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Yamaha AN1x, Data List

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Yamaha AN1x Data List Download Page 15

15

10

1

00...7F Sync Pitch

-64...+63

40(+0)

11

1

00...7F Sync Pitch Depth

-64...+63

40(+0)

12

1

00...04 Sync Pitch Source

fixed(0),PEG(1),FEG(2),LFO1(3),

00(fixed)

LFO2(4)

13

1

01...03 Sync Pitch Mod Switch

master(1),slave(2),both(3)

03(both)

14

1

00...7F FM Depth

-64...+63

40(+0)

15

1

00...04 FM Source 1

fixed(0),PEG(1),FEG(2),LFO1(3),

00(fixed)

LFO2(4)

16

1

00...06 FM Source 2

VCO2(0),VCO1(1),VCO1-sub(2),

00(VCO2)

PEG(3),FEG(4),LFO1(5),LFO2(6)

17

1

00...03 VCO1 Wave

saw(0),pulse(1),saw2(2),mix(3) *4

00(saw)

00...04 VCO1 Wave

saw(0),pulse(1),inner1(2),

*5

inner2(3),inner3(4)

18

1

00...7F VCO1 Pitch Coarse

-64...+63 semitone

40(+0)

19

1

0E...72 VCO1 Pitch Fine

-50...+50 cent

40(+0)

1a

1

00...7F VCO1 Edge

0...127

64(100)

1b

1

00...7F VCO1 Pulse Width

0%(0)...50%(40)...99%(7F)

40(50%)

1c

1

01...7F VCO1 PWM Depth

-64...+63

40(+0)

1d

1

00...06 VCO1 PWM Source

fixed(0),PEG(1),FEG(2),

00(fixed)

LFO1(3),LFO2(4),LFO2-phase(5),

LFO2-fast(6)

1e

2

01...FF VCO1 Pitch Mod Depth

-127...+127

80(+0)

20

1

00...03 VCO2 Wave

saw(0),pulse(1),saw2(2),mix(3)

00(saw)

21

1

00...7F VCO2 Pitch Coarse

-64...+63 semitone

40(+0)

22

1

0E...72 VCO2 Pitch Fine

-50(0E)...+50 cent(72)

40(+0)

23

1

00...7F VCO2 Edge

0...127

127

24

1

00...7F VCO2 Pulse Width

0%(0)...50%(40)...99%(7F)

40(50%)

25

1

00...7F VCO2 PWM Depth

-64...+63

40(+0)

26

1

00...06 VCO2 PWM Source

fixed(0),PEG(1),FEG(2),

00(fixed)

LFO1(3),LFO2(4),LFO2-phase(5),

LFO2-fast(6)

27

2

01...FF VCO2 Pitch Mod Depth

-127...+127

80(+0)

29

1

00...7F Mixer VCO1 Level

0...127

7F

2a

1

00...7F Mixer VCO2 Level

0...127

00

2b

1

00...7F Mixer Ring Mod Level

0...127

00

2c

1

00...7F Mixer Noise Level

0...127

00

2d

1

00...7F FilterEG Attack Time

0...127

00

2e

1

00...7F FilterEG Decay Time

0...127

40

2f

1

00...7F FilterEG Sustain Level

0...127

7F

30

1

00...7F FilterEG Release Time

0...127

55(85)

31

1

00...7F VCF HPF Cutoff Freq

0...127

00

32

1

00...05 VCF Filter Type

LPF-24dB(0),LFP-18dB(1),

00(LPF-24dB)

LPF-12dB(2),BPF(3),HPF-12dB(4),

BEF(5)

33

1

00...7F VCF Filter Cutoff

0...127

64(100)

34

1

0D...7F VCF Filter Resonance

-12(0D)...0(19)...+102(7F)

19(+0)

35

2

00...FF FilterEG Depth

-128...+127

A0(+32)

37

1

00...7F FilterEG Velocity Sens

-64...+63

40(+0)

38

1

20...7F VCF Keyboard Track

-32...+63

40(+0)

39

1

00...7F VCF Filter Mod Depth

-64...+63

40(+0)

3a

1

00...7F AmpEG Attack Time

0...127

00

3b

1

00...7F AmpEG Decay Time

0...127

40

3c

1

00...7F AmpEG Sustain Level

0...127

7F

3d

1

00...7F AmpEG Release Time

0...127

24(36)

3e

1

00...7F VCA Feedback Level

0...127

00

3f

1

00...7F VCA Volume

0...127

69(105)

