 -0.0977171 -0.0974667 -0.0972144 -0.0969602 -0.0967041 -0.0964461
-0.0961862 -0.0959245 -0.0956608 -0.0953954 -0.0951281 -0.0948589 -0.094588
-0.0943152 -0.0940406 -0.0937641 -0.0934859 -0.093206 -0.0929242 -0.0926407
-0.0923554 -0.0920683 -0.0917796 -0.091489 -0.0911968 -0.0909029 -0.0906072
-0.0903099 -0.0900109 -0.0897102 -0.0894078 -0.0891038 -0.0887982 -0.0884909
-0.0881819 -0.0878714 -0.0875592 -0.0872455 -0.0869301 -0.0866132 -0.0862947
-0.0859746 -0.085653 -0.0853299 -0.0850052 -0.084679 -0.0843513 -0.0840221
-0.0836914 -0.0833592 -0.0830255 -0.0826904 -0.0823538 -0.0820158 -0.0816763
-0.0813355 -0.0809932 -0.0806495 -0.0803044 -0.079958 -0.0796101 -0.0792609
-0.0789104 -0.0785585 -0.0782053 -0.0778508 -0.0774949 -0.0771378 -0.0767793
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-0.051645 -0.0512257 -0.0508059 -0.0503855 -0.0499645 -0.049543 -0.049121
-0.0486985 -0.0482754 -0.0478519 -0.0474278 -0.0470033 -0.0465783 -0.0461529
-0.045727 -0.0453007 -0.044874 -0.0444469 -0.0440193 -0.0435914 -0.0431631
-0.0427345 -0.0423054 -0.0418761 -0.0414464 -0.0410164 -0.0405861 -0.0401554
-0.0397245 -0.0392933 -0.0388619 -0.0384302 -0.0379982 -0.037566 -0.0371336
-0.036701 -0.0362682 -0.0358351 -0.0354019 -0.0349686 -0.0345351 -0.0341014
-0.0336676 -0.0332336 -0.0327996 -0.0323655 -0.0319312 -0.0314969 -0.0310625
-0.030628 -0.0301935 -0.029759 -0.0293244 -0.0288898 -0.0284552 -0.0280206
-0.0275861 -0.0271515 -0.026717 -0.0262825 -0.0258481 -0.0254137 -0.0249795
-0.0245453 -0.0241112 -0.0236772 -0.0232434 -0.0228096 -0.0223761 -0.0219426
-0.0215094 -0.0210763 -0.0206433 -0.0202106 -0.0197781 -0.0193458 -0.0189137
-0.0184818 -0.0180502 -0.0176189 -0.0171878 -0.016757 -0.0163265 -0.0158962
-0.0154663 -0.0150367 -0.0146074 -0.0141784 -0.0137498 -0.0133216 -0.0128937
-0.0124662 -0.0120391 -0.0116123 -0.011186 -0.0107601 -0.0103346 -0.00990955
-0.00948494 -0.00906079 -0.0086371 -0.00821388 -0.00779115 -0.00736891
-0.00694718 -0.00652595 -0.00610525 -0.00568508 -0.00526545 -0.00484637
-0.00442785 -0.0040099 -0.00359253 -0.00317575 -0.00275956 -0.00234398
-0.00192902 -0.00151468 -0.00110098 -0.000687924 -0.000275519 0.000136224
0.000547296 0.000957687 0.00136739 0.00177639 0.00218469 0.00259227
0.00299912 0.00340524 0.00381062 0.00421524 0.0046191 0.00502219 0.00542451
0.00582604 0.00622677 0.0066267 0.00702581 0.0074241 0.00782156 0.00821819
0.00861396 0.00900888 0.00940294 0.00979612 0.0101884 0.0105798 0.0109704
0.01136 0.0117487 0.0121364 0.0125233 0.0129092 0.0132941 0.0136782
0.0140612 0.0144433 0.0148244 0.0152045 0.0155836 0.0159617 0.0163388
0.0167149 0.0170899 0.017464 0.017837 0.0182089 0.0185798 0.0189496
0.0193184 0.019686 0.0200526 0.0204181 0.0207825 0.0211458 0.021508
0.021869 0.0222289 0.0225877 0.0229454 0.0233019 0.0236572 0.0240114
0.0243644 0.0247162 0.0250668 0.0254163 0.0257645 0.0261116 0.0264574
