47% jams

Unidentified insect crushed by book of wallpaper samples (Sherwin Williams watermark circa 1991)

I wish everyone had a Corvette

Cruelty free eyeshadow

Make not any proverbial bones about it, Jeremiah

Wind-up teeth that chatter like black cats

Telepathic conference/the haunted Mariott

Wherefore (am I using that correctly?)

Unfurling a scroll in a hall of mirrors

Fish fry at the old hardware store

Prelude: Brecht vs. Spielberg

Steamroller/Daydream/Seamstress/Tension Headache

Yoga Stretching for Beginners Tutorial (YouTube soundtrack)

Moth/the minute hand

Blueprints recovered from message in bottle (Lake Erie)

Paperface - Nickel - And - Dime

Paperface - Security - Guard - On - Cigarette - Break

Internet of Things Belt Buckle/Texas

Mousing around with a complex oscillator idea in max

OSC TEST 0

Denizens of the chill-out zone [Take 0]

Squish test take 0

Shower. Cleaning. Music!!!!

Blip - Prototype - 0 (empanada emoji)

ladybug on nightstand

Self Patched DPO

Patching High into in for self oscillation with these knob settings gives a clean sine out of LOW, a triangle out of BAND, a really, really beautiful square out of NOTCH, and a worse sounding square out of a copy of HIGH.

Shut Up and Play Your Synthesizer

RandomSource VCFQ Self Oscillation Demo

C Major pentatonic scale with percussion with randomized decay

Cloudlab 200t (Unlicensed Version with Abrupt Stop)

Demo of VCFQ falling into self oscillation with pitch changing dramatically as it stabilizes

VCFQ Falling Into Self Oscillation Demo

Demonstrating the possibility of the smooth sample and hold patch on the Random*Source Smooth/Stepped Generator. Hold comes from Channel 1 of Maths EOR in cycle mode, Smooth rate all the way CW.

The sequencer CV that is going into Smooth In plays at first on a filtered sawtooth wave so you can hear the contrast between the original and the sample and hold, and the sample and hold plays by itself at the end.

Smooth Stepped Generator Demos

Random*Source Smooth Sample and Hold Demo

NCOM divide output clocks the sequencer, stepped output controls VCFQ filter cutoff, and another sequencer row controls divisions into NCOM.

Random*Source NCOM Demo

The left side is a sine followed by an LFO sweeping the Wave Multipliers fold parameter. The right side is a sine followed by the same LFO set up as a voltage mirror sweeping the DPO Fold parameter.

Finally the same LFO as a voltage mirror plays simultaneously on the Wave Multipliers and the DPO.

Wave Multipliers VS DPO Fold

Demo of tambura patch made with wave folders

Tambura

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