40

1

00...7F AmpEG Velocity Sens

-64...+63

40(+0)

41

1

00...7F VCA Amp Mod Depth

-64...+63

40(+0)

42

1

01...7F Vari-Ef Dry:Wet

D63>W(1)...D=W(40)...D<W63(7F) *6

01(D63>W)

dry(0-3F),wet(40-7F)

*7

dry(0-3F),both(40),wet(41-7F)

*8

43

1

00...00 Reserve

0...0

00

44

1

00...72 Ctrl Matrix Source1

off(0)...Assign Knob8(72)

*9

00

45

1

00...24 Ctrl Matrix Param 1

off(0)...Vari-Ef Dry:Wet(24)

*9

00

46

1

00...7F Ctrl Matrix Depth 1

Depends on Ctrl Matrix Param

*9

40(+0)

47

1

00...72 Ctrl Matrix Source2

off(0)...Assign Knob8(72)

*9

00

48

1

00...24 Ctrl Matrix Param 2

off(0)...Vari-Ef Dry:Wet(24)

*9

00

49

1

00...7F Ctrl Matrix Depth 2

Depends on Ctrl Matrix Param

*9

40(+0)

4a

1

00...72 Ctrl Matrix Source3

off(0)...Assign Knob8(72)

*9

00

4b

1

00...24 Ctrl Matrix Param 3

off(0)...Vari-Ef Dry:Wet(24)

*9

00

4c

1

00...7F Ctrl Matrix Depth 3

Depends on Ctrl Matrix Param

*9

40(+0)

4d

1

00...72 Ctrl Matrix Source4

off(0)...Assign Knob8(72)

*9

00

4e

1

00...24 Ctrl Matrix Param 4

off(0)...Vari-Ef Dry:Wet(24)

*9

00

4f

1

00...7F Ctrl Matrix Depth 4

Depends on Ctrl Matrix Param

*9

40(+0)

50

1

00...72 Ctrl Matrix Source5

off(0)...Assign Knob8(72)

*9

00

51

1

00...24 Ctrl Matrix Param 5

off(0)...Vari-Ef Dry:Wet(24)

*9

00

52

1

00...7F Ctrl Matrix Depth 5

Depends on Ctrl Matrix Param

*9

40(+0)

53

1

00...72 Ctrl Matrix Source6

off(0)...Assign Knob8(72)

*9

00

54

1

00...24 Ctrl Matrix Param 6

off(0)...Vari-Ef Dry:Wet(24)

*9

00

55

1

00...7F Ctrl Matrix Depth 6

Depends on Ctrl Matrix Param

*9

40(+0)

56

1

00...72 Ctrl Matrix Source7

off(0)...Assign Knob8(72)

*9

00

57

1

00...24 Ctrl Matrix Param 7

off(0)...Vari-Ef Dry:Wet(24)

*9

00

58

1

00...7F Ctrl Matrix Depth 7

Depends on Ctrl Matrix Param

*9

40(+0)

59

1

00...72 Ctrl Matrix Source8

off(0)...Assign Knob8(72)

*9

00

5a

1

00...24 Ctrl Matrix Param 8

off(0)...Vari-Ef Dry:Wet(24)

*9

00

5b

1

00...7F Ctrl Matrix Depth 8

Depends on Ctrl Matrix Param

*9

40(+0)

5c

1

00...72 Ctrl Matrix Source9

off(0)...Assign Knob8(72)

*9

00

5d

1

00...24 Ctrl Matrix Param 9

off(0)...Vari-Ef Dry:Wet(24)

*9

00

5e

1

00...7F Ctrl Matrix Depth 9

Depends on Ctrl Matrix Param

*9

40(+0)

5f

1

00...72 Ctrl Matrix Source10

off(0)...Assign Knob8(72)

*9

00

60

1

00...24 Ctrl Matrix Param 10

off(0)...Vari-Ef Dry:Wet(24)

*9

00

61

1

00...7F Ctrl Matrix Depth 10

Depends on Ctrl Matrix Param

*9

40(+0)

62

1

00...72 Ctrl Matrix Source11

off(0)...Assign Knob8(72)

*9

00

63

1

00...24 Ctrl Matrix Param 11

off(0)...Vari-Ef Dry:Wet(24)

*9

00

64

1

00...7F Ctrl Matrix Depth 11

Depends on Ctrl Matrix Param

*9

40(+0)

65

1

00...72 Ctrl Matrix Source12

off(0)...Assign Knob8(72)

