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M7CL-32/M7CL-48
202
MIDI DATA FORMAT
This section explains the format of the data that the M7CL is able
to understand, send, and receive.
1 CHANNEL MESSAGE
1.1 NOTE OFF
(8n)
Reception
These messages are echoed to MIDI OUT if [OTHER ECHO] is
ON.
They are received if [Rx CH] matches, and used to control effects.
STATUS
1000nnnn 8n
Note off message
DATA
0nnnnnnn nn
Note number
0vvvvvvv vv
Velocity(ignored)
1.2 NOTE ON
(9n)
Reception
These messages are echoed to MIDI OUT if [OTHER ECHO] is
ON.
They are received if [Rx CH] matches, and used to control effects.
STATUS
1001nnnn 9n
Note on message
DATA
0nnnnnnn nn
Note number
0vvvvvvv vv
Velocity (1-127:on, 0:off)
1.3 CONTROL CHANGE
(Bn)
Two types of control change can be transmitted and received;
[NRPN] (Non-Registered Parameter Numbers) and freely-assigned
[TABLE] (1CH x 110) messages. Select either [TABLE] or [NRPN].
Reception
These messages are echoed to MIDI OUT if [Control Change
ECHO] is ON.
If [TABLE] is selected, these messages are received when [Control
Change Rx] is ON and [Rx CH] matches, and will control parameters
according to the settings of the [Control assign table].
If [NRPN] is selected, these messages are received when [Control
Change Rx] is ON and the [Rx CH] matches; the four messages
NRPN control number (62h, 63h) and DATA ENTRY control number
(06h, 26h) are used to control the specified parameter.
Transmission
If [TABLE] is selected, and if [Control Change Tx] is ON when you
operate a parameter that is assigned in the [Control assign table],
these messages will be transmitted on the [Tx CH] channel.
If [NRPN] is selected, and if [Control Change Tx] is ON when you
operate a specified parameter, the four messages NRPN control
number (62h, 63h) and DATA ENTRY control number (06h, 26h)
are transmitted on the [Tx CH] channel.
Control Change messages are not used for transmission to M7CL
Editor because there is no guarantee that the contents of the
assignment tables will match.
(Parameter Change messages are always used.)
Control Change numbers 0 and 32 are for selecting banks.
STATUS
1011nnnn Bn Control change
DATA
00
Control number (00)
0vvvvvvv vv
Control Value (0-127)
STATUS
1011nnnn Bn Control change
DATA
20
Control number (32)
0vvvvvvv vv
Control Value (0-127)
If [TABLE] is selected
STATUS
1011nnnn Bn Control change
DATA
0nnnnnnn nn
Control number (1-5, 7-31, 33-37,
38-95, 102-119) *
0vvvvvvv vv
Control Value (0-127)
* Numbers 0, 32, and 96 - 101 cannot be used.
* Control number 6, 38 can be used.
Equation for converting a Control Value to parameter data
paramSteps = paramMax - pa 1;
add
= paramWidth / paramSteps;
mod
= paramWidth - add * paramSteps;
curValue
= paramSteps * add + mod / 2;
(1) If the assigned parameter has fewer than 128 steps
paramWidth = 128; rxValue = Control value;
(2) If the assigned parameter has 128 or more but less than
16,384 steps
paramWidth = 16384;
(2-1) When High and Low data is received
rxValue = Control value(High) * 128 + Control value(Low);
(2-2) When only Low data is received
rxValue = (curValue & 16256) + Control value(Low);
(2-3) When only High data is received
rxValue = Control value(High) * 128 + (curValue & 127);
(3) If the assigned parameter has 16,384 or more but less than
2,097,152 steps
paramWidth = 2097152;
(3-1) When High, Middle, and Low data is received
rxValue = Control value(High) * 16384 + Control value(Middle)
* 128 + Control value(Low);
(3-2) When only Low data is received
rxValue = (curValue & 2097024) + Control value(Low);
(3-3) When only Middle data is received
rxValue = (curValue & 2080895) + Control value(Middle) * 128;
(3-4) When only High data is received
rxValue = (curValue & 16383) + Control value(High) * 16384;
(3-5) When only Middle and Low data is received
rxValue = (curValue & 2080768) + Control value(Middle) * 128 +
Control value(Low);
(3-6) When only High and Low data is received
rxValue = (curValue & 16256) + Control value(High) * 16384 +
Control value(Low);
(3-7) When only High and Middle data is received
rxValue = (curValue & 127) + Control value(High) * 16384 + Control
value(Middle) * 128;
if ( rxValue > paramWidth)
rxValue = paramWidth;
param = ( rxValue - mod / 2) / add;
If [NRPN] is selected
STATUS
1011nnnn Bn Control change
DATA
01100010 62
NRPN LSB
0vvvvvvv vv
Parameter number LSB
STATUS
1011nnnn Bn Control change *
DATA
01100011 63
NRPN MSB
0vvvvvvv vv
Parameter number MSB
Summary of Contents for M7CL-32
Page 4: ...M7CL 32 M7CL 48 4 M7CL 48 M7CL 32 MBM7CL Option ...
Page 75: ...75 M7CL 32 M7CL 48 D D Pattern side パターン側 DSP32 2NA WD86750 1 DSP48 2NA WE06200 1 1 1 ...
Page 84: ...84 M7CL 32 M7CL 48 DCMS Circuit Board 2NA WD86830 1 3 F F ...
Page 85: ...85 M7CL 32 M7CL 48 F F Pattern side パターン側 2NA WD86830 1 3 ...
Page 87: ...87 M7CL 32 M7CL 48 G G ch 4 ch 5 ch 6 ch 7 ch 8 2NA WD86660 3 Component side 部品側 ...
Page 94: ...94 M7CL 32 M7CL 48 J J PNMS8 Circuit Board 2NA WE24260 1 M7CL 32 2NA WE06230 1 M7CL 48 3 2 ...
Page 95: ...95 M7CL 32 M7CL 48 J J Pattern side パターン側 2NA WE24260 1 M7CL 32 2NA WE06230 1 M7CL 48 3 2 ...
Page 101: ...101 M7CL 32 M7CL 48 2NA WD86630 1 2 Pattern side パターン側 PNIN Circuit Board ...
Page 104: ...104 M7CL 32 M7CL 48 L L 2NA WD86640 1 3 HAAD Circuit Board ...
Page 105: ...105 M7CL 32 M7CL 48 L L 2NA WD86640 1 3 Pattern side パターン側 ...
Page 107: ...107 M7CL 32 M7CL 48 2NA WD86650 1 1 Pattern side パターン側 DCIN Circuit Board ...
Page 109: ...109 M7CL 32 M7CL 48 2NA WD86770 1 1 Pattern side パターン側 DA Circuit Board ...
Page 111: ...111 M7CL 32 M7CL 48 JK Circuit Board 2NA WD86780 1 Pattern side パターン側 ...
Page 113: ...113 M7CL 32 M7CL 48 Pattern side パターン側 OPT Circuit Board 2NA WD86820 1 ...