Controlling the SD-80 via MIDI

3.Transmit “Part Output MFX Select” to specify the MFX (MFX A–MFX C) to which the part output will be sent.

 

 

 

 

Part

Temporary

 

 

 

Part Output

 

 

Multitimbre

 

 

 

MFX Select

 

 

 

 

 

 

 

 

 

 

 

F0 41 10 00 48 12 [10 00 pp 20] [nn] [ss] F7

(1)

(2)

(3)

(4)

(5)

(6)

(7)

(8)

(9)

Address (pp): when you want part 1 to use the MFX =20 when you want part 2 to use the MFX =21

:

when you want part 32 to use the MFX =3F

Data (nn): when you want to use MFX A =00 when you want to use MFX B =01 when you want to use MFX C =02

Checksum (ss): For details on the calculation method, refer to the section “How to calculate the checksum” within “MIDI Implementation” (MIDIImp_E.pdf) on the included CD- ROM.

4. Select the MFX type.

Multitimbre MFX

MFX

 

Common MFX Type

Number

F0 41 10 00 48 12 [10 00 mm 00] [tt] [ss] F7

(1)

(2)

(3)

(4)

(5)

(6)

(7)

(8)

(9)

Address (mm): when you want to use MFX A =06

when you want to use MFX B =08 when you want to use MFX C =0A

Data (tt):Select the effect type (00–5A)

Checksum (ss): For details on the calculation method, refer to the section “How to calculate the checksum” within “MIDI Implementation” (MIDIImp_E.pdf) on the included CD-

ROM.

<Example> Share MFX B with the sounds of parts 4, 6, and 7, and set the effect type to 24:REVERB

1.F0 41 10 00 48 12 10 00 00 31 00 3F F7

2-1.F0 41 10 00 48 12 10 00 23 1F 00 2E F7

2-2.F0 41 10 00 48 12 10 00 25 1F 00 2C F7

2-3.F0 41 10 00 48 12 10 00 26 1F 00 2B F7

3-1.F0 41 10 00 48 12 10 00 23 20 01 2C F7

3-2.F0 41 10 00 48 12 10 00 25 20 01 2A F7

3-3.F0 41 10 00 48 12 10 00 26 20 01 29 F7

4.F0 41 10 00 48 12 10 00 08 00 18 50 F7

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