*9

00

66

1

00...24 Ctrl Matrix Param 12

off(0)...Vari-Ef Dry:Wet(24)

*9

00

67

1

00...7F Ctrl Matrix Depth 12

Depends on Ctrl Matrix Param

*9

40(+0)

68

1

00...72 Ctrl Matrix Source13

off(0)...Assign Knob8(72)

*9

00

69

1

00...24 Ctrl Matrix Param 13

off(0)...Vari-Ef Dry:Wet(24)

*9

00

6a

1

00...7F Ctrl Matrix Depth 13

Depends on Ctrl Matrix Param

*9

40(+0)

6b

1

00...72 Ctrl Matrix Source14

off(0)...Assign Knob8(72)

*9

00

6c

1

00...24 Ctrl Matrix Param 14

off(0)...Vari-Ef Dry:Wet(24)

*9

00

6d

1

00...7F Ctrl Matrix Depth 14

Depends on Ctrl Matrix Param

*9

40(+0)

6e

1

00...72 Ctrl Matrix Source15

off(0)...Assign Knob8(72)

*9

00

6f

1

00...24 Ctrl Matrix Param 15

off(0)...Vari-Ef Dry:Wet(24)

*9

00

70

1

00...7F Ctrl Matrix Depth 15

Depends on Ctrl Matrix Param

*9

40(+0)

71

1

00...72 Ctrl Matrix Source16

off(0)...Assign Knob8(72)

*9

00

72

1

00...24 Ctrl Matrix Param 16

off(0)...Vari-Ef Dry:Wet(24)

*9

00

73

1

00...7F Ctrl Matrix Depth 16

Depends on Ctrl Matrix Param

*9

40(+0)

Total size

74 : Scene 1, 2 Edit Buffer

Total size

44 : Scene Ctrl Buffer

S=0 ; Scene 1 Edit Buffer

1 ; Scene 2 Edit Buffer

2 ; Scene Ctrl Buffer (* effective only when Scene Ctrl is active)

*1

: Poly Mode = poly

*2

: Poly Mode = mono,legato

*3

: see other table (LFO1 Wave Type List)

*4

: Osillator Sync = off

*5

: Osillator Sync = on

*6

: Vari-Ef Type = except *7,*8

*7

: Vari-Ef Type = Aural Exciter, Compressor

*8

: Vari-Ef Type = Distortion, Over Drive, Amp.Simulator 

*9

: see other table (Ctrl Matrix Paramter List) and not exist in scene-ctrl buffer

MIDI Data Table <1-5>

MIDI Parameter Change Table ( Current Step SEQ Buffer)

Address

Size

Data

Prameter Name

Description

Default

(H)

(H)

(H)

value(H)

10

0e

00

1

00...09

Step Seq Base Unit

3/8(0)...1/32(9)

04(1/8)

01

1

01...10

Step Seq Length

1steps(1)...16steps(10)

08

02

1

00...03

Step Seq Loop Type

fwd(0),backwd(1),alternateA(2),

00(fwd)

alternateB(3)

03

1

00...60

Step Seq Ctrl Change No

off(0)...95,AT(60)

00(off)

04

1

00...00

reserved

00

00

05

1

00...00

reserved

00

00

06

1

00...7F

Step Seq Note No 1

C-2(0)...G8(7F)

C3(3C)

07

1

00...7F

Step Seq Note No 2

C-2(0)...G8(7F)

C3(3C)

08

1

00...7F

Step Seq Note No 3

C-2(0)...G8(7F)

C3(3C)

09

1

00...7F

Step Seq Note No 4

C-2(0)...G8(7F)

C3(3C)

0a

1

00...7F

Step Seq Note No 5

C-2(0)...G8(7F)

C3(3C)

0b

1

00...7F

Step Seq Note No 6

C-2(0)...G8(7F)

C3(3C)

0c

1

00...7F

Step Seq Note No 7

C-2(0)...G8(7F)

C3(3C)

0d

1

00...7F

Step Seq Note No 8

C-2(0)...G8(7F)

C3(3C)

0e

1

00...7F

Step Seq Note No 9

C-2(0)...G8(7F)

C3(3C)

0f

1

00...7F

Step Seq Note No 10

C-2(0)...G8(7F)

C3(3C)

10

1

00...7F

Step Seq Note No 11

C-2(0)...G8(7F)

C3(3C)

11

1

00...7F

Step Seq Note No 12

C-2(0)...G8(7F)

C3(3C)