0.026802 0.0271454 0.0274876 0.0278285 0.0281682 0.0285066 0.0288438
0.0291797 0.0295143 0.0298477 0.0301798 0.0305105 0.03084 0.0311682
0.0314951 0.0318207 0.0321449 0.0324679 0.0327895 0.0331097 0.0334287
0.0337462 0.0340624 0.0343773 0.0346908 0.0350029 0.0353137 0.035623
0.035931 0.0362376 0.0365428 0.0368466 0.0371489 0.0374499 0.0377494
0.0380476 0.0383442 0.0386395 0.0389333 0.0392257 0.0395166 0.0398061
0.0400941 0.0403806 0.0406657 0.0409493 0.0412314 0.0415121 0.0417912
0.0420689 0.0423451 0.0426197 0.0428929 0.0431646 0.0434347 0.0437033
0.0439704 0.044236 0.0445 0.0447625 0.0450235 0.0452829 0.0455408 0.0457972
0.0460519 0.0463051 0.0465568 0.0468069 0.0470554 0.0473024 0.0475477
0.0477915 0.0480337 0.0482744 0.0485134 0.0487508 0.0489867 0.0492209
0.0494535 0.0496846 0.049914 0.0501418 0.050368 0.0505926 0.0508155
0.0510368 0.0512565 0.0514746 0.051691 0.0519058 0.052119 0.0523305
0.0525404 0.0527486 0.0529552 0.0531601 0.0533634 0.053565 0.053765
0.0539633 0.0541599 0.0543549 0.0545482 0.0547398 0.0549298 0.0551181
0.0553047 0.0554896 0.0556729 0.0558545 0.0560344 0.0562126 0.0563891
0.0565639 0.0567371 0.0569085 0.0570783 0.0572464 0.0574127 0.0575774
0.0577404 0.0579017 0.0580612 0.0582191 0.0583753 0.0585298 0.0586825
0.0588336 0.0589829 0.0591306 0.0592765 0.0594207 0.0595632 0.0597041
0.0598431 0.0599805 0.0601162 0.0602501 0.0603824 0.0605129 0.0606417
0.0607688 0.0608942 0.0610178 0.0611398 0.06126 0.0613785 0.0614953
0.0616104 0.0617237 0.0618354 0.0619453 0.0620535 0.06216 0.0622647
0.0623678 0.0624691 0.0625687 0.0626666 0.0627628 0.0628573 0.0629501
0.0630411 0.0631304 0.0632181 0.063304 0.0633882 0.0634706 0.0635514
0.0636305 0.0637078 0.0637835 0.0638574 0.0639296 0.0640002 0.064069
0.0641361 0.0642015 0.0642652 0.0643272 0.0643876 0.0644462 0.0645031
0.0645583 0.0646119 0.0646637 0.0647139 0.0647624 0.0648091 0.0648542
0.0648976 0.0649394 0.0649794 0.0650178 0.0650545 0.0650895 0.0651228
0.0651545;
#A 3000 0.0651845 0.0652129 0.0652395 0.0652645 0.0652879 0.0653096
0.0653296 0.065348 0.0653647 0.0653798 0.0653932 0.065405 0.0654151
0.0654236 0.0654304 0.0654356 0.0654392 0.0654412 0.0654415 0.0654402
0.0654373 0.0654327 0.0654266 0.0654188 0.0654094 0.0653984 0.0653858
0.0653716 0.0653558 0.0653384 0.0653194 0.0652988 0.0652766 0.0652529
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#X text -7 627 Voici un petit exemple de waveshapping avec une sélection
de presets \, avec un abstraction réutilisable;
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#X coords 0 1 2051 -1 100 100 1 0 0;
#X restore 523 405 graph;
#X msg 30 92 \; waveform sinesum 2051 1;
#X msg 30 130 \; waveform sinesum 2051 1 0.5 0.33 0.25 \; waveform
normalize \;;
#X text 229 92 sinus;
#X text 310 144 saw (4 harmoniques);
#X msg 30 184 \; waveform sinesum 2051 1 0.5 0.33 0.25 0.2 0.16667
