Wysiwyggler Serge Patches
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patch.def
(patch (canvas (width 4080) (height 5028) (background "/assets/serge_symbolic_joined.svg")) (point audio.aux-in 4004 2703 audio "Audio Interface AUX IN") (point mixpro2.in1 3486 1956 audio "Edelweiss right Mix Pro IN 1") (point mixpro2.out 3486 1776 audio "Edelweiss right Mix Pro OUT") (point noise.pink.out 765 1911 audio "Dual GTO PINK") (point reseq.in 1110 2136 audio "Siegfried VC ResEQ IN 1") (point reseq.out 1110 1777 audio "Siegfried VC ResEQ OUT") (cable c1 audio noise.pink.out reseq.in (label "Dual GTO PINK -> Siegfried VC ResEQ IN 1")) (cable c2 audio reseq.out mixpro2.in1 (label "Siegfried VC ResEQ OUT -> Edelweiss right Mix Pro IN 1")) (cable c3 audio mixpro2.out audio.aux-in (label "Edelweiss right Mix Pro OUT -> Audio Interface AUX IN")) )
notes.md
# Noise through ten resonances Pink noise excites the Siegfried EQ. Playing its bands exposes resonant regions inside a continuous source. ## Start here Lower the monitoring level before patching. These are documented patch designs, not claims of hardware audition. Unless this recipe uses the right Mix Pro for control voltage: center its DC offset, zero unused channels, and bring up only the cabled audio inputs. Connect Audio Interface MIX OUT to your normal monitoring chain. 1. Start all EQ bands low, FEEDBACK at minimum, and input 1 level modest. 2. Raise two or three separated bands, such as 115 Hz, 777 Hz and 2.8 kHz. ## Cables 1. Dual GTO PINK → Siegfried VC ResEQ IN 1. 2. Siegfried VC ResEQ OUT → Edelweiss right Mix Pro IN 1. 3. Edelweiss right Mix Pro OUT → Audio Interface AUX IN. ## Listen for A colored wind or vowel-like drone. It has no discrete melody or automatic rhythm. ## Play it Trade level between adjacent bands, keeping the total output roughly steady. ## If it misbehaves If only hiss remains, reduce the input and emphasize fewer bands; if it howls, lower FEEDBACK.
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