STOKE.Patterns.pd

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#X text 179 -640 Knob C changes different patterns of the rhythms.
;
#X text -45 -881 to use this button as the main clock of your algorythm
you can use this bang as the main metronome [in this case metro bang]
;
#X text 75 -1295 incoming from Left button and GATE1 (CV Input 1) are
doing the same \, therefore to avoid clock conflicts is much more efficient
to use this button as the main clock of your algorythm;
#X text 580 -875 this piece of code calculates the taptempo in your
patch from the incoming CV from GATE1 (CV input 1);
#X text 50 -1034 This toggle activates the led in the GATE.OUT portso
you can visualize the clock in it.;
#X text 477 -248 Those combinations are the patterns.You can make
some tweaks \, but conceptually the order is from Large patterns and
big numbers [ sel 0] [sel1] etc.. until the short patterns [sel 6]
[sel 7] and short numbers;
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#X text -10 613 Patterns of the previous section generates triggers
according of the range defined for kombiXS \, kombi S \, kombiM \,
kombiL \, and kombiXL;
#X text 92 1135 Knob A controls the amount of randomness.The bigger
the value of the knob the more fully patterns are generated;
#X text 95 1182 Knob A controls the amount of randomness.The shorter
the value of the knob the more spaced and voided patterns are generated
;
#X text -57 1412 Knob A controls stokastic.ratio receive messages.
;
#X text -132 2382 TRiggers generated on the previous section \, trigs
different short sounds (oscillators with short envelopes via line~]
If you want to modify the lenght of those sounds you can modify the
last value in the message [1 \, 0 888[ instead of [1 \, 0 144[;
#X text -123 2033 rnd value grasp the values in the [s metrobang4xStok]
of the previous section. For low values will increment octaves in the
oscillators and viceversa;
#X msg 212 5892 \; wssinedirt sinesum 1024 1;
#X obj -75 8499 dac~ 1;
#X obj 189 8470 dac~ 2;
#X msg 438 5992 \; wscosine normalize 1;
#X text -53 3333 adc~ 1 catches the audio signal of IN L LICH PORT
;
#X text -28 3880 adc~ 2 catches the audio signal of IN R LICH PORT
;
#X text 249 3634 This section open shortly a gate to open the adc1
incoming signal. It is related to the rhythms produced before \, therefore
the audio incoming signal is patterned with the rest of produced rhythms
;
#X text 284 4188 This section open shortly a gate to open the adc2
incoming signal. It is related to the rhythms produced before \, therefore
the audio incoming signal is patterned with the rest of produced rhythms
;
#X text 190 4581 All sounds produced are collected into a main mix
;
#X text 106 4901 All sounds produced are collected into a main mix
and processed by this waveshaping section;
#X text 234 4968 Button 2 Changes different presets of WaveShapes;
#X text 239 4983 Also can be automatically changed via GATE2 LICH port
;
#X text 237 6387 Knob B Controls different amount of a quantized delay
;
#X text 16 6753 Quantized delays are related to the calculated time
of tap tempo in the beginning of the patch;
#X text 31 6839 Knob D controls the Delay's Feedback;
#X text -95 6359 DElay Section;
#X text -109 4896 Wave Shaping Section;
#X text -101 7764 Final Mix Section;
#X text -94 8815 CV OUT 1 + CV OUT 2 generators;
#X text 246 8820 CV OUT 1 generates CV changes depending on the rhythms
generated in the firsts sections with this metrobang XStok receive
messages;
#X text -51 10146 Stokastik.Patterns code by Xavi Manzanares / Jun.2021
;
#X text 81 9470 CV OUT 1 generates CV changes depending on the rhythms
generated in the firsts sections with this metrobang XStok receive
messages;
#X text 35 9877 CV OUT 2 generates Random CV values with smooth and
slow progressions;
#X text 77 9518 CV OUT 1 generates CV values with fast progressions
;
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#X text 810 9490 potenA 0...1;
#X obj 742 9475 * 1;
#X obj 742 9442 r Pot_A @owl A;
#X obj 743 9540 * 8;
#X msg 16 2175 6;
#X obj -48 1582 s rndvalue;
#X text 230 -605 Short Knob C values make more spaced and slow patterns
;
#X text 236 -582 High Knob C values make more compacted and fast patterns
;
#X msg 589 341 8;
#X obj 238 7854 *~ 0.84;
#X obj -33 7873 *~ 0.89;
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#X obj 96 6611 s delaiposition;
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#X obj 687 1992 - 4;
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#X connect 656 1 658 1;
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#X connect 662 1 664 1;
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#X connect 665 0 671 1;
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#X connect 672 0 102 0;
#X connect 672 0 447 0;