Exploring feedback patching on DIY CGS Serge synthesizer (2), Jamuary 2024 #21

This patch is inspired by Rob Hordijk’s examples from his masterclass that is also available on YouTube. I’ve added some wonky shift register looping which goes eighter up or down. My shift register does not hold its value very well. It’s not a bug, it’s a feature :)

Patch notes:

(Out) (—) (In)

DIY case:

compact vco 1 square — analog shift register 1 (asr) clock
asr 1 cv 3 — vco 1 cv
asr 1 cv 1 — vco 2 cv
asr 1 cv 2 — serge filter 1973 cv
asr 1 cv in — vco 2 sine
vco 2 — serge filter 1973 in
serge filter 1973 lp — mixer
serge filter 1973 hp — vco 1 voct

DUSG 1 eor — analog shift register 2 (asr) clock
asr 2 cv 3 — DUSG 2 cv
asr 2 cv 1 — DUSG 1 cv
asr 2 cv 2 — serge VQF
asr 2 cv in — DUSG 2
serge VQF — mixer

serge wave multiplier 1 out — serge wave multiplier 2 in
serge wave multiplier 2 out — serge wave multiplier 1 in
serge wave multiplier 2 out — matrix ch 2

jurgen haible wavefolder out — fold 2 in
fold 2 out — fold 1 in
fold 2 — matrix ch3
lfo 4, 5 — fold 1, 2 cv

ripples 1 (osc mode) — buchla source of uncertainty clock s&h
buchla source of uncertainty cv — ripples 1 cv
ripples 2 — buchla source of uncertainty cv
ripples 1 — blinds in
matrix ch 2 — blinds cv
blinds — matrix mixer ch 1

ripples 2 — vca
vca — mixer
DUSG 3 — vca
serge stepped generator — DUSG 3 cv
lfo 2 — DUSG 3 cv
lfo 3 — stepped gen clock
lfo 1 — stepped gen in

serge smooth generator gate — serge smooth generator in
serge smooth generator out — gated comparator in
gated comparator gate — sequential switch clock
switch ch 1 — weighted random switch gate ch 1
switch ch 3 — polymoog resonator
switch ch 4 — weighted random switch gate ch 2
switch ch 8 — weighted random switch clock
lfo 3 - weighted random switch cv in 1
polymoog resonator — mixer

matrix mixer ch 1 — vco 2 voct
matrix mixer ch 3 — ripples 2 voct

#apatchadaykeepsthedoctoraway