Phase Patterns for Bob Snyder
from Peter Speer /
Added 1 year ago
Four waveforms, each with independent phase control. Audio generated in Max/MSP, images generated on a a Hewlett Packer 133A XY Display.
Maths VC Clock Divider
Using a pair of Maths as voltage controlled clock dividers. On each, Ch.1 is used as a clock divider and Ch.4 is used as an envelope generator. A Function module is being clocked at an undivided…
Maths 2013 Bouncing Ball patch tutorial
Using the 2013 version of Maths to simplify the classic "Bouncing Ball" patch.
The first video shows the basic set-up of the patch:
Ch. 1 EOR --> Ch.4 Cycle
Ch. 1 out --> Ch.…
Signals from a rotating fan (mic & contact mic) processed through a modular synthesizer and Max/MSP.
-. .-. .-. ..-. (July 17)
Audio: NRRF B Radio performing/broadcasting live at the Experimental Sound Studio (Chicago) on 7/17/13
Video: Chicago, 7/27/11
NRRF: Anna Friz, Jeff Kolar, Steve Germana, Jonny Farrow, Peter…
-. .-. .-. ..-. (July 3)
Audio: NRRF B Radio performing/broadcasting live at the Experimental Sound Studio (Chicago) on 7/3/13
Video: Tags at the bunkers in Santa Rosa, 8/3/11
NRRF: Anna Friz, Jeff Kolar, Steve Germana,…
Looking at and listening to the Lead and Lag outputs of a Cylonix Cyclebox directly (Lead output: left channel, X input on scope; Lag output: right channel, Y input). Cyclebox + Expander only-- no…
MMG Low Pass Filter test
Straightforward demo of the Make Noise MMG in low pass filter mode.
DPO VCO-2 (Final out) --> MMG --> Monitors
Function + out --> MMG cutoff frequency
MMG as Low Pass Gate test
First patch with the new Make Noise MMG filter. Using the Strike input to emulate a low pass gate.
DPO VCO 2 sine (lin FM from VCO 1) --> MMG --> Echophon --> monitors…
VC T&H to S&H morphing #2
Voltage input (Wogglebug Woggle CV out) --> Function Signal in
Maths ch.4 EOC out --> Function Hang in
Pressure Points Row 1 out --> Maths ch. 4 Both in
Pressure Points T-Gate out -->…
VC T&H to S&H morphing
A tutorial on creating a voltage controlled Track & Hold to Sample & Hold patch using the Make Noise Function and Maths and Pressure Points modules.
Processing the modular (Echophon Clock output) through a Max patch, then processing the Max patch through the modular (Z-DSP (Stereo Ping Pong delay program)), all controlled with a Korg nanoKontrol.
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