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2) receive flow, 1) transmit flow – Yamaha CVP-200 User Manual

Page 31

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CVP-98/96/600

(2) RECEIVE FLOW

MIDI

→

KEY OFF

8nH

IN

KEY ON/OFF

9nH

CONTROL CHANGE

BANK SELECT MSB

BnH,00H

BANK SELECT LSB

BnH,20H

MODULATION

BnH,01H

PORTAMENTO TIME

BnH,05H

DATA ENTRY MSB

BnH,06H

DATA ENTRY LSB

BnH,26H

MAIN VOLUME

BnH,07H

PANPOT

BnH,0AH

EXPRESSION

BnH,0BH

SUSTAIN

BnH,40H

PORTAMENTO

BnH,41H

SOSTENUTO

BnH,42H

SOFT PEDAL

BnH,43H

HARMONIC CONTENT

BnH,47H

RELEASE TIME

BnH,48H

ATTACK TIME

BnH,49H

BRIGHTNESS

BnH,4AH

PORTAMENTO CONTROL

BnH,54H

REVERB SEND LEVEL

BnH,5BH

CHORUS SEND LEVEL

BnH,5DH

VARIATION SEND LEVEL

BnH,5EH

DATA INCREMENT

BnH,60H

DATA DECREMENT

BnH,61H

NRPN LSB

BnH,62H

NRPN MSB

BnH,63H

VIBRATO RATE

BnH,63H,01H,62H,08H,06H,mmH

VIBRATO DEPTH

BnH,63H,01H,62H,09H,06H,mmH

VIBRATO DELAY

BnH,63H,01H,62H,0AH,06H,mmH

FILTER CUTOFF FREQ.

BnH,63H,01H,62H,20H,06H,mmH

FILTER RESONANCE

BnH,63H,01H,62H,21H,06H,mmH

AEG ATTACK TIME

BnH,63H,01H,62H,63H,06H,mmH

AEG DECAY TIME

BnH,63H,01H,62H,64H,06H,mmH

AEG RELEASE

BnH,63H,01H,62H,66H,06H,mmH

DRUM INST

*1

CUTOFF FREQ.