0.14285 0.125 0.1111 0.1 \; waveform normalize \;;
#X text 446 213 saw (9 harmoniques);
#X msg 30 254 \; waveform sinesum 2051 1 0 -0.1 0 \; waveform normalize
\;;
#X text 287 272 triangle;
#X msg 30 308 \; waveform sinesum 2051 1 0 0.2 0 \; waveform normalize
\;;
#X text 287 326 square;
#X obj 61 593 dac~;
#X obj 143 546 tgl 15 0 empty empty empty 17 7 0 10 -262144 -1 -1 0
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#X obj 143 567 metro 100;
#X obj 143 592 tabwrite~ array7;
#X obj 103 838 tabwrite~ array7;
#X obj 64 433 hsl 128 15 0 127 0 0 empty empty empty -2 -8 0 10 -262144
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#X obj 61 451 mtof;
#X obj 61 474 phasor~;
#X obj 61 497 *~ 2051;
#X obj 61 519 tabread4~ waveform;
#X obj 62 568 *~;
#X obj 112 553 tgl 15 0 empty empty empty 17 7 0 10 -262144 -1 -1 0
1;
#X text -6 -60 Dans le waveshapping nous allons utiliser un tableau
(ajouter -> Tableau) pour stocker un waveform que nous pourrons créer
par message. Nous allons utiliser la synthèse additive et la fonction
sinesum. Nous verrons aussi plus tard que les tableaux sont très pratiques
pour stocker des échantillons;
#X text -8 369 Pour le playback \, on va utilise l'objet [tabread4~]
\, il nous suffit de lui fournir unn signal qui va parcourir le tableau
de manière périodique;
#X text 132 473 de 0 à 1;
#X text 132 493 de 0 à 2051 qui est la taille du tableau;
#X text -4 32 Dans un message : d'abord on donne le nom du tableau
\, on ajoute le mot clé sinesum \, puis on donne la taille du tableau
et enfin les niveaux des harmoniques;
#X obj -1 -107 tgl 15 0 empty empty empty 17 7 0 10 -262144 -1 -1 0
1;
#X obj -1 -88 switch~;
#X text 34 -112 <- clicker pour activer les calculs dsp dans ce sous
patch;
#X connect 2 0 1 0;
#X connect 2 0 1 1;
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#X connect 34 0 35 0;
#X connect 34 0 28 0;
#X connect 35 0 25 0;
#X connect 35 0 25 1;
#X connect 36 0 35 1;
#X connect 42 0 43 0;
#X restore 62 937 pd waveshaping;
#X obj 6 934 cnv 15 50 25 empty empty 2-5 6 12 0 20 -1 -262144 0;
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-0.781259 -0.781259 -0.781259 -0.781259 -0.781259 -0.781259;
#A 1000 -0.781259 -0.781259 -0.781259 -0.781259 -0.781259 -0.781259
-0.781259 -0.781259 -0.781259 -0.781259 -0.781259 -0.781259 -0.781259
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-0.781259 -0.781259 -0.781259 -0.781259 0.00335868 0.00335868 0.00335868
0.00335868 0.00335868 0.00335868 0.00335868 0.00335868 0.00335868 0.00335868
0.00335868 0.00335868 0.00335868 0.00335868 0.00335868 0.00335868 0.00335868
0.00335868 0.00335868 0.00335868 0.00335868 0.00335868 0.00335868 0.00335868
0.00335868 0.00335868 0.00335868 0.00335868 0.00335868 0.00335868 0.00335868
0.00335868 0.00360388 0.00384907 0.00409426 0.00433946 0.00458465 0.00482984
0.00507504 0.00532023 0.00556542 0.00581061 0.00605581 0.006301 0.00654619