12

1

00...7F

Step Seq Note No 13

C-2(0)...G8(7F)

C3(3C)

13

1

00...7F

Step Seq Note No 14

C-2(0)...G8(7F)

C3(3C)

14

1

00...7F

Step Seq Note No 15

C-2(0)...G8(7F)

C3(3C)

15

1

00...7F

Step Seq Note No 16

C-2(0)...G8(7F)

C3(3C)

16

1

00...7F

Step Seq Velocity 1

rest(0),1...127

100(64)

17

1

00...7F

Step Seq Velocity 2

rest(0),1...127

100(64)

18

1

00...7F

Step Seq Velocity 3

rest(0),1...127

100(64)

19

1

00...7F

Step Seq Velocity 4

rest(0),1...127

100(64)

1a

1

00...7F

Step Seq Velocity 5

rest(0),1...127

100(64)

1b

1

00...7F

Step Seq Velocity 6

rest(0),1...127

100(64)

1c

1

00...7F

Step Seq Velocity 7

rest(0),1...127

100(64)

1d

1

00...7F

Step Seq Velocity 8

rest(0),1...127

100(64)

1e

1

00...7F

Step Seq Velocity 9

rest(0),1...127

100(64)

1f

1

00...7F

Step Seq Velocity 10

rest(0),1...127

100(64)

20

1

00...7F

Step Seq Velocity 11

rest(0),1...127

100(64)

21

1

00...7F

Step Seq Velocity 12

rest(0),1...127

100(64)

22

1

00...7F

Step Seq Velocity 13

rest(0),1...127

100(64)

23

1

00...7F

Step Seq Velocity 14

rest(0),1...127

100(64)

24

1

00...7F

Step Seq Velocity 15

rest(0),1...127

100(64)

25

1

00...7F

Step Seq Velocity 16

rest(0),1...127

100(64)

26

1

00...7F

Step Seq Gate Time 1

1%(0)...100%(40)...200%(7F)

94%(3C)

27

1

00...7F

Step Seq Gate Time 2

1%(0)...100%(40)...200%(7F)

94%(3C)

28

1

00...7F

Step Seq Gate Time 3

1%(0)...100%(40)...200%(7F)

94%(3C)

29

1

00...7F

Step Seq Gate Time 4

1%(0)...100%(40)...200%(7F)

94%(3C)

2a

1

00...7F

Step Seq Gate Time 5

1%(0)...100%(40)...200%(7F)

94%(3C)

2b

1

00...7F

Step Seq Gate Time 6

1%(0)...100%(40)...200%(7F)

94%(3C)

2c

1

00...7F

Step Seq Gate Time 7

1%(0)...100%(40)...200%(7F)

94%(3C)

1d

1

00...7F

Step Seq Gate Time 8

1%(0)...100%(40)...200%(7F)

94%(3C)

2e

1

00...7F

Step Seq Gate Time 9

1%(0)...100%(40)...200%(7F)

94%(3C)

2f

1

00...7F

Step Seq Gate Time 10

1%(0)...100%(40)...200%(7F)

94%(3C)

30

1

00...7F

Step Seq Gate Time 11

1%(0)...100%(40)...200%(7F)

94%(3C)

31

1

00...7F

Step Seq Gate Time 12

1%(0)...100%(40)...200%(7F)

94%(3C)

32

1

00...7F

Step Seq Gate Time 13

1%(0)...100%(40)...200%(7F)

94%(3C)

33

1

00...7F

Step Seq Gate Time 14

1%(0)...100%(40)...200%(7F)

94%(3C)

34

1

00...7F

Step Seq Gate Time 15

1%(0)...100%(40)...200%(7F)

94%(3C)

35

1

00...7F

Step Seq Gate Time 16

1%(0)...100%(40)...200%(7F)

94%(3C)

36

1

00...7F

Step Seq Ctrl Change Value 1

0...127

0(00)

37

1

00...7F

Step Seq Ctrl Change Value 2

0...127

0(00)

38

1

00...7F

Step Seq Ctrl Change Value 3

0...127

0(00)

39

1

00...7F

Step Seq Ctrl Change Value 4

0...127

0(00)

3a

1

00...7F

Step Seq Ctrl Change Value 5

0...127

0(00)

3b

1

00...7F

Step Seq Ctrl Change Value 6

0...127

0(00)

3c

1

00...7F

Step Seq Ctrl Change Value 7

0...127

0(00)

3d

1

00...7F

Step Seq Ctrl Change Value 8

0...127

0(00)

