ユーザーズガイド YAMAHA AN1X F[^XG

[. . . ] No. Cat. No. Cat. 1 Co Relaxx 20 Fx Earth 2 Sq Terraform 21 Co Vinnie 3 Ba Celluloid 22 Co Detroit 4 Br MajorBrass 23 Co Plastik 5 Pd Soar 24 Co ChinaTech 6 Ba Hardcore 25 Co Silence 7 Ba Uni-Bass 26 Ba Dog Bass 8 Ld MegaDrone 27 Ba Slum 9 Ld SyncLead 28 Ba Loud 10 St Legato 29 Ba MiniLow 11 Sq Alan 30 Ba Kickbass 12 Ba Mini 31 Ba Sub Sub 13 Se Chemical 32 Ba Hardstep 14 Pd SyncSweep 33 Ba Wonder 15 Sc Caner 34 Ba Duck Bass 16 Pf MorphEP 35 Ba Prophetic 17 Sq Doves 36 Ba Harmosync 18 Sq BPF Morph 37 Ba Kangaroo 19 Sq Seismic 38 Ba Acid 1 “ ® ” 2 No. Cat. No. Cat. 39 Ba Acid 2 62 Ld OB-8 40 Ba Acid 3 63 Ld Lucky 41 Br Soft Brass 64 Ld Earth Lead 42 Br Hard Brass 65 Ld HardSync 43 Br Bronze 66 Ld Chick 44 Br Fatty 67 Ld Stevie 45 Br Quincy 68 Ld Floyd75 46 Br CS80 Brass 69 Ld Synchromes 47 Br Tangiers 70 Pd High Sweep 48 Br Brassmorph 71 Pd Ice Pad 49 St Analog 72 Pd Sprinkler 50 St Lush 73 Pd GreatMorph 51 St Chocolate 74 Pd Church Bel 52 St Stringz 75 Pd Deep Blue 53 St String Pad 76 Pd Da Padd 54 Sc Billy 77 Pd Water Pad 55 Sc Fetish 78 Pd Night Sky 56 Sc P-5 Compy 79 Pd Oberweich 57 Sc Stakka 80 Pd PolyTen 58 Sc Dust 81 Pd PortPad 59 Sc WarmPoly 82 Pd Sacred 60 Sc Rhubarb 83 Pd Sweep&S/H 61 Ld Susy 84 Pd Slip 3 No. Cat. No. Cat. 85 Pd Polyswell 107 Fx Heaven 86 Co Padbells 108 Fx Mars 87 Pf DX E. Piano 109 Fx Porpoise 88 Pf Condenser 110 Fx Jack 89 Pf WhitneyEP 111 Fx Microdot 90 Or DrawOrgan 112 Fx Polaris 91 Or 16+2. 2/3 113 Fx RhythmCity 92 Or Garage 114 Fx CyberBag 93 Or House 115 Se CyberClock 94 Or Pipes 116 Se Flutter 95 Pc Hi Q Reso 117 Se Industrial 96 Pc Koan 118 Se Moment 97 Pc Woob 119 Se We All Die 98 Fx WelcomBk 120 Sq Cactus 99 Fx Magic 121 Sq Overdrive 100 Fx Hypno 122 Sq Omega 101 Fx Soundtrack 123 Sq Csus4 102 Fx Morphyum 124 Sq TekkLine 103 Fx WindString 125 Sq Highway 104 Fx Vangelizm 126 Sq Saturn 105 Fx Chandelier 127 Sq Poptart 106 Fx FreeEGRthm 128 Sq VirtlScene 4 Controller Control Source: PB Wheel Mod. Wheel Foot Controller Ribbon Controller After Touch Velocity Key Track PEG Depth / DECAY FEG ATTACK/ DECAY/ SUSTAIN/ RELEASE AEG ATTACK/ DECAY/ SUSTAIN/ RELEASE LFO 1 WAVE: SAW / SQUARE / SINE / TRIANGLE / S&H / S&H2 DELAY Pitch VCO1 WAVE: Saw/Pulse/Saw2/Mix Inner 1~3 (SYNC) RING MOD. MIXER HPF (-6dB) VCF FILTER TYPE: LPF(-12/-18/-24 dB) BPF HPF (-12dB) BEF VELOCITY SENS. KEY FOLLOW VCA VOLUME EFFECT EQ VAR EQ LFO2 WAVE: TRIANGLE PWM VCO1 Master SYNC VCO1 Slave VELOCITY SENS. DLY REV FM Amount FM Source Selector NOISE FEEDBACK Pitch PWM VCO2 WAVE: SAW/PULSE/SAW2/MIX No. [. . . ] 1 2 3 4 5 elm Parameter Display Attack 1~40ms Release 10~680ms Threshold -48~-6dB Ratio 1. 0~20. 0 Out Level 0~100 Dry:Wet dry(1), wet(127) *Limit ~63:dry(1), 64~:wet(127) Ctrl Matrix Value 0-19 0-15 0-42 0-7 0-100 Table table#5 table#6 table#7 Scene SYMPHONIC No. 1 2 3 elm Parameter Mod Freq Mod Depth Dly Offset Dry:Wet Display 0. 00~41. 70Hz 0~100 0~45. 0ms D63>W ~ D=W ~ D<W63 Ctrl Matrix Common Value 0-159 0-100 0-450 1-127 Table table#1 Comn --- Scene PHASER No. 1 2 3 4 5 6 elm Parameter Mod Freq Mod Depth Phase Shift Offset FB Level Stage Diffusion Dry:Wet Display 0. 00~41. 70Hz 0~100 0~100 -99~+99 4, 6, 8 stereo, mono D63>W ~ D=W ~ D<W63 Ctrl Matrix Common Value 0-159 0-100 0-100 0-198 0-2 0-1 1-127 Table table#1 WAH No. 1 2 3 elm Parameter Sensitivity Cutoff Freq Offset Resonance Dry:Wet Display 0~100 20Hz~14. 0kHz 1. 0~10. 0 D63>W ~ D=W ~ D<W63 Ctrl Matrix Comn Scene Value 0-100 0-39 0-90 1-127 Table table#8 DISTORTION, OVERDRIVE No. 1 2 3 4 5 6 elm Parameter Display Drive 0~100 Mid Freq 100Hz~10. 0kHz Mid Gain -12~+12dB High Freq 500Hz~16. 