via this auction
SN 011784

EVERYTHING SYNTH
Ruffletron - demo from lara grant on Vimeo.
A basic demo of the sensors embedded in the skirt and neck piece.
One of the yellow buttons is meant to have a deeper bass sound, but we recorded using the in jack on the camera, so it couldn't be captured.
You can tell I am not a musician.
Reaktor Tutorial: Filter Modulation PM vs FM from FlipMu on Vimeo.
"This is the first in a new series of Reaktor Tutorials that we will be posting on www.flipmu.com. This video covers the different ways in which you can modulate a Filter in Reaktor, and discusses the details about why you would choose one input over the other.
The video starts with a brief overview of the test ensemble, and demonstrates the way different controls sound when hooked up to either the PM input or the FM input.
The second half of the video goes into the details of WHY you might want to hook up knobs and LFOs to the Pitch inputs, and hook up ENVs to the Frequency inputs.
The example ensemble can be found at http://flipmu.com/work/software/"
Quick noise with a small Make Noise system from Peter Speer on Vimeo.
A filter-free patch in a DPO, Maths, Echophon, Optomix and Brains/Pressure Points mini-system (a contact mic (not from Make Noise, bottom right) is also used).
Details:
Sines from the DPO's two VCOs sent to Maths channels 2 & 3 and mixed at the Sum output --> Echophon signal input. Echophon out --> Optomix signal in. Signal out: speakers.
A mult of the Echophon's output is sent to VCO-A's Exponential FM input and VCO-B's Linear FM input.
Pressure Point's T-Gate is triggering Maths' Channel 1 envelope. The Press output is controlling the Fall times of both Maths envelopes. Row 1 is modulating the Echophon's pitch shifter, Rows 2 and 3 are patched to VCOs A and B 1v/oct. .
Maths Channel 4 LFO is setting the Echophon's feedback amount and the sequence's direction.
Tapping the contact mic advances the sequence position and pings the Optomix's Strike input).
www.theshamblers.blogspot.com