HELLO.kick.pd

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#X text -140 -1456 taptempo;
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#X obj -36 -1653 r Button_1 @owl B1;
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#X text 64 -1383 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 -67 -1265 this piece of code calculates the taptempo in your
patch from the incoming CV from GATE1 (CV input 1);
#X text 265 -1525 This toggle activates the led in the GATE.OUT portso
you can visualize the clock in it.;
#X obj -36 2125 dac~ 1;
#X obj 142 2127 dac~ 2;
#X obj -174 696 *~ 0.33;
#X text 103 -1748 code by Xavi Manzanares / Jun.2021;
#X obj -107 812 s~ linein1;
#X obj 213 2643 s CV_OUT_2 @owl G;
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#X text 169 2675 CV OUT 2 generates Random CV values with smooth and
slow progressions;
#X obj -116 2739 s CV_OUT_1 @owl F;
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#X obj 226 1499 s delaitime;
#X obj 227 1571 r delaitime;
#X text -175 2787 CV OUT 1 generates Random CV values with faST progressions
;
#X text 168 2914 ///////////////////////////////////////////;
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#X text -113 -1750 BEFACO.LICH.USAGE;
#X text -215 -244 percutive's frequency control;
#X text 123 -378 from less to more;
#X text 408 -467 Button 2 (Right) controls de decay time of the microsynth
;
#X text 247 12 Button 2 (Right) controls de decay time of the microsynth
;
#X text -197 562 IN_L LICH PORT;
#X text 233 566 IN_R LICH PORT;
#X text 221 -1446 GATE OUT LED Rate;
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#X text -85 -821 Knob A;
#X obj 463 -1015 min 0.8;
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#X obj 53 -816 * 8;
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#X obj 53 -880 r Pot_B @owl B;
#X text 52 -905 Knob B;
#X obj 51 -756 s valueknobB;
#X text 242 -1017 Knob C;
#X text 460 -1100 Knob D;
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#X obj -142 -734 * -1;
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#X obj 235 -963 * 111;
#X text 285 -965 multiplier by 111;
#X text 65 -718 value Knob B from 0 to 8;
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-1 -1 12700 1;
#X text -145 -571 Amount of triggs from less to more;
#X text 67 -692 quantized delay time;
#X text 470 -893 delay feedback;
#X obj -142 -797 r Pot_A @owl A;
#X obj 235 -996 r Pot_C @owl C;
#X obj 237 -858 s valueknobC;
#X obj -143 -610 s valueknobA;
#X obj 127 -351 r valueknobA;
#X obj 462 -1078 r Pot_D @owl D;
#X obj 466 -955 s valueknobD;
#X obj -173 -214 r valueknobC;
#X obj 377 1586 r valueknobD;
#X text -143 -587 value Knob A from 0 to 8;
#X text 461 -919 value Knob D from 0 to 1;
#X text 144 -1674 incoming message from Left button and GATE1 (CV Input
1);
#X text 149 -1644 incoming pushes 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 obj 551 -434 loadbang;
#X obj 392 499 mod 4;
#X text 76 -400 knob A controls de amount of triggers;
#X text 261 -829 value Knob C from 0 to 111;
#X text -224 -267 value Knob C from 0 to 111 midi values;
#X text -118 344 adc~1 and adc~2 creates slices of incoming signal
that are mixed it up with the main kick;
#X text -180 1457 mixer collector;
#X text -18 1130 mixer collector;
#X text -133 1658 dry signal;
#X text 417 1841 hip~ 5 corrects the DC offset;
#X text -177 1852 hip~ 5 corrects the DC offset;
#X text 22 -1749 HELLO.KICK;
#X text 289 1377 quantizing delays proportioned to the incoming detected
GATE1 (CV Input 1) CLOCK;
#X text 381 1541 DElay Feedback in LICH has to be about 75% (0.75)
for working properly;
#X text 52 1604 delay signal;
#X text -114 2605 11ms fast progressions;
#X text 230 2510 1111ms slow progressions;
#X obj 346 -115 * 111;
#X obj -150 1723 *~ 0.7;
#X obj 359 1806 *~ 0.7;
#X obj 229 1632 vd~ lichdelay;
#X obj 153 1852 delwrite~ lichdelay 3000;
#X obj 353 1978 lop~ 5555;
#X obj 356 2008 lop~ 5555;
#X obj 361 2036 lop~ 5555;
#X obj 114 1676 *~ 0.34;
#X text 531 -1015 threshold for feeback;
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