0kHz High Gain -12~+12dB Out Level 0~100 Dry:Wet dry(1), both(64), wet(127) *Limit ~63:dry(1), 65~:wet(127) Ctrl Matrix Comn Value 0-100 14-54 52-76 28-58 52-76 0-100 1-127 Table table#2 table#2 Scene AUTO PAN No. 1 2 3 4 elm Parameter Speed L/R Depth F/R Depth PAN Direction Dry:Wet Display 0. 00~41. 70Hz 0~100 0~100 L->R, L<-R, L<->R, Lturn, Rturn D63>W ~ D=W ~ D<W63 Ctrl Matrix Common Value 0-159 0-100 0-100 0-4 1-127 Table table#1 --- Scene ROTARY SPEAKER No. 1 2 3 4 elm Parameter Speed Depth HPF LPF Dry:Wet Display 0. 00~41. 70Hz 0~100 Thru~8. 0kHz 1. 0k~Thru D63>W ~ D=W ~ D<W63 Ctrl Matrix Common Value 0-159 0-100 0-52 34-60 1-127 Table table#1 table#2 table#2 GUITAR AMP SIMULATOR No. 1 2 3 4 elm Parameter Display Drive 0~100 AMP Type Off, Stack, Combo, Tube LPF 1. 0k~Thru Out Level 0~100 Dry:Wet dry(1), both(64), wet(127) *Limit ~63:dry(1), 65~:wet(127) Ctrl Matrix Comn Value 0-100 0-3 34-60 0-100 1-127 Table table#2 Scene --- 6 3-BAND EQ No. 1 2 3 4 5 6 7 Parameter Low Freq Low Gain Mid Freq Mid Gain Mid Reso High Freq High Gain Display 32Hz~2. 0kHz -12~+12dB 100Hz~10. 0kHz -12~+12dB 1. 0~12. 0 500Hz~16. 0kHz -12~+12dB Ctrl Matrix Value Table 4-40 table#2 52-76 14-54 table#2 52-76 10-120 28-58 table#2 52-76 DELAY EFFECT DELAY L, C, R No. 1 2 3 4 5 6 7 Parameter Lch Dly Rch Dly Cch Dly Cch Level FB Level HPF LPF Return Display 0. 1~660. 0ms 0. 1~660. 0ms 0. 1~660. 0ms 0~100 -99~+99 Thru~8. 0kHz 1. 0k~Thru 0~127 Ctrl Matrix Value Table 0-6599 0-6599 0-6599 0-100 0-198 0-52 table#2 34-60 table#2 Comn DELAY L, R No. [. . . ] Scene1(1), Scene2(2), both(3) 00. . . 09 Arpeggio Subdivide 3/8(0). . . 1/32(9) 32. . . 53 Play Effect Swing 00. . . C8 Play Effect Velocity 01. . . C8 Play Effect Gate Time 00. . . 02 Free EG Trigger 00. . . 04 Free EG Loop Type 02. . . 60 Free EG Length 50%(32). . . 83%(53) realtime(0), 1%(1). . . 200%(C8) 1%(1). . . 200%(C8) *2 *3 *4 *5 *6 00(off) 00(Arpeggio) 00(UpDwn1) 00(chord) 00(off) *7 03(both) 08(1/16) *8 *8 32(50%) 64(100%) 64(100%) 01(kbd&midi) 04(Alt-half) 28(4. 0sec) 55 56 57 58 5a 1 1 1 2 2 1 1 1 1 1 1 1 1 1 1 1 1 2 2 : 2 2 2 : 2 2 00. . . 7F Free EG Keyboard Track 00. . . 38 Free EG Trk Param 1 00. . . 0F Free EG Trk Scene Switch 1 00. . . 38 Free EG Trk Param 2 00. . . 0F Free EG Trk Scene Switch 2 00. . . 38 Free EG Trk Param 3 00. . . 0F Free EG Trk Scene Switch 3 00. . . 38 Free EG Trk Param 4 00. . . 0F Free EG Trk Scene Switch 4 00. . . 01 00. . . 7F 00. . . 01 00. . . 7F : 00. . . 01 00. . . 7F 00. . . 01 00. . . 7F 00. . . 01 00. . . 7F : 00. . . 01 00. . . 7F 00. . . 01 00. . . 7F 00. . . 01 00. . . 7F : 00. . . 01 00. . . 7F 00. . . 01 00. . . 7F 00. . . 01 00. . . 7F : 00. . . 01 00. . . 7F Free Free Free Free : Free Free Free Free Free Free : Free Free Free Free Free Free : Free Free Free Free Free Free : Free Free EG EG EG EG EG EG EG EG EG EG EG EG EG EG Trk1 Trk1 Trk1 Trk1 Trk1 Trk1 Trk2 Trk2 Trk2 Trk2 Trk2 Trk2 Trk3 Trk3 Data1 Data1 Data2 Data2 MSB LSB MSB LSB Total size 1C 03 66 03 68 03 6a Data192 MSB Data192 LSB Data1 MSB Data1 LSB Data2 MSB Data2 LSB Data192 MSB Data192 LSB Data1 MSB Data1 LSB 06 66 06 68 01. . . 03 Common Scene Select 00. . . 05 Layer Mode free(0), keyboard&midi(1), all(2) off(0), fwd(1), fwd-half(2), alternate(3), alternate-half(4) 1/2bar(2), 1bar(3), 3/2bar(4), 2bar(5), 3bar(6), 4bar(7), 6bar(8), 8bar(9), 1. 0sec(0A). . . 8. 0sec(50) . . . 16. 0sec(60) -64. . . +63 off(0). . . VCA Mod Depth(38) *9 off(0), Scene1(1), Scene2(2), both(3) bit2. . 3=track sw s back up off(0). . . VCA Mod Depth(38) *9 off(0), Scene1(1), Scene2(2), , both(3) bit2. . 3=track sw s back up off(0). . . VCA Mod Depth(38) *9 off(0), Scene1(1), Scene2(2), both(3) bit2. . 3=track sw s back up off(0). . . VCA Mod Depth(38) *9 off(0), Scene1(1), Scene2(2), both(3) bit2. . 3=track sw s back up 0. . . 1 *10 0. . . 