There are 99 memorys (#1-99). The length is set to say 16. You twiddle the
16 pots
to the correct voltages, press <STORE>. (You 'alpha' in the location with
the data entry knob).
A <CHAIN> is another memory, that stores sequences of memory locations. A
<CHAIN> might be:
1-2-45-3-74-1-70.
In other words, it plays the notes in #1, followed by #2, followed by #45,
etc.
Of course, we could place a <HOLD> in the <CHAIN> until, say, a <GATE IN> is
sensed.
or a <HOLD/LOOP> that repeats the <CHAIN> over and over until <GATE IN> is
active, then it proceeds.
OR, a more bizarre <FORK>, which means if <GATE IN> is active *at that
time*, go on, else
branch to another <CHAIN>. Or a <HOLD CC>, which releases the <HOLD> if a
MIDI CC message is active........
The joys of the lowly microprocessor. Take *that*, lowy Moog 960.
Paul S.
16 pots
to the correct voltages, press <STORE>. (You 'alpha' in the location with
the data entry knob).
A <CHAIN> is another memory, that stores sequences of memory locations. A
<CHAIN> might be:
1-2-45-3-74-1-70.
In other words, it plays the notes in #1, followed by #2, followed by #45,
etc.
Of course, we could place a <HOLD> in the <CHAIN> until, say, a <GATE IN> is
sensed.
or a <HOLD/LOOP> that repeats the <CHAIN> over and over until <GATE IN> is
active, then it proceeds.
OR, a more bizarre <FORK>, which means if <GATE IN> is active *at that
time*, go on, else
branch to another <CHAIN>. Or a <HOLD CC>, which releases the <HOLD> if a
MIDI CC message is active........
The joys of the lowly microprocessor. Take *that*, lowy Moog 960.
Paul S.