opcode studio 4 Manual Do Utilizador
PART 2: Using The Studio 4
48
Opcode Systems, Inc.
aware that these routings can be
active at the same time as routings
established in the RCM window and,
unless your careful, could cause
unwanted MIDI thruing and extra
sounds.
active at the same time as routings
established in the RCM window and,
unless your careful, could cause
unwanted MIDI thruing and extra
sounds.
Experienced users will find many
instances when it's convenient to use mul-
tiple routing methods, but novices may be
overwhelmed if they try to use more than
one method at a time. The important
thing to remember is that sequencers,
OMS patches and the RCM window all
affect MIDI routing. You can use these
various methods together, but you should
plan your MIDI routing scheme carefully
to avoid confusion.
instances when it's convenient to use mul-
tiple routing methods, but novices may be
overwhelmed if they try to use more than
one method at a time. The important
thing to remember is that sequencers,
OMS patches and the RCM window all
affect MIDI routing. You can use these
various methods together, but you should
plan your MIDI routing scheme carefully
to avoid confusion.
You may wish to define a Routing, Chan-
nelizing and Muting window without any
routings at all. You can save this window
as a Studio 4 state and recall it whenever
you work with sequencers or OMS
patches that control MIDI routing. See
“Establishing a Do Nothing State” in
Chapter 8.
nelizing and Muting window without any
routings at all. You can save this window
as a Studio 4 state and recall it whenever
you work with sequencers or OMS
patches that control MIDI routing. See
“Establishing a Do Nothing State” in
Chapter 8.
TIMECODE ROUTING
Figure 7.20: Timecode Routing Area
The timecode routing area is shown in
Figure 7.20. This grid is very similar to
the MIDI routing grid—you click one of
the squares to route timecode (as gener-
ated by the Studio 4) to a MIDI device.
The timecode’s MIDI format (MTC, DTL,
or DTLe) is chosen in the Stripe SMPTE
window (see Chapter 10). Timecode rout-
ing sends only MTC, DTL, or DTLe. It
does not send MIDI Clock or Song Posi-
tion Pointer.
Figure 7.20. This grid is very similar to
the MIDI routing grid—you click one of
the squares to route timecode (as gener-
ated by the Studio 4) to a MIDI device.
The timecode’s MIDI format (MTC, DTL,
or DTLe) is chosen in the Stripe SMPTE
window (see Chapter 10). Timecode rout-
ing sends only MTC, DTL, or DTLe. It
does not send MIDI Clock or Song Posi-
tion Pointer.
You usually use timecode routing to send
MTC (or a DTL format) from the Studio 4
to an external non-computer sequencer
(such as a stand-alone hardware
sequencer or a sequencer contained in a
MIDI “workstation”).
MTC (or a DTL format) from the Studio 4
to an external non-computer sequencer
(such as a stand-alone hardware
sequencer or a sequencer contained in a
MIDI “workstation”).