127 *10 0. . . 1 *10 0. . . 127 *10 : 0. . . 1 *10 0. . . 127 *10 0. . . 1 *10 0. . . 127 *10 0. . . 1 *10 0. . . 127 *10 : 0. . . 1 *10 0. . . 127 *10 0. . . 1 *10 0. . . 127 *10 0. . . 1 0. . . 127 : 0. . . 1 0. . . 127 0. . . 1 0. . . 127 0. . . 1 0. . . 127 : 0. . . 1 0. . . 127 40(+0) 00(off) 00(off) 00(off) 00(off) 00(off) 00(off) 00(off) 00(off) 01 00 01 00 : 01 00 01 00 01 00 : 01 00 01 00 2 : 2 2 2 : 2 EG Trk3 Data2 MSB EG Trk3 Data2 LSB EG EG EG EG EG EG Trk3 Trk3 Trk4 Trk4 Trk4 Trk4 Data128 MSB Data128 LSB Data1 MSB Data1 LSB Data2 MSB Data2 LSB 0d 0e 0f 10 12 13 14 15 16 17 18 19 1a 1b 1c 1e 20 22 24 26 28 29 2a 2b 2c 2d 2e 2f 30 31 32 34 36 38 3a 3c 3e 40 41 1 1 1 2 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2 1 1 00. . . 02 00. . . 32 00. . . 32 27. . . F0 00. . . 7F 00. . . 01 00. . . 72 00. . . 05 00. . . 7F 00. . . 72 00. . . 05 00. . . 7F 00. . . 0D 00. . . 00 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 04. . . 28 34. . . 4C 0E. . . 36 34. . . 4C 0A. . . 78 1C. . . 3A 34. . . 4C 00. . . 01 00. . . 0D 00. . . 00 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 0D 00. . . 00 Layer Pan Layer Separation Unison Detune Common Tempo Common Split Point Common Portamento Switch Common Ctrl Matrix Source1 Common Ctrl Matrix Param 1 Common Ctrl Matrix Depth 1 Common Ctrl Matrix Source2 Common Ctrl Matrix Param 2 Common Ctrl Matrix Depth 2 Vari-Ef Type reserved Vari-Ef Param 1 MSB Vari-Ef Param 1 LSB Vari-Ef Param 2 MSB Vari-Ef Param 2 LSB Vari-Ef Param 3 MSB Vari-Ef Param 3 LSB Vari-Ef Param 4 MSB Vari-Ef Param 4 LSB Vari-Ef Param 5 MSB Vari-Ef Param 5 LSB Vari-Ef Param 6 MSB Vari-Ef Param 6 LSB 3-Band EQ Low Freq 3-Band EQ Low Gain 3-Band EQ Mid Freq 3-Band EQ Mid Gain 3-Band EQ Mid Resonance(Q) 3-Band EQ High Freq 3-Band EQ High Gain Dly-Rev Connection Dly-Ef Type Dly-Ef Return Dly-Ef Param 1 MSB Dly-Ef Param 1 LSB Dly-Ef Param 2 MSB Dly-Ef Param 2 LSB Dly-Ef Param 3 MSB Dly-Ef Param 3 LSB Dly-Ef Param 4 MSB Dly-Ef Param 4 LSB Dly-Ef Param 5 MSB Dly-Ef Param 5 LSB Dly-Ef Param 6 MSB Dly-Ef Param 6 LSB Dly-Ef Param 7 MSB Dly-Ef Param 7 LSB Rev-Ef Type Rev-Ef Return *1 *1 *1 *1 *1 *1 00(off) 00 06 8C(140) 3C(C3) 00(off) 00 00 40(+0) 00 00 40(+0) 00(=Chorus 1) 00 Vari-Ef Type Vari-Ef Type Vari-Ef Type Vari-Ef Type Vari-Ef Type Vari-Ef Type Vari-Ef Type Vari-Ef Type Vari-Ef Type Vari-Ef Type Vari-Ef Type Vari-Ef Type 11(140Hz) 40(+0dB) 28(2. 0kHz) 40(+0dB) 0A(1. 0) 34(8. 0kHz) 40(+0dB) 00(seri) 00(=Delay L, C, R) 00 Dly-Ef Type Dly-Ef Type Dly-Ef Type Dly-Ef Type Dly-Ef Type Dly-Ef Type Dly-Ef Type Dly-Ef Type Dly-Ef Type Dly-Ef Type Dly-Ef Type Dly-Ef Type Dly-Ef Type Dly-Ef Type 00(=Hall 1) 00 09 66 09 68 09 6a 09 66 EG Trk4 Data128 MSB EG Trk4 Data128 LSB *10 01 *10 00 : *10 01 *10 00 *10 01 *10 00 *10 01 *10 00 : *10 01 *10 00 TOTAL SIZE 668 Address Size Data (H) (H) (H) 10 1S 00 1 00. . . 02 01 1 2C. . . 54 02 1 2C. . . 54 03 1 00. . . 7F 04 1 00. . . 7F 05 1 01. . . 03 06 1 00. . . 01 07 08 09 0a 0c 0d 0f 1 1 1 2 1 2 1 00. . . 7F 00. . . 01 00. . . 14 00. . . FF 00. . . 7F 00. . . FF 00. . . 3 Parameter Name Poly Mode Pich Up (PB Range +) Pich Down (PB Range -) PEG Decay PEG Depth PEG Switch Portamento Mode Portamento Time LFO Reset Mode LFO1 Wave LFO1 Speed LFO1 Delay LFO2 Speed VCO Algorithm (Osillator Sync & FM) Description poly(0), mono(1), legato(2) -24(2C). . . +24(54) -24(2C). . . +24(54) -64. . . +63 -64. . . +63 semitones VCO1(1), VCO2(2), both(3) normal(0), sustain-key(1) *1 fuul-time(0), fingerd(1) *2 0. . . 127 off(0), key-on(1) sine(0). . . offset-s/h2(14) *3 1(0). . . 256(FF) 0. . . 127 1(0). . . 