3e

1

00...7F

Step Seq Ctrl Change Value 9

0...127

0(00)

3f

1

00...7F

Step Seq Ctrl Change Value 10 0...127

0(00)

40

1

00...7F

Step Seq Ctrl Change Value 11 0...127

0(00)

41

1

00...7F

Step Seq Ctrl Change Value 12 0...127

0(00)

42

1

00...7F

Step Seq Ctrl Change Value 13 0...127

0(00)

43

1

00...7F

Step Seq Ctrl Change Value 14 0...127

0(00)

44

1

00...7F

Step Seq Ctrl Change Value 15 0...127

0(00)

45

1

00...7F

Step Seq Ctrl Change Value 16 0...127

0(00)

TOAL SIZE 46

MIDI Data Table <1-6>

MIDI Parameter Change Table ( User Voice: Only Bulk Dump )

Address

Size Data

Prameter Name

Description

Default

(H)

(H)

(H)

value(H)

(from Here : Voice Common Data)

11

mm

00

1

20...7F

Voice Name 1

Ascii Code

I

1

20...7F

Voice Name 2

Ascii Code

n

1

20...7F

Voice Name 3

Ascii Code

i

1

20...7F

Voice Name 4

Ascii Code

t

1

20...7F

Voice Name 5

Ascii Code

N

1

20...7F

Voice Name 6

Ascii Code

o

1

20...7F

Voice Name 7

Ascii Code

r

1

20...7F

Voice Name 9

Ascii Code

a

1

20...7F

Voice Name 10

Ascii Code

l

1

00...16

Voice Category

—,Pf...Sg

—

1

01...03

Common Scene Select

Scene1(1),Scene2(2),

1(scene1)

Scene Ctrl(3)

1

00...05

Layer Mode

sinlge(0),unison(1),dual(2),

00(single)

dual-unison(3),split(4),

split-unison(5)

1

00...02

Layer Pan

off(0),alternate(1),random(2)

00(off)

1

00...32

Layer Separation

0...32

00

1

00...32

Unison Detune

0...32

06

2

27...F0

Common Tempo

midi(27),40(28)...240(F0)

8C(140)

1

00...7F

Common Split Point

C-2(0)...G8(7F)

3C(C3)

1

00...01

Common Portamento Switch

off(0)...on(1)

00(off)

1

00...72

Common Ctrl Matrix Source1

off(0)...Assign Knob8(72)

*1

00

1

00...05

Common Ctrl Matrix Param 1

off(0)...Rev Return(5)

*1

00

1

00...7F

Common Ctrl Matrix Depth 1

-64...+63

*1

40(+0)

1

00...72

Common Ctrl Matrix Source2

off(0)...Assign Knob8(72)

*1

00

1

00...05

Common Ctrl Matrix Param 2

off(0)...Rev Return(5)

*1

00

1

00...7F

Common Ctrl Matrix Depth 2

-64...+63

*1

40(+0)

1

00...0D

Vari-Ef Type

See Effect Type List

00(=Chorus 1)

P11-19  97.9.19 2:24 PM  Page 15

Summary of Contents for AN1x

Page 1: ...Cover1 97 7 111 10PMy W 1...

Page 2: ...t to OFF Combination analog pad and analog lead sound Fat hip hop saw bass Slide the edge back with the MODULATION wheel Heavy analog bass with a characteristic attack Select Scene 2 for a variation H...

Page 3: ...l the volume of the bells Analog PWmod synth string pad Scene 2 is a square wave variation with pulse width controlled by the RIBBON Synth pad sound with great sound projection Soft pad great for back...

Page 4: ...cey pad with soft sync modulation Distorted analog sequence great for techno music Use the RIBBON to control the filter Notes in the bottom octave of the keyboard play a sequence and determine its pit...

Page 5: ...d you play 16 Techno A Typical techno sequence TYPE A Euro techno type 17 Techno B Typical techno sequence TYPE B UK type with Velocity 18 Techno C Typical techno sequence TYPE C Japan techno type 19...

Page 6: ...able 1 Speed 0 00 41 70Hz Common 0 159 table 1 2 L R Depth 0 100 0 100 3 F R Depth 0 100 0 100 4 PAN Direction L R L R L R Lturn Rturn 0 4 elm Dry Wet D63 W D W D W63 Scene 1 127 ROTARY SPEAKER No Par...