0.00679139 0.00703658 0.00728177 0.00752697 0.00777216 0.00801735 0.00826254
0.00850774 0.00875293 0.00899812 0.00924332 0.00948851 0.0097337 0.0099789
0.0102241 0.0104693 0.0107145 0.0109597 0.0112049 0.0114501 0.0116952
0.0119404 0.0121856 0.0124308 0.012676 0.0129212 0.0131664 0.0134116
0.0136568 0.013902 0.0141472 0.0143924 0.0146376 0.0148828 0.0151279
0.0153731 0.0156183 0.0158635 0.0161087 0.0163539 0.0165991 0.0168443
0.0170895 0.0173347 0.0175799 0.0178251 0.0180703 0.0183155 0.0185607
0.0188058 0.019051 0.019051 0.019051 0.019051 0.019051 0.019051 0.019051
0.019051 0.019051 0.019051 0.019051 0.019051 0.019051 0.019051 0.019051
0.019051 0.019051 0.019051 0.019051 0.019051 0.019051 0.019051 0.019051
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0.019051 0.019051 0.019051 0.019051 0.019051 0.019051 0.019051 0.019051
0.019051 0.019051 0.019051 0.019051 0.019051 0.019051 0.019051 0.019051
0.019051 0.019051 0.019051 0.019051 0.019051 0.019051 0.019051 0.019051
0.019051 0.019051 0.019051 0.019051 0.019051 0.019051 0.019051 0.019051
0.019051 0.019051 0.019051 0.019051 0.019051 0.019051 0.019051 0.019051
0.019051 0.019051 0.019051 0.019051 0.019051 0.019051 0.019051 0.019051
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0.019051 0.019051 0.019051 0.019051 0.019051 0.019051 0.019051 0.019051
0.0192162 0.0193814 0.0195466 0.0197118 0.019877 0.0200421 0.0202073
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0.0215288 0.021694 0.0218592 0.0220243 0.0221895 0.0223547 0.0225199
0.0226851 0.0228502 0.0230154 0.0231806 0.0233458 0.023511 0.0236762
0.0238413 0.0240065 0.0241717 0.0243369 0.0245021 0.0246673 0.0248324
0.0249976 0.0251628 0.025328 0.0254932 0.0256584 0.0258235 0.0259887
0.0261539 0.0263191 0.0264843 0.0266495 0.0268146 0.0269798 0.027145
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0.0284665 0.0286317 0.0287968 0.028962 0.0291272 0.0292924 0.0294576
0.0296228 0.0297879 0.0299531 0.0301183 0.0302835 0.0304487 0.0306139
0.030779 0.0309442 0.0311094 0.0312746 0.0314398 0.031605 0.0317701
0.0319353 0.0321005 0.0322657 0.0324309 0.0325961 0.0327612 0.0329264
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0.0353972 0.0355607 0.0357242 0.0358876 0.0360511 0.0362145 0.036378
0.0365415 0.0367049 0.0368684 0.0370319 0.0371953 0.0373588 0.0375222
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0.0422626 0.0424261 0.0425896 0.042753 0.0429165 0.04308 0.0432434
0.0434069 0.0435703 0.0437338 0.0438973 0.0440607 0.0442242 0.0443876
0.0445511 0.0447146 0.044878 0.0450415 0.045205 0.0453684 0.0455319
0.0456953 0.0458588 0.0460223 0.0461857 0.0463492 0.0465127 0.0466761
0.0468396 0.047003 0.0471665 0.04733 0.0474934 0.0476569 0.0478204
0.0479838 0.0481473 0.0483107 0.0484742 0.0486377 0.0488011 0.0489646
0.049128 0.0492915 0.049455 0.0496184 0.0497819 0.0499454 0.0501088