256(FF) Sync-off&FM-on(0), Sync-on&FM-both(1), Sync-on&FM-master(2), Sync-on&FM-slave(3) -64. . . +63 -64. . . +63 fixed(0), PEG(1), FEG(2), LFO1(3), LFO2(4) master(1), slave(2), both(3) -64. . . +63 Default Value(H) 00(poly) 42(+2) 3E(-2) 40(+0) 40(+0) 03(both) 00(normal) 44(68) 00(off) 00(sine) 1F(32) 00 57(88) 00(Sync-off&FM-on) 10 11 12 13 14 1 1 1 1 1 00. . . 7F Sync Pitch 00. . . 7F Sync Pitch Depth 00. . . 04 Sync Pitch Source 01. . . 03 Sync Pitch Mod Switch 00. . . 7F FM Depth 40(+0) 40(+0) 00(fixed) 03(both) 40(+0) 14 15 16 1 1 00. . . 04 FM Source 1 00. . . 06 FM Source 2 fixed(0), PEG(1), FEG(2), LFO1(3), LFO2(4) VCO2(0), VCO1(1), VCO1-sub(2), PEG(3), FEG(4), LFO1(5), LFO2(6) saw(0), pulse(1), saw2(2), mix(3) *4 saw(0), pulse(1), inner1(2), *5 inner2(3), inner3(4) -64. . . +63 semitone -50. . . +50 cent 0. . . 127 0%(0). . . 50%(40). . . 99%(7F) -64. . . +63 fixed(0), PEG(1), FEG(2), LFO1(3), LFO2(4), LFO2-phase(5), LFO2-fast(6) -127. . . +127 saw(0), pulse(1), saw2(2), mix(3) -64. . . +63 semitone -50(0E). . . +50 cent(72) 0. . . 127 0%(0). . . 50%(40). . . 99%(7F) -64. . . +63 fixed(0), PEG(1), FEG(2), LFO1(3), LFO2(4), LFO2-phase(5), LFO2-fast(6) -127. . . +127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 LPF-24dB(0), LFP-18dB(1), LPF-12dB(2), BPF(3), HPF-12dB(4), BEF(5) 0. . . 127 -12(0D). . . 0(19). . . +102(7F) -128. . . +127 -64. . . +63 -32. . . +63 -64. . . +63 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 -64. . . +63 -64. . . +63 D63>W(1). . . D=W(40). . . D<W63(7F) *6 dry(0-3F), wet(40-7F) *7 dry(0-3F), both(40), wet(41-7F) *8 0. . . 0 off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 *9 00(fixed) 00(VCO2) 17 1 00. . . 03 VCO1 Wave 00. . . 04 VCO1 Wave 00. . . 7F VCO1 Pitch Coarse 0E. . . 72 VCO1 Pitch Fine 00. . . 7F 00. . . 7F 01. . . 7F 00. . . 06 VCO1 VCO1 VCO1 VCO1 Edge Pulse Width PWM Depth PWM Source 00(saw) 18 19 1a 1b 1c 1d 1 1 1 1 1 1 40(+0) 40(+0) 64(100) 40(50%) 40(+0) 00(fixed) Address Size Data (H) (H) (H) 10 0e 00 1 00. . . 09 01 1 01. . . 10 02 1 00. . . 03 03 04 05 06 07 08 09 0a 0b 0c 0d 0e 0f 10 11 12 13 14 15 16 17 18 19 1a 1b 1c 1d 1e 1f 20 21 22 23 24 25 26 27 28 29 2a 2b 2c 1d 2e 2f 30 31 32 33 34 35 36 37 38 39 3a 3b 3c 3d 3e 3f 40 41 42 43 44 45 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 00. . . 60 00. . . 00 00. . . 00 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F Prameter Name Step Seq Base Unit Step Seq Length Step Seq Loop Type Step Seq Ctrl Change No reserved reserved Step Seq Note No 1 Step Seq Note No 2 Step Seq Note No 3 Step Seq Note No 4 Step Seq Note No 5 Step Seq Note No 6 Step Seq Note No 7 Step Seq Note No 8 Step Seq Note No 9 Step Seq Note No 10 Step Seq Note No 11 Step Seq Note No 12 Step Seq Note No 13 Step Seq Note No 14 Step Seq Note No 15 Step Seq Note No 16 Step Seq Velocity 1 Step Seq Velocity 2 Step Seq Velocity 3 Step Seq Velocity 4 Step Seq Velocity 5 Step Seq Velocity 6 Step Seq Velocity 7 Step Seq Velocity 8 Step Seq Velocity 9 Step Seq Velocity 10 Step Seq Velocity 11 Step Seq Velocity 12 Step Seq Velocity 13 Step Seq Velocity 14 Step Seq Velocity 15 Step Seq Velocity 16 Step Seq Gate Time 1 Step Seq Gate Time 2 Step Seq Gate Time 3 Step Seq Gate Time 4 Step Seq Gate Time 5 Step Seq Gate Time 6 Step Seq Gate Time 7 Step Seq Gate Time 8 Step Seq Gate Time 9 Step Seq Gate Time 10 Step Seq Gate Time 11 Step Seq Gate Time 12 Step Seq Gate Time 13 Step Seq Gate Time 14 Step Seq Gate Time 15 Step Seq Gate Time 16 Step Seq Ctrl Change Value 1 Step Seq Ctrl Change Value 2 Step Seq Ctrl Change Value 3 Step Seq Ctrl Change Value 4 Step Seq Ctrl Change Value 5 Step Seq Ctrl Change Value 6 Step Seq Ctrl Change Value 7 Step Seq Ctrl Change Value 8 Step Seq Ctrl Change Value 9 Step Seq Ctrl Change Value 10 Step Seq Ctrl Change Value 11 Step Seq Ctrl Change Value 12 Step Seq Ctrl Change Value 13 Step Seq Ctrl Change Value 14 Step Seq Ctrl Change Value 15 Step Seq Ctrl Change Value 16 Description 3/8(0). . . 