And if you want more inharmonic stuff, don't ignore patching the VCOs
to each other. In fact, you can create a self-running patch with
just two VCOs cross-modulating. Same idea applies to your filters:
get them to self-oscillate then cross-modulate with another filter or
VCO or both. Add the 101 PINK out to FM2 of one of the filters for
further fun.
Many many many possibilities with your setup!
Mike
--- In motm@yahoogroups.com, Jeffrey Pontius <jpont@k...> wrote:
> On Tue, 13 Apr 2004, Scott Juskiw wrote:
>
> > Richard has summed this up quite nicely. I've found that a S&H
alone
> > is not enough to get "controlled chaos" with interesting patterns.
>
> My experiences are consistent with Richard's and Scott's (BTW Scott
has a
> very nice cd with such ideas expressed on it). Some other modules
that I
> think assist with this process are voltage controllable (vc)
dividers,
> vc-adsrs, vc mixers, analog shift registers, analog logic modules
(e.g.,
> AND, NAND, ...), and sequential switches. Not mentioned, but that
also
> adds to dynamics in patterns, are different modules of the same
type. For
> example, not all lfo's produce exactly the same waveforms. Not all
> oscillators produce the same waveforms (so variations on FM are
> possible). All modules do not process cv's the same way. The more
vc of
> module parameters, the more dynamic a set of interacting patches
can be.
>
> >
> > 1. A bunch of MOTM-320 LFOs all feeding back into each other. This
> > provides random voltages
>
> I'm not convinced that these would be "actually" random. Unless
there are
> anamolies or instabilities in the circuits, these should be
patterned,
> though the time frame required for the pattern to repeat may
be 'long'.
>
> >
> > 2. A miniwave or two (or four) to quantize some of the random
> > voltages. Miniwave is also good for generating events within a
> > specific voltage range (using MARF discriminator in Socket Rocket
> > PROM).
> I'm not familiar with this miniwave PROM. Is this available
somewhere?
> Jeff