0.0502723 0.0504357 0.0504357 0.0504357 0.0504357 0.0504357 0.0504357
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0.0504357 0.0504357 0.0504357 0.0504357 0.0504357 0.0504357 0.0504357
0.0504357 0.0504357 0.0504357 0.0504357 0.0504357 0.0504357 0.0504357
0.0504357 0.0504357 0.0504357 0.0504357 0.0504357 0.0504357 0.0504357
0.0504357 0.0504357 0.0504357 0.0504357 0.0504357 0.0504357 0.0504357
0.0504357 0.0504357 0.0504357 0.0504357 0.0504357 0.0504357 0.0661282
0.0663734 0.0666186 0.0668638 0.067109 0.0673542 0.0675994 0.0678446
0.0680897 0.0683349 0.0685801 0.0688253 0.0690705 0.0693157 0.0695609
0.0698061 0.0700513 0.0702965 0.0705417 0.0707868 0.071032 0.0712772
0.0715224 0.0717676 0.0720128 0.072258 0.0725032 0.0727484 0.0729936
0.0732388 0.073484 0.0737291 0.0739743 0.0742195 0.0744647 0.0747099
0.0749551 0.0752003 0.0754455 0.0756907 0.0759359 0.0761811 0.0764262
0.0766714 0.0769166 0.0771618 0.077407 0.0776522 0.0778974 0.0781426
0.0783878 0.078633 0.0788782 0.0791233 0.0793685 0.0796137 0.0798589
0.0801041 0.0803493 0.0805945 0.0808397 0.0810849 0.0813301 0.0815753
0.0818204 0.0823266 0.0828328 0.083339 0.0838452 0.0843514 0.0848576
0.0853638 0.08587 0.0863762 0.0868824 0.0873887 0.0878949 0.0884011
0.0889073 0.0894135 0.0899197 0.0904259 0.0909321 0.0914383 0.0919445
0.0924507 0.0929569 0.0934631 0.0939694 0.0944756 0.0949818 0.095488
0.0959942 0.0965004 0.0970066 0.0975129 0.0977581 0.0980033 0.0982485
0.0984937 0.0987389 0.0989841 0.0992293 0.0994745 0.0997196 0.0999648
0.10021 0.100455 0.1007 0.100946 0.101191 0.101436 0.101681 0.101926
0.102172 0.102417 0.102662 0.102907 0.103152 0.103398 0.103643 0.103888
0.104133 0.104378 0.104623 0.104869 0.105114 0.105359 0.105604 0.105849
0.106095 0.10634 0.106585 0.10683 0.107075 0.107321 0.107566 0.107811
0.108056 0.108301 0.108547 0.108792 0.109037 0.109282 0.109527 0.109772
0.110018 0.110263 0.110508 0.110753 0.110998 0.111244 0.111489 0.111734
0.111979 0.112224 0.11247 0.112715 0.11296 0.113205 0.1137 0.114196
0.114692 0.115187 0.115683 0.116178 0.116674 0.117169 0.117665 0.11816
0.118656 0.119151 0.119647 0.120143 0.120638 0.121134 0.121629 0.122125
0.12262 0.123116 0.123611 0.124107 0.124602 0.125098 0.125594 0.126089
0.126585 0.12708 0.127576 0.128071 0.128567 0.129062 0.129558 0.130053
0.130549 0.131045 0.13154 0.132036 0.132531 0.133027 0.133522 0.134018
0.134513 0.135009 0.135505 0.136 0.136496 0.136991 0.137487 0.137982
0.138478 0.138973 0.139469 0.139965 0.14046 0.140956 0.141451 0.141947
0.142442 0.142938 0.143433 0.143929 0.144425 0.14492 0.145416 0.145911
0.146407 0.146902 0.147398 0.147893 0.148389 0.148885 0.14938 0.149876
0.150371 0.150867 0.151362 0.151858 0.152353 0.152849 0.153344 0.15384
0.154336 0.154831 0.155327 0.155822 0.156318 0.156813 0.157309 0.157804
0.1583 0.158796 0.159291 0.159787 0.160282 0.160777;