1/32(9) 1steps(1). . . 16steps(10) fwd(0), backwd(1), alternateA(2), alternateB(3) off(0). . . 95, AT(60) 00 00 C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 Default value(H) 04(1/8) 08 00(fwd) 00(off) 00 00 C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 1e 20 21 22 23 24 25 26 2 1 1 1 1 1 1 1 01. . . FF 00. . . 03 00. . . 7F 0E. . . 72 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 06 VCO1 VCO2 VCO2 VCO2 VCO2 VCO2 VCO2 VCO2 Pitch Mod Depth Wave Pitch Coarse Pitch Fine Edge Pulse Width PWM Depth PWM Source 80(+0) 00(saw) 40(+0) 40(+0) 127 40(50%) 40(+0) 00(fixed) 27 29 2a 2b 2c 2d 2e 2f 30 31 32 2 1 1 1 1 1 1 1 1 1 1 01. . . FF VCO2 Pitch Mod Depth 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F Mixer Mixer Mixer Mixer VCO1 Level VCO2 Level Ring Mod Level Noise Level Attack Time Decay Time Sustain Level Release Time 80(+0) 7F 00 00 00 00 40 7F 55(85) 00 00(LPF-24dB) FilterEG FilterEG FilterEG FilterEG 00. . . 7F VCF HPF Cutoff Freq 00. . . 05 VCF Filter Type 33 34 35 37 38 39 3a 3b 3c 3d 3e 3f 40 41 42 1 1 2 1 1 1 1 1 1 1 1 1 1 1 1 00. . . 7F 0D. . . 7F 00. . . FF 00. . . 7F 20. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 01. . . 7F VCF Filter Cutoff VCF Filter Resonance FilterEG Depth FilterEG Velocity Sens VCF Keyboard Track VCF Filter Mod Depth AmpEG Attack Time AmpEG Decay Time AmpEG Sustain Level AmpEG Release Time VCA Feedback Level VCA Volume AmpEG Velocity Sens VCA Amp Mod Depth Vari-Ef Dry:Wet 64(100) 19(+0) A0(+32) 40(+0) 40(+0) 40(+0) 00 40 7F 24(36) 00 69(105) 40(+0) 40(+0) 01(D63>W) 43 44 45 46 47 48 49 4a 4b 4c 4d 4e 4f 50 51 52 53 54 55 56 57 58 59 5a 5b 5c 5d 5e 5f 60 61 62 63 64 65 66 67 68 69 6a 6b 6c 6d 6e 6f 70 71 72 73 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 00. . . 00 Reserve 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Source1 Param 1 Depth 1 Source2 Param 2 Depth 2 Source3 Param 3 Depth 3 Source4 Param 4 Depth 4 Source5 Param 5 Depth 5 Source6 Param 6 Depth 6 Source7 Param 7 Depth 7 Source8 Param 8 Depth 8 Source9 Param 9 Depth 9 Source10 Param 10 Depth 10 Source11 Param 11 Depth 11 Source12 Param 12 Depth 12 Source13 Param 13 Depth 13 Source14 Param 14 Depth 14 Source15 Param 15 Depth 15 Source16 Param 16 Depth 16 00 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) TOAL SIZE 46 Address Size Data Prameter Name (H) (H) (H) (from Here : Voice Common Data) 11 mm 00 1 20. . . 7F Voice Name 1 1 20. . . 7F Voice Name 2 1 20. . . 7F Voice Name 3 1 20. . . 7F Voice Name 4 1 20. . . 7F Voice Name 5 1 20. . . 7F Voice Name 6 1 20. . . 7F Voice Name 7 1 20. . . 7F Voice Name 9 1 20. . . 7F Voice Name 10 1 00. . . 16 Voice Category 1 1 01. . . 03 Common Scene Select 00. . . 05 Layer Mode Description Default value(H) I n i t N o r a l -1(scene1) 00(single) Ascii Code Ascii Code Ascii Code Ascii Code Ascii Code Ascii Code Ascii Code Ascii Code Ascii Code --, Pf. . . sq Scene1(1), Scene2(2), Scene Ctrl(3) sinlge(0), unison(1), dual(2), dual-unison(3), split(4), split-unison(5) off(0), alternate(1), random(2) 0. . . 32 0. . . 32 midi(27), 40(28). . . 240(F0) C-2(0). . . G8(7F) off(0). . . on(1) off(0). . . Assign Knob8(72) off(0). . . Rev Return(5) -64. . . +63 off(0). . . Assign Knob8(72) off(0). . . Rev Return(5) -64. . . +63 Effect 00 Effect Effect Effect Effect Effect Effect Type List Parameter Parameter Parameter Parameter Parameter Parameter List List List List List List Total size74 : Scene 1, 2 Edit Buffer Total size44 : Scene Ctrl Buffer 1 1 1 2 1 1 1 1 1 1 1 1 1 1 2 2 2 00. . . 02 00. . . 32 00. . . 32 27. . . F0 00. . . 7F 00. . . 01 00. . . 72 00. . . 05 00. . . 7F 00. . . 72 00. . . 