--- Dieter Doepfer < hardware@... > wrote:

> From: "Dieter Doepfer" < hardware@... >
> To: "Bakis Sirros" < synth_freak_2000@... >
> Subject: AW: 1 Re: A149, total random
> possibilities patch
> Date: Thu, 11 Dec 2003 11:40:11 +0100
>
> > -----Urspr�ngliche Nachricht-----
> > Von: shm1400 [mailto: shm14@... ]
> > Gesendet: Mittwoch, 10. Dezember 2003 20:46
> > An: Doepfer_a100@yahoogroups.com
> > Betreff: 1 Re: A149, total random
> possibilities patch
> >
> >
> > I like to use a control voltage to determine the
> density of events
> > occurring against a basic rhythmic foundation:
> Sample the output of
> > a random voltage generator with a sample & hold
> clocked with an
> > LFO. Then send the resulting clocked random
> voltages to a mixer,
> > and mix with a fixed voltage and some kind of
> control voltage. The
> > output of the mixer is sent to the control input
> of a voltage
> > controlled switch. The voltage controlled switch
> is used to gate
> > the square wave output of the same LFO you used to
> clock the sample
> > and hold.
> >
> > Now, you have square wave that can be used as a
> trigger or gate.
> > The density of the events it is triggering is
> controlled by the
> > level of the control voltage sent to the mixer
> input and the
> > attenuation of the gated random voltage. An
> envelope can create a
> > process that becomes more or less dense over time,
> while another,
> > slower moving random signal would create random
> event density. The
> > events themselves could be random, or
> pre-determined, such as a tone
> > row from a sequencer.
>
> Very interesting patch. We will try it and add it as
> an example to our web
> site (provided that there is no copyright for this
> patch .... )
>
> Dieter Doepfer
>
>
>

=====
Bakis Siros
Parallel Worlds / Polariton
Athens-Greece
1 group owner
http://www.rubber.gr
http://www.ward12.com

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