#A 2000 0.161273 0.161768 0.162264 0.16276 0.163255 0.163751 0.164246
0.164742 0.165237 0.165733 0.166228 0.166724 0.167219 0.167715 0.168211
0.168706 0.169202 0.169697 0.170193 0.170688 0.171184 0.171679 0.172175
0.172671 0.173166 0.173662 0.174157 0.174653 0.175148 0.175644 0.176139
0.176635 0.177131 0.177626 0.178122 0.178617 0.179113 0.179608 0.180104
0.180599 0.181095 0.181591 0.182086 0.182582 0.183077 0.183573 0.184068
0.184564 0.185059 0.185555 0.186051 0.186546 0.187042 0.187537 0.188033
0.188528 0.189024 0.189519 0.190015 0.19051 0.191006 0.191502 0.191997
0.192493 0.192988 0.193484 0.193979 0.194475 0.19497 0.195466 0.195962
0.196457 0.196953 0.197448 0.197944 0.198439 0.198935 0.19943 0.199926
0.200422 0.200917 0.201413 0.201908 0.202404 0.202899 0.203395 0.20389
0.204386 0.204882 0.205377 0.205873 0.206368 0.206864 0.207359 0.207359
0.207359 0.207359 0.207359 0.207359 0.207359 0.207359 0.207359 0.207359
0.207359 0.207359 0.207359 0.207359 0.207359 0.207359 0.207359 0.207359
0.207359 0.207359 0.207359 0.207359 0.207359 0.207359 0.207359 0.207359
0.207359 0.207359 0.207359 0.207359 0.207359 0.207359 1.07044 0.786996
0.786015 0.785034 0.784053 0.783072 0.782092 0.781111 0.78013 0.779149
0.778168 0.777188 0.776207 0.775226 0.774245 0.773264 0.772284 0.771303
0.770322 0.769341 0.76836 0.76738 0.766399 0.765418 0.764437 0.763457
0.762476 0.761495 0.760514 0.759533 0.758553 0.757572 0.756591 0.709515
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0.456812 0.456812 0.456812 0.456812 0.456812 0.456812 0.456812;
#A 8000 0.456812 0.456812 0.456812 0.456812 0.456812 0.456812 0.456812
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#X text 2 105 FREQUENCY MODULATION BY WAVETABLE;
#X text 284 571 updated for Pd version 0.37;
#X msg 345 126 \; pitchmod14 sinesum 8192 1 3 5 6 6 6 2 \; pitchmod14
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#X text 6 3 Ici nous allons combiner le waveshapping avec la synthèse
FM \, vous pouvez aussi dessiner votre waveform directement dans le
tableau pitchmod14.;
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#X text 43 -55 <- clicker pour activer les calculs dsp dans ce sous
patch;
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#X text 294 6 Un petit exemple d'automate batteur : remarquez l'utilisation
du compteur \, de [random] et [randomNumber] (notre première abstraction).
Prenez le temps aussi de comprendre l'objet [moses] et regardez les
abstraction du drumkit en essayant de reconnaitre les techniques de
synthèse utilisées.;
#X text 12 503 Moses permet de construire des chaines de markov et
des arbres de décisions basés sur des probabilités;
#X text 12 539 il accepte un nombre en entrée \, si ce nombre est
supérieur à l'arugment fournit alors il sera passé à la sortie
de droite \, sinon il sera passé à la sortie de gauche.;
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