05 00. . . 7F 00. . . 0D 00. . . 00 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F Layer Pan Layer Separation Unison Detune Common Tempo Common Split Point Common Portamento Switch Common Ctrl Matrix Source1 Common Ctrl Matrix Param 1 Common Ctrl Matrix Depth 1 Common Ctrl Matrix Source2 Common Ctrl Matrix Param 2 Common Ctrl Matrix Depth 2 Vari-Ef Type reserved Vari-Ef Param Vari-Ef Param Vari-Ef Param Vari-Ef Param Vari-Ef Param Vari-Ef Param *1 *1 *1 *1 *1 *1 00(off) 00 06 8C(140) 3C(C3) 00(off) 00 00 40(+0) 00 00 40(+0) 00(=Chorus 1) 00 Vari-Ef Type Vari-Ef Type Vari-Ef Type Vari-Ef Type Vari-Ef Type Vari-Ef Type 1 1 2 2 3 3 MSB LSB MSB LSB MSB LSB 15 2 2 2 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2 1 1 2 2 2 2 2 2 2 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 04. . . 28 34. . . 4C 0E. . . 36 34. . . 4C 0A. . . 78 1C. . . 3A 34. . . 4C 00. . . 01 00. . . 0D 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 0D 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 01 00. . . 01 00. . . 1D 00. . . 7F 00. . . 01 00. . . 03 Vari-Ef Param 4 MSB Vari-Ef Param 4 LSB Vari-Ef Param 5 MSB Vari-Ef Param 5 LSB Vari-Ef Param 6 MSB Vari-Ef Param 6 LSB 3-Band EQ Low Freq 3-Band EQ Low Gain 3-Band EQ Mid Freq 3-Band EQ Mid Gain 3-Band EQ Mid Resonance(Q) 3-Band EQ High Freq 3-Band EQ High Gain Dly-Rev Connection Dly-Ef Type Dly-Ef Return Dly-Ef Param 1 MSB Dly-Ef Param 1 LSB Dly-Ef Param 2 MSB Dly-Ef Param 2 LSB Dly-Ef Param 3 MSB Dly-Ef Param 3 LSB Dly-Ef Param 4 MSB Dly-Ef Param 4 LSB Dly-Ef Param 5 MSB Dly-Ef Param 5 LSB Dly-Ef Param 6 MSB Dly-Ef Param 6 LSB Dly-Ef Param 7 MSB Dly-Ef Param 7 LSB Rev-Ef Type Rev-Ef Return Rev-Ef Param 1 MSB Rev-Ef Param 1 LSB Rev-Ef Param 2 MSB Rev-Ef Param 2 LSB Rev-Ef Param 3 MSB Rev-Ef Param 3 LSB Rev-Ef Param 4 MSB Rev-Ef Param 4 LSB Rev-Ef Param 5 MSB Rev-Ef Param 5 LSB Rev-Ef Param 6 MSB Rev-Ef Param 6 LSB Rev-Ef Param 7 MSB Rev-Ef Param 7 LSB Arpeggio/Step Seq on/off Arpeggio/Step Seq Select Arpeggio Type/Step Seq Ptn No Arpeggio/Step Seq Kbd Mode Effect Parameter List Effect Parameter List Effect Parameter List Effect Parameter List Effect Parameter List Effect Parameter List 32Hz(04). . . 2. 0kHz(28) 12dB(34). . . 0(40). . . +12dB(4C) 100Hz(0E). . . 10. 0kHz(36) 12dB(34). . . 0(40). . . +12dB(4C) 1. 0(0A). . . 12. 0(78) 500Hz(1C). . . 16. 0kHz(38) -12dB(34). . . 0(40). . . +12dB(4C) seri(0), para(1) Effect Type List 0. . . 127 Effect Parameter List Effect Parameter List Effect Parameter List Effect Parameter List Effect Parameter List Effect Parameter List Effect Parameter List Effect Parameter List Effect Parameter List Effect Parameter List Effect Parameter List Effect Parameter List Effect Parameter List Effect Parameter List Effect Type List 0. . . 127 Effect Parameter List Effect Parameter List Effect Parameter List Effect Parameter List Effect Parameter List Effect Parameter List Effect Parameter List Effect Parameter List Effect Parameter List Effect Parameter List Effect Parameter List Effect Parameter List Effect Parameter List Effect Parameter List off(0), on(1) Arpeggio(0), Step Seq(1) UpDwn1(0). . . BassLineD(1D) C#1:Usr001(0). . . Usr128(7F) chord(0), chord&normal(1) normal(0), note-shift&normal(1), ptn-sel&normal(2), pt-sel&note-shift(3) off(0), on(1) off(0), mode1(1), mode2(2) Vari-Ef Type Vari-Ef Type Vari-Ef Type Vari-Ef Type Vari-Ef Type Vari-Ef Type 11(140Hz) 40(+0dB) 28(2. 0kHz) 40(+0dB) 0A(1. 0) 34(8. 0kHz) 40(+0dB) 00(seri) 00(=Delay L, C, R) 00 Dly-Ef Type Dly-Ef Type Dly-Ef Type Dly-Ef Type Dly-Ef Type Dly-Ef Type Dly-Ef Type Dly-Ef Type Dly-Ef Type Dly-Ef Type Dly-Ef Type Dly-Ef Type Dly-Ef Type Dly-Ef Type 00(=Hall 1) 00 Rev-Ef Type Rev-Ef Type Rev-Ef Type Rev-Ef Type Rev-Ef Type Rev-Ef Type Rev-Ef Type Rev-Ef Type Rev-Ef Type Rev-Ef Type Rev-Ef Type Rev-Ef Type Rev-Ef Type Rev-Ef Type 00(off) 00(Arpeggio) 00(UpDwn1) 00(chord) 1 2 1 00. . . 