Yamaha DTXPRESS Reference Guide - Page 4

DTXPRESS Internal Makeup

Page 4 highlights

DTXPRESS Internal Makeup ■ The DTXPRESS' Internal Signal Flow Sequencer data from a computer or an external MIDI device. Song Data Input for Trigger Signals produced when the pad is struck Preset No. 1-95 Trigger Setup Data Buffer Record User No. 96-127 Playback Record Drum Kit Data Trigger Setup Data Preset No. 1-7 User No. 8-11 Drum Kit Data Buffer Tone Generator Copy Preset No. 1-48 Copy Store User No. 49-80 The Tone Generator is sounded according to the Drum Maps for each of the Drum Kits • Each Preset Drum Kit has its own Drum Map • User Drum Kits No. 49-80 use a common (one) Drum Map. Transmits key on/off, program change, note number, etc. MIDI data to a computer or an external MIDI device. Audio Signal Output ● Pad Data Signal Flow In order for the DTXPRESS to effectively manage trigger signals transmitted from the pads connected to the Trigger Input Jacks (1 KICK, 2 SNARE, ... 9/10) and the HI HAT CONTROL jack, trigger signals are adjusted to a suitable signal in the Trigger Setup Buffer using the Trigger Setup. Signals transmitted from the Trigger Setup Buffer will enter the Drum Kit Buffer. In the Drum Kit Buffer, the Drum Kit is set as to what voices will be used and how voices will be delivered for each of the Trigger Input Sources. The Tone Generator's Voices will be produced according to these settings and its audio signal will be transmitted to the OUTPUT jacks and PHONES jack. ● Trigger Setup Data This mode is used for adjusting the trigger input, from pads and trigger sensors connected to the Trigger Input Jacks, to a suitable signal the sensitivity and velocity curve settings. (The signals characteristics will change according to the strength of the hit.) Also, cross-talk and double-trigger can be effectively eliminated with the settings available here. Along with 7 preset trigger setups (No. 1-7), there are another 4 user trigger setups (No. 8-11) available for storing original setups. After selecting a trigger setup for use, the data will be copied to the Trigger Setup Data Buffer where the copied data will be used in performance. (Refer to the illustration above.) Setup data can be freely changed in the Trigger Setup Edit mode and saved, if necessary, to the User Trigger Setup's memory (No. 8-11). ● Drum Kit Data This mode is used for setting drum kit voices, for example, assign a voice to each pad (trigger input source) used in the drum kit and perform settings such as selecting the voice, tuning, reverb level, etc. The DTXPRESS has 48 preset (No. 1-48) drum kits and another 32 user (No. 49-80) drum kits that are used for saving original drum kits created by the user. As in the Trigger Setup, the selected drum kit's data will be copied to the Drum Kit Data Buffer where the copied data will be used in performance. (Refer to the illustration above.) This Drum Kit data can be freely changed in the Drum Kit Voice Edit mode and saved, if necessary, to the User Drum Kit's memory (No. 49-80). 4

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4
The Tone Generator is sounded according to the Drum Maps
for each of the Drum Kits
• Each Preset Drum Kit has its own Drum Map
• User Drum Kits No. 49-80 use a common (one) Drum Map.
DTXPRESS Internal Makeup
The DTXPRESS’ Internal Signal Flow
Sequencer data
from a computer
or an external
MIDI device.
Song Data
Record
Preset
No. 1-95
User
No. 96-127
Record
Playback
Input for Trigger Signals produced when the pad is struck
Trigger Setup Data Buffer
Trigger Setup Data
Preset
No. 1-7
User
No. 8-11
Drum Kit Data Buffer
Copy
Copy
Store
Drum Kit Data
Preset
No. 1-48
User
No. 49-80
Transmits key on/off, program
change, note number, etc.
MIDI data to a computer or an
external MIDI device.
Tone Generator
Audio Signal Output
Pad Data Signal Flow
In order for the DTXPRESS to effectively manage trigger signals
transmitted from the pads connected to the Trigger Input Jacks (1
KICK, 2 SNARE, … 9/10) and the HI HAT CONTROL jack, trig-
ger signals are adjusted to a suitable signal in the Trigger Setup
Buffer using the
Trigger Setup
.
Signals transmitted from the Trigger Setup Buffer will enter the
Drum Kit Buffer.
In the Drum Kit Buffer, the
Drum Kit
is set as to what voices will
be used and how voices will be delivered for each of the Trigger
Input Sources. The
Tone Generator’s Voices
will be produced
according to these settings and its audio signal will be transmitted
to the OUTPUT jacks and PHONES jack.
Trigger Setup Data
This mode is used for adjusting the trigger input, from pads and
trigger sensors connected to the Trigger Input Jacks, to a suitable
signal the sensitivity and velocity curve settings. (The signals char-
acteristics will change according to the strength of the hit.) Also,
cross-talk and double-trigger can be effectively eliminated with
the settings available here.
Along with 7 preset trigger setups (No. 1-7), there are another 4
user trigger setups (No. 8-11) available for storing original setups.
After selecting a trigger setup for use, the data will be copied to
the Trigger Setup Data Buffer where the copied data will be used
in performance. (Refer to the illustration above.)
Setup data can be freely changed in the Trigger Setup Edit mode
and saved, if necessary, to the User Trigger Setup’s memory (No.
8-11).
Drum Kit Data
This mode is used for setting drum kit voices, for example, assign
a voice to each pad (trigger input source) used in the drum kit and
perform settings such as selecting the voice, tuning, reverb level,
etc.
The DTXPRESS has 48 preset (No. 1-48) drum kits and another
32 user (No. 49-80) drum kits that are used for saving original
drum kits created by the user.
As in the Trigger Setup, the selected drum kit’s data will be copied
to the Drum Kit Data Buffer where the copied data will be used in
performance. (Refer to the illustration above.) This Drum Kit data
can be freely changed in the Drum Kit Voice Edit mode and saved,
if necessary, to the User Drum Kit’s memory (No. 49-80).