Page 7: ...ms 99 99 0 1 330 0ms 99 99 Thru 8 0kHz 1 0k Thru 0 127 Display 0 1 330 0ms 99 99 0 1 330 0ms 99 99 L R L R Thru 8 0kHz 1 0k Thru 0 127 Display e specified 1 2 3 8 1 4 3 16 1 6 1 8 3 32 1 12 1 16 1 24...

Page 8: ...8 2 1 18 35 18 800 19 1 6 83 6 99 147 33 63 19 180 19 2 2 19 40 19 1 0k 20 1 68 84 7 07 148 34 3 20 200 20 2 3 20 1 2k 21 1 77 85 7 16 149 34 97 21 225 21 2 4 21 1 4k 22 1 85 86 7 24 150 35 65 22 250...

Page 9: ...CONTROLLER RIBBON X CONTROLLER FOOT CONTROLLER PORTAMENTO TIME DATA ENTRY MSB MAIN VOLUME PANPOT EXPRESSION RIBBON Z CONTROLLER RIBBON X CONTROLLER DATA ENTRY LSB DATA ENTRY LSB SUSTAIN SWITCH PORTAME...

Page 10: ...O2PWMSrc x x x 31 VCO2PmodDp 24 add O 63 63 x x 32 MIX VCO1 Level 25 mul O 64 63 O 64 63 O 64 63 33 VCO2 Level 26 mul O 64 63 O 64 63 O 64 63 34 Ring Mod 27 mul O 64 63 O 64 63 O 64 63 35 NoiseLevel 2...

Page 11: ...aaaa Binary indicates the data addresses The data address consists of High Mid and Low bbH 0bbbbbbb indicates byte counts ccH 0ccccccc indicates tcheck sums ddH 0ddddddd indicates data value Synthesiz...

Page 12: ...EPTH v 0 127 c 94 DELAY DEPTH v 0 127 c 96 DATA ENTRY INC v 127 2 c 97 DATA ENTRY DEC v 127 2 c 00 95 ASSIGNABLE CONTROLLER v 0 127 1 Preset CONTROL CHANGE NUMBER at the factory Can be changed 2 Used...

Page 13: ...e ignored 3 5 3 PARAMETER CHANGE 3 5 3 1 DX1 MASTER TUNING F0H 43H 1nH 04H 40H ddH F7H When AN1x receives the DX1 compatible format MASTER TUNE in the System Data will be changed The value dd is used...

Page 14: ...s On Dly Ef Type 00 7F Dly Ef Param 5 LSB See Effect Parameter List Depends On Dly Ef Type 3c 2 00 7F Dly Ef Param 6 MSB See Effect Parameter List Depends On Dly Ef Type 00 7F Dly Ef Param 6 LSB See E...

Page 15: ...Param 9 40 0 Total size 74 Scene 1 2 Edit Buffer Total size 44 Scene Ctrl Buffer S 0 Scene 1 Edit Buffer 1 Scene 2 Edit Buffer 2 Scene Ctrl Buffer effective only when Scene Ctrl is active 1 Poly Mode...

Page 16: ...Data1 LSB 0 127 10 00 2 00 01 Free EG Trk3 Data2 MSB 0 1 10 01 00 7F Free EG Trk3 Data2 LSB 0 127 10 00 2 00 01 Free EG Trk3 Data128 MSB 0 1 10 01 00 7F Free EG Trk3 Data128 LSB 0 127 10 00 2 00 01 Fr...

Page 17: ...Param 12 off 0 Vari Ef Dry Wet 24 19 00 1 00 7F Ctrl Matrix Depth 12 Depends on Ctrl Matrix Param 19 40 0 1 00 72 Ctrl Matrix Source13 off 0 Assign Knob8 72 19 00 1 00 24 Ctrl Matrix Param 13 off 0 Va...

Page 18: ...27 100 64 26 1 00 7F Step Seq Gate Time 1 1 0 100 40 200 7F 94 3C 27 1 00 7F Step Seq Gate Time 2 1 0 100 40 200 7F 94 3C 28 1 00 7F Step Seq Gate Time 3 1 0 100 40 200 7F 94 3C 29 1 00 7F Step Seq Ga...

Page 19: ...66 67 84 71 74 0 95 91 93 94 96 97 98 99 100 101 120 121 Control Change Bank Select Data Entry Sound Controller Assignable Control Effect Send Level Data Inc Dec NRPN LSB MSB RPN LSB MSB All Sounds O...

Page 20: ...M D G EMI Division Yamaha Corporation 1997 AN1x_DATALIST C 4 E 97 7 111 45PMy W 1...

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