7F LFO1 Delay 00. . . FF LFO2 Speed 00. . . 03 VCO Algorithm (Osillator Sync & FM) 1 1 1 1 1 1 1 00. . . 7F Sync Pitch 00. . . 7F Sync Pitch Depth 00. . . 04 Sync Pitch Source 01. . . 03 Sync Pitch Mod Switch 00. . . 7F FM Depth 00. . . 04 FM Source 1 00. . . 06 FM Source 2 0. . . 127 1(0). . . 256(FF) Sync-off&FM-on(0), Sync-on&FM-both(1), Sync-on&FM-master(2), Sync-on&FM-slave(3) -64. . . +63 -64. . . +63 fixed(0), PEG(1), FEG(2), LFO1(3), LFO2(4) master(1), slave(2), both(3) -64. . . +63 fixed(0), PEG(1), FEG(2), LFO1(3), LFO2(4) VCO2(0), VCO1(1), VCO1-sub(2), PEG(3), FEG(4), LFO1(5), LFO2(6) 00 57(88) 00(Sync-off&FM-on) 40(+0) 40(+0) 00(fixed) 03(both) 40(+0) 00(fixed) 00(VCO2) 1 00. . . 03 VCO1 Wave 00. . . 04 VCO1 Wave 00. . . 7F VCO1 Pitch Coarse 0E. . . 72 VCO1 Pitch Fine 00. . . 7F 00. . . 7F 01. . . 7F 00. . . 06 VCO1 VCO1 VCO1 VCO1 Edge Pulse Width PWM Depth PWM Source 1 1 1 1 1 1 saw(0), pulse(1), saw2(2), mix(3) *14 00(saw) saw(0), pulse(1), inner1(2), *15 inner2(3), inner3(4) -64. . . +63 semitone 40(+0) -50. . . +50 cent 40(+0) 0. . . 127 0%(0). . . 50%(40). . . 99%(7F) -64. . . +63 fixed(0), PEG(1), FEG(2), LFO1(3), LFO2(4), LFO2-phase(5), LFO2-fast(6) -127. . . +127 saw(0), pulse(1), saw2(2), mix(3) -64. . . +63 semitone -50(0E). . . +50 cent(72) 0. . . 127 0%(0). . . 50%(40). . . 99%(7F) -64. . . +63 fixed(0), PEG(1), FEG(2), LFO1(3), LFO2(4), LFO2-phase(5), LFO2-fast(6) -127. . . +127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 LPF-24dB(0), LFP-18dB(1), LPF-12dB(2), BPF(3), HPF-12dB(4), BEF(5) 0. . . 127 -12(0D). . . 0(19). . . +102(7F) -128. . . +127 -64. . . +63 -32. . . +63 -64. . . +63 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 -64. . . +63 -64. . . +63 D63>W(1). . . D=W(40). . . D<W63(7F) *16 dry(0-3F), wet(40-7F) *17 dry(0-3F), both(40), wet(41-7F) *18 0. . . 0 off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 (64)100 40(50%) 40(+0) 00(fixed) 2 1 1 1 1 1 1 1 01. . . FF VCO1 Pitch Mod Depth 00. . . 03 VCO2 Wave 00. . . 7F VCO2 Pitch Coarse 0E. . . 72 VCO2 Pitch Fine 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 06 VCO2 VCO2 VCO2 VCO2 Edge Pulse Width PWM Depth PWM Source 80(+0) 00(saw) 40(+0) 40(+0) 127 40(50%) 40(+0) 00(fixed) 2 1 1 1 1 1 1 1 1 1 1 01. . . FF VCO2 Pitch Mod Depth 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F Mixer Mixer Mixer Mixer VCO1 Level VCO2 Level Ring Mod Level Noise Level Attack Time Decay Time Sustain Level Release Time 80(+0) 7F 00 00 00 00 40 7F 55(85) 00 00(LPF-24dB) 1 1 1 1 *2 *3 *4 *5 *6 FilterEG FilterEG FilterEG FilterEG 00. . . 7F VCF HPF Cutoff Freq 00. . . 05 VCF Filter Type 1 01. . . 03 Arpeggio/Step Hold 00. . . 02 00(off) *7 03(both) 08(1/16) *8 *8 32(50%) 64(100%) 64(100%) 01(kbd&midi) 04(Alt-half) 28(4. 0sec) 1 1 2 1 1 1 1 1 1 1 1 1 1 1 1 00. . . 7F 0D. . . 7F 00. . . FF 00. . . 7F 20. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 01. . . 7F VCF Filter Cutoff VCF Filter Resonance FilterEG Depth FilterEG Velocity Sens VCF Keyboard Track VCF Filter Mod Depth AmpEG Attack Time AmpEG Decay Time AmpEG Sustain Level AmpEG Release Time VCA Feedback Level VCA Volume AmpEG Velocity Sens VCA Amp Mod Depth Vari-Ef Dry:Wet 1 1 1 2 2 1 1 1 00. . . 02 Arpeggio/Step Seq Scene Sw. Scene1(1), Scene2(2), both(3) 00. . . 09 Arpeggio Subdivide 3/8(0). . . 1/32(9) 32. . . 53 Play Effect Swing 00. . . C8 Play Effect Velocity 01. . . C8 Play Effect Gate Time 00. . . 02 Free EG Trigger 00. . . 04 Free EG Loop Type 02. . . 60 Free EG Length 50%(32). . . 83%(53) realtime(0), 1%(1). . . 200%(C8) 1%(1). . . 