BnH,63H,14H,62H,rrH,06H,mmH

FILTER RESONANCE

BnH,63H,15H,62H,rrH,06H,mmH

Decimal

Hexadecimal

Binary

Decimal

Hexadecimal

Binary

0

0 0

0000 0000

1

0 1

0000 0001

2

0 2

0000 0010

3

0 3

0000 0011

4

0 4

0000 0100

5

0 5

0000 0101

6

0 6

0000 0110

7

0 7

0000 0111

8

0 8

0000 1000

9

0 9

0000 1001

1 0

0A

0000 1010

1 1

0B

0000 1011

1 2

0C

0000 1100

1 3

0D

0000 1101

1 4

0E

0000 1110

1 5

0F

0000 1111

1 6

1 0

0001 0000

1 7

1 1

0001 0001

1 8

1 2

0001 0010

1 9

1 3

0001 0011

2 0

1 4

0001 0100

2 1

1 5

0001 0101

2 2

1 6

0001 0110

2 3

1 7

0001 0111

2 4

1 8

0001 1000

2 5

1 9

0001 1001

2 6

1A

0001 1010

2 7

1B

0001 1011

2 8

1C

0001 1100

2 9

1D

0001 1101

3 0

1E

0001 1110

3 1

1F

0001 1111

3 2

2 0

0010 0000

3 3

2 1

0010 0001

3 4

2 2

0010 0010

3 5

2 3

0010 0011

3 6

2 4

0010 0100

3 7

2 5

0010 0101

3 8

2 6

0010 0110

3 9

2 7

0010 0111

4 0

2 8

0010 1000

4 1

2 9

0010 1001

4 2

2A

0010 1010

4 3

2B

0010 1011

4 4

2C

0010 1100

4 5

2D

0010 1101

4 6

2E

0010 1110

4 7

2F

0010 1111

4 8

3 0

0011 0000

4 9

3 1

0011 0001

5 0

3 2

0011 0010

5 1

3 3

0011 0011

5 2

3 4

0011 0100

5 3

3 5

0011 0101

5 4

3 6

0011 0110

5 5

3 7

0011 0111

5 6

3 8

0011 1000

5 7

3 9

0011 1001

5 8

3A

0011 1010

5 9

3B

0011 1011

6 0

3C

0011 1100

6 1

3D

0011 1101

6 2

3E

0011 1110

6 3

3F

0011 1111

6 4

4 0

0100 0000

6 5

4 1

0100 0001

6 6

4 2

0100 0010

6 7

4 3

0100 0011

6 8

4 4

0100 0100

6 9

4 5

0100 0101

7 0

4 6

0100 0110

7 1

4 7

0100 0111

7 2

4 8

0100 1000

7 3

4 9

0100 1001

7 4

4A

0100 1010

7 5

4B

0100 1011

7 6

4C

0100 1100

7 7

4D

0100 1101

7 8

4E

0100 1110

7 9

4F

0100 1111

8 0

5 0

0101 0000

8 1

5 1

0101 0001

8 2

5 2

0101 0010

8 3

5 3

0101 0011

8 4

5 4

0101 0100

8 5

5 5

0101 0101

8 6

5 6

0101 0110

8 7

5 7

0101 0111

8 8

5 8

0101 1000

8 9

5 9

0101 1001

9 0

5A

0101 1010

9 1

5B

0101 1011

9 2

5C

0101 1100

9 3

5D

0101 1101

9 4

5E

0101 1110

9 5

5F

0101 1111

9 6

6 0

0110 0000

9 7

6 1

0110 0001

9 8

6 2

0110 0010

9 9

6 3

0110 0011

100

6 4

0110 0100

101

6 5

0110 0101

102

6 6

0110 0110

103

6 7

0110 0111

104

6 8

0110 1000

105

6 9

0110 1001

106

6A

0110 1010

107

6B

0110 1011

108

6C

0110 1100

109

6D

0110 1101

110

6E

0110 1110

111

6F

0110 1111

112

7 0

0111 0000

113

7 1

0111 0001

114

7 2

0111 0010

115

7 3

0111 0011

116

7 4

0111 0100

117

7 5

0111 0101

118

7 6

0111 0110

119

7 7

0111 0111

120

7 8

0111 1000

121

7 9

0111 1001

122

7A

0111 1010

123

7B

0111 1011

124

7C

0111 1100

125

7D

0111 1101

126

7E

0111 1110

127

7F

0111 1111

Many MIDI messages listed in the MIDI Data Format are expressed in decimal
numbers, binary numbers and hexadecimal numbers. Hexadecimal numbers
may include the letter “H” as a suffix. Also, “n” can freely be defined as any
whole number.
To enter data/values, refer to the table below.

• Except the table above, for example 144-159(decimal)/9nH/1001 0000-1001

1111(binary) displays the Note On Message for each channel (1-16). 176-191/
BnH/1011 0000-1011 1111 displays the Control Change Message for each
channel (1-16). 192-207/CnH/1100 0000-1100 1111 displays the Program
Change Message for each channel (1-16). 240/FOH/1111 0000 denotes the
start of a System Exclusive Message. 247/F7H/1111 0111 denotes the end of
a System Exclusive Message.

aaH (hexidecimal)/0aaaaaaa (binary) denotes the data address. The address

contains High, Mid, and Low.

bbH/0bbbbbbb denotes the byte count.

ccH/0ccccccc denotes the check sum.

ddH/0ddddddd denotes the data/value.

(1) TRANSMIT FLOW

MIDI

←

KEY ON/OFF

9nH

OUT

CONTROL CHANGE

BnH

BANK SELECT MSB

BnH,00H

BANK SELECT LSB

BnH,20H

DATA ENTRY MSB

BnH,06H

DATA ENTRY LSB

BnH,26H

MAIN VOLUME

BnH,07H

PANPOT

BnH,0AH

EXPRESSION

BnH,0BH

SUSTAIN

BnH,40H

SOSTENUTE

BnH,42H

SOFT PEDAL

BnH,43H

REVERB SEND LEVEL

BnH,5BH

VARIATION SEND LEVEL

BnH,5EH

PROGRAM CHANGE

CnH

SYSTEM EXCLUSIVE MESSAGE


UNIVERSAL REALTIME

F0H 7FH.....F7H

UNIVERSAL NON-REALTIME

F0H 7EH.....F7H

XG PARAMETER CHANGE

F0H 43H 1nH 4CH aaH aaH aaH ddH

.....ddH F7H

XG BULK DUMP

F0H 43H 0nH 4CH bbH bbH aaH aaH

aaH ddH.....ddH ccH F7H


SYSTEM REALTIME MESSAGE

MIDI CLOCK

F8H

START

FAH

STOP

FCH

ACTIVE SENSING

FEH

○ ○ ○

MIDI Data Format / MIDI-Datenformat /
Format des données MIDI / Formato de datos MIDI

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