Program Change - Yamaha CLP-411 Bedienungsanleitung

de datos MIDI

3. PROGRAM CHANGE

Data format: [CnH] -> [pp]
CnH = program event (n = channel number)
pp = Program number
CLP-511
pp VOICE NAME
00 PIANO 1
01 PIANO 2
88 CLAVINOVA TONE
05 E. PIANO 1
04 E. PIANO 2
06 HARPSICHORD
48 STRINGS
19 PIPE ORGAN 1
16 PIPE ORGAN 2
* When program change reception is turned OFF in the Function
mode, no program change data is transmitted or received.
4. SYSTEM REALTIME MESSAGES
[rrH]
F8H: Timing clock
FAH: Start
FCH: Stop
FEH: Active sensing
Data Transmission
F8H Transmitted every
96 clocks
FAH Recorder start
FCH Recorder stop
FEH Transmitted every
200 milliseconds
* Caution: If an error occurs during MIDI reception, the Damper, Sostenuto,
and Soft effects for all channels are turned off and an All Note Off occurs.
5. SYSTEM EXCLUSIVE MESSAGES
(1) Panel Data Transmit
Data format: [F0H] -> [43H] -> [0nH] -> [7CH] -> ... ->
[F7H]
F0H, 43H, 0nH, 7CH
00H, 2EH
43H, 4CH, 20H, 20H
43H, 4CH, 50H, 27H, 39H, 36H (CLP '96)
30H, 30H
[PANEL DATA]
[CHECK SUM (1byte)] = 0-(43H+4CH+20H+......+Data end)
F7H
• Panel Data Contents
(1) Voice
(2) Dual On/Off
(3) Dual Voice
(4) Dual Balance
(5) Dual Detune
(6) Dual Voice1 Octave
(7) Dual Voice2 Octave
(8) Dual Voice1 Effect Depth
(9) Dual Voice2 Effect Depth
(10) Dual Slow-attack Strings On/Off (CLP-511)
(11) Split On/Off (CLP-511)
(12) Split Voice (CLP-511)
(13) Split Point (CLP-511)
(14) Split Balance (CLP-511)
(15) Split Voice1 Octave (CLP-511)
(16) Split Voice2 Octave (CLP-511)
(17) Split Voice1 Effect Depth (CLP-511)
(18) Split Voice2 Effect Depth (CLP-511)
(19) Split Damper Mode (CLP-511)
(20) Reverb Type 1
(21) Reverb Depth 1
(22) Effect Type 1
CLP-411
pp VOICE NAME
00 PIANO
88 CLAVINOVA TONE
05 E. PIANO 1
04 E. PIANO 2
06 HARPSICHORD
19 PIPE ORGAN 1
16 PIPE ORGAN 2
Reception
Received as 96-clock tempo timing
when MIDI clock is set to External
Recorder start
Recorder stop
All notes are turned off if no data is
received for more than 400
milliseconds
(n: channel number)
(data length)
(CL)
(version x, y)
(23) Effect Type 2
(24) Effect Depth
(25) - - -
(26) Variation 1 On/Off
(27) Variation 2 On/Off
(28) Touch Sensitivity
(29) Touch Volume in the FIXED Mode
(30) Left Pedal (Soft/Start)
(31) - - -
(32) Absolute tempo low byte
(33) Absolute tempo high byte
(34) - - -
(2) Universal Realtime Message
Master Volume
Data format: [F0H] -> [7FH] -> [XnH] -> [04H] -> [01H] ->
[ll] -> [mm] -> [F7H]
F0 = Exclusive status
7F = Universal Realtime
7F = ID of target device
04 = Sub-ID #1=Device Control Message
01 = Sub-ID #2=Master Volume
= Volume LSB
ll
mm = Volume MSB
F7 = End of Exclusive
or
F0 = Exclusive status
7F = Universal Realtime
XN = When N is received N=0~F, whichever is received.
x = don't care
04 = Sub-ID #1=Device Control Message
01 = Sub-ID #2=Master Volume
ll = Volume LSB
mm = Volume MSB
F7 = End of Exclusive
(3) Universal Non-Realtime Message
General MIDI Mode On
Data format: [F0H] -> [7EH] -> [XnH] -> [09H] -> [01H] ->
[F7H]
F0 = Exclusive status
7E = Universal Non-Realtime
7F = ID of target device
09 = Sub-ID #1=General MIDI Message
01 = Sub-ID #2=General MIDI On
F7 = End of Exclusive
or
F0 = Exclusive status
7E = Universal Non-Realtime
XN = When N is received N=0~F, whichever is received.
X = don't care
09 = Sub-ID #1=General MIDI Message
01 = Sub-ID #2=General MIDI On
F7 = End of Exclusive
When the General MIDI mode ON message is received, the MIDI
system will be reset to its default settings.
This message requires approximately 50ms to execute, so suffi-
cient time should be allowed before the next message is sent.
(4) XG Native Parameter Change
Data format: [F0H] -> [43H] -> [1nH] -> [4CH] -> [hh] ->
[mm] -> [ll] -> [dd] -> [F7H]
F0 = Exclusive status
43 = YAMAHA ID
1n = When n is received n=0~F, whichever is received.
When n is transmitted n always=0.
4C = Model ID of XG
hh = Address High
mm = Address Mid
ll = Address Low
dd = Data
|
F7 = End of Exclusive
Data size must match parameter size (2 or 4 bytes).
When the XG System On message is received, the MIDI system
will be reset to its default settings.
The message requires approximately 50ms to execute, so suffi-
cient time should be allowed before the next message is sent.
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