| Omschrijving: | Another 'endless' loop... The noise generator is used to get a random trigger. This trigger is also used for clocking the sample & hold using the EG2 reversed output. Later on the MG is clocking the sample & hold combined with a slower random trigger. If you're interested check out the patch info below: KNOBS: VCO1: [Rectangle] [very narrow] [16'] VCO2: [Rectangle] [-2/-3] [2'] PORTAMENTO: [0] VCOMIX: [10] [ 0] [10] [ 0] HPF: [ 2] [ 5] [10] [ 0] LPF: [ 5] [ 8] [10] [ 0] MG: [(max to the right)] [8] EG1: (n/a) EG2: [0] [0] [10] [5] [0] ESP: [6] [(n/a)] [(n/a)] [(n/a)] [5] ESP Note: Only SIGNAL IN and TRIG OUT are used. SIGNAL LEVEL (about 6) and THRESHOLD LEVEL (about 5) is a very precise combination. Each SIGNAL LEVEL requires the appropriate THRESHOLD LEVEL. Changing the SIGNAL LEVEL will change the interval for the random trigger. The THRESHOLD LEVEL changes the length of the trigger. USED PATCHES: (random trigger:) 1. NOISE GENERATOR (WHITE) -> ESP (SIGNAL IN) 2. ESP (TRIG OUT) -> (TRIG IN) (random sounds:) 3. ENVELOPE GENERATOR 2 (REV OUT) -> SAMPLE & HOLD (CLOCK) 4. NOISE GENERATOR (PINK) -> SAMPLE & HOLD (IN) 5. SAMPLE & HOLD (OUT) -> VOLTAGE CONTOLLED OSCILATOR 1 (TOTAL) (later:) Replace 3. by MODULATION GENERATOR (OUT RECTANGLE) -> SAMPLE & HOLD (CLOCK)
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