Yamaha 9000 Pro, professional workstation manual 238

MIDII I Data Format/MIDII I-Datenformat/Format de données MIDII I

<Table 3-6> MIDI PARAMETER CHANGE TABLE (SPECIAL EFFECT)

Address

Size

Data

Parameter

Recognized

Description

Default

(H)

(H)

(H)

04

00

00

2

00 - 7F

INSERTION EFFECT TYPE MSB

o

Refer to the XG EFFECT MAP

49(=DISTORTION)

00 - 7F

INSERTION EFFECT TYPE LSB

o

00 : basic type

00

02

1

00 - 7F

INSERTION EFFECT PARAMETER1

o

Refer to the XG EFFECT PARAMETER LIST

depends on insertion 1

type

03

1

00 - 7F

INSERTION EFFECT PARAMETER2

o

Refer to the XG EFFECT PARAMETER LIST

depends on insertion 1

type

04

1

00 - 7F

INSERTION EFFECT PARAMETER3

o

Refer to the XG EFFECT PARAMETER LIST

depends on insertion 1

type

05

1

00 - 7F

INSERTION EFFECT PARAMETER4

o

Refer to the XG EFFECT PARAMETER LIST

depends on insertion 1

type

06

1

00 - 7F

INSERTION EFFECT PARAMETER5

o

Refer to the XG EFFECT PARAMETER LIST

depends on insertion 1

type

07

1

00 - 7F

INSERTION EFFECT PARAMETER6

o

Refer to the XG EFFECT PARAMETER LIST

depends on insertion 1

type

08

1

00 - 7F

INSERTION EFFECT PARAMETER7

o

Refer to the XG EFFECT PARAMETER LIST

depends on insertion 1

type

09

1

00 - 7F

INSERTION EFFECT PARAMETER8

o

Refer to the XG EFFECT PARAMETER LIST

depends on insertion 1

type

0A

1

00 - 7F

INSERTION EFFECT PARAMETER9

o

Refer to the XG EFFECT PARAMETER LIST

depends on insertion 1

type

0B

1

00 - 7F

INSERTION EFFECT PARAMETER10

o

Refer to the XG EFFECT PARAMETER LIST

depends on insertion 1

type

0C

1

00 - 7F

INSERTION EFFECT PART

x

Part1...16(0...15)

7F

AD1(64)

OFF(16...63, 65...127)

0D

1

00 - 7F

MW INSERTION CONTROL DEPTH

o

—

40

0E

1

00 - 7F

BEND INSERTION CONTROL DEPTH

o

—

40

0F

1

00 - 7F

CAT INSERTION CONTROL DEPTH

o

—

40

10

1

00 - 7F

AC1 INSERTION CONTROL DEPTH

x

—

40

11

1

00 - 7F

AC2 INSERTION CONTROL DEPTH

x

—

40

TOTAL SIZE

12

04

00

14

1

00 - 7F

UNIQUE INSERTION EFFECT EXTER-

o

1...16(0...15), off(127)

7F

NAL

CONTROL CH1(HARMONY CHANNEL*)

15

1

00 - 7F

UNIQUE INSERTION EFFECT EXTER-

o

1...16(0...15), off(127)

7F

NAL

CONTROL CH2 (MELODY CHANNEL*)

TOTAL SIZE

2

04

00

20

1

00 - 7F

INSERTION EFFECT PARAMETER11

o

Refer to the XG EFFECT PARAMETER LIST

depends on insertion 1

type

21

1

00 - 7F

INSERTION EFFECT PARAMETER12

o

Refer to the XG EFFECT PARAMETER LIST

depends on insertion 1

type

22

1

00 - 7F

INSERTION EFFECT PARAMETER13

o

Refer to the XG EFFECT PARAMETER LIST

depends on insertion 1

type

23

1

00 - 7F

INSERTION EFFECT PARAMETER14

o

Refer to the XG EFFECT PARAMETER LIST

depends on insertion 1

type

24

1

00 - 7F

INSERTION EFFECT PARAMETER15

o

Refer to the XG EFFECT PARAMETER LIST

depends on insertion 1

type

25

1

00 - 7F

INSERTION EFFECT PARAMETER16

o

Refer to the XG EFFECT PARAMETER LIST

depends on insertion 1

type

TOTAL SIZE

6

*HARMONY CHANNEL and MELODY CHANNEL

About these settings, the last message is effective.

When the Melody channel is 3 and a message that set the Harmony Channel to 3 is received,

the Melody channel is set to OFF and the Harmony channel is set to 3.

<Table 3-7> MIDI PARAMETER CHANGE TABLE (DISPLAY DATA)

Address

Size

Data

Parameter

Recognized

Description

Default

(H)

(H)

6

0

0

20

(DISPLAY LETTER)

x

—

:

1F

TOTAL SIZE

20

7

vh

0

30

(DISPLAY BITMAP Data0)

x

—

:

:

2F

(Data47)

TOTAL SIZE

30

<Table 3-8> MIDI PARAMETER CHANGE TABLE (MULTI PART)

Address

Size

Data

Parameter

Recognized

Description

Default

(H)

(H)

(H)

XG/GM

Keyboard

R1

R2

R3

Left

Acmp

value(H)

8

nn

0

1

00 - 20

ELEMENT RESERVE

o

x

x

x

x

x

x

0 - 32

part10=0, other =2

nn

1

1

00 - 7F

BANK SELECT MSB

o

x

o

o

o

o

o

0 - 127

part10=7F, other=0

nn

2

1

00 - 7F

BANK SELECT LSB

0 - 127

0

nn

3

1

00 - 7F

PROGRAM NUMBER

o

x

o

o

o

o

o

1 - 128

0

nn

4

1

00 -

Rcv CHANNEL

o

x

x

x

x

x

x

1 - 16,OFF

Part No.

0F, 7F

nn

5

1

00 - 01

MONO/POLY MODE

o

x

o

o

o

o

x

0:MONO

1

1:POLY

238Appendix/Anhang/Annexe

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