200%(C8) 1 1 1 1 1 1 1 1 1 2 2 00. . . 7F Free EG Keyboard Track 00. . . 38 Free EG Trk Param 1 00. . . 0F Free EG Trk Scene Switch 1 00. . . 38 Free EG Trk Param 2 00. . . 0F Free EG Trk Scene Switch 2 00. . . 38 Free EG Trk Param 3 00. . . 0F Free EG Trk Scene Switch 3 00. . . 38 Free EG Trk Param 4 00. . . 0F Free EG Trk Scene Switch 4 00. . . 01 00. . . 7F 00. . . 01 00. . . 7F : 00. . . 01 00. . . 7F 00. . . 01 00. . . 7F 00. . . 01 00. . . 7F : 00. . . 01 00. . . 7F 00. . . 01 00. . . 7F 00. . . 01 00. . . 7F : 00. . . 01 00. . . 7F 00. . . 01 00. . . 7F 00. . . 01 00. . . 7F : 00. . . 01 00. . . 7F Free Free Free Free : Free Free Free Free Free Free : Free Free Free Free Free Free : Free Free Free Free Free Free : Free Free EG EG EG EG EG EG EG EG EG EG EG EG EG EG EG EG EG EG EG EG EG EG Trk1 Trk1 Trk1 Trk1 Trk1 Trk1 Trk2 Trk2 Trk2 Trk2 Trk2 Trk2 Trk3 Trk3 Trk3 Trk3 Trk3 Trk3 Trk4 Trk4 Trk4 Trk4 Data1 Data1 Data2 Data2 MSB LSB MSB LSB 2 2 2 Data192 MSB Data192 LSB Data1 MSB Data1 LSB Data2 MSB Data2 LSB Data192 MSB Data192 LSB Data1 MSB Data1 LSB Data2 MSB Data2 LSB Data128 MSB Data128 LSB Data1 MSB Data1 LSB Data2 MSB Data2 LSB 2 2 2 2 2 2 2 EG Trk4 Data128 MSB EG Trk4 Data128 LSB free(0), keyboard&midi(1), all(2) off(0), fwd(1), fwd-half(2), alternate(3), alternate-half(4) 1/2bar(2), 1bar(3), 3/2bar(4), 2bar(5), 3bar(6), 4bar(7), 6bar(8), 8bar(9), 1. 0sec(0A). . . 8. 0sec(50) . . . 16. 0sec(60) -64. . . +63 off(0). . . VCA Mod Depth(38) *9 off(0), Scene1(1), Scene2(2), both(3) bit2. . 3=track sw s back up off(0). . . VCA Mod Depth(38) *9 off(0), Scene1(1), Scene2(2), , both(3) bit2. . 3=track sw s back up off(0). . . VCA Mod Depth(38) *9 off(0), Scene1(1), Scene2(2), both(3) bit2. . 3=track sw s back up off(0). . . VCA Mod Depth(38) *9 off(0), Scene1(1), Scene2(2), both(3) bit2. . 3=track sw s back up 0. . . 1 *10 0. . . 127 *10 0. . . 1 *10 0. . . 127 *10 : 0. . . 1 *10 0. . . 127 *10 0. . . 1 *10 0. . . 127 *10 0. . . 1 *10 0. . . 127 *10 : 0. . . 1 *10 0. . . 127 *10 0. . . 1 *10 0. . . 127 *10 0. . . 1 *10 0. . . 127 *10 : 0. . . 1 *10 0. . . 127 *10 0. . . 1 *10 0. . . 127 *10 0. . . 1 *10 0. . . 127 *10 : 0. . . 1 *10 0. . . 127 *10 (64)100 19(+0) A0(+32) 40(+0) 40(+0) 40(+0) 00 40 7F 24(36) 00 69(105) 40(+0) 40(+0) 01(D63>W) 40(+0) 00(off) 00(off) 00(off) 00(off) 00(off) 00(off) 00(off) 00(off) 01 00 01 00 : 01 00 01 00 01 00 : 01 00 01 00 01 00 : 01 00 01 00 01 00 : 01 00 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 00. . . 00 Reserve 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Source1 Param 1 Depth 1 Source2 Param 2 Depth 2 Source3 Param 3 Depth 3 Source4 Param 4 Depth 4 Source5 Param 5 Depth 5 Source6 Param 6 Depth 6 Source7 Param 7 Depth 7 Source8 Param 8 Depth 8 Source9 Param 9 Depth 9 Source10 Param 10 Depth 10 Source11 Param 11 Depth 11 Source12 Param 12 Depth 12 Source13 Param 13 Depth 13 Source14 Param 14 Depth 14 Source15 Param 15 Depth 15 Source16 Param 16 Depth 16 00 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 1 1 1 1 1 1 1 1 1 1 2 00. . . 02 2C. . . 54 2C. . . 54 00. . . 7F 00. . . 7F 01. . . 03 00. . . 01 00. . . 7F 00. . . 01 00. . . 14 00. . . FF Poly Mode Pich Up (PB Range +) Pich Down (PB Range -) PEG Decay PEG Depth PEG Switch Portamento Mode Portamento Time LFO Reset Mode LFO1 Wave LFO1 Speed poly(0), mono(1), legato(2) -24(2C). . . +24(54) -24(2C). . . +24(54) -64. . . +63 -64. . . +63 semitones VCO1(1), VCO2(2), both(3) normal(0), sustain-key(1) full-time(0), fingerd(1) 0. . . 127 off(0), key-on(1) sine(0). . . offset-s/h2(14) 1(0). . . 256(FF) 00(poly) 42(+2) 3E(-2) 40(+0) 40(+0) 03(both) *11 00(normal) *12 44(68) 00(off) *13 00(sine) 1F(32) 1 00. . . 02 Poly Mode poly(0), mono(1), legato(2) 00(poly) 16 1 1 1 1 1 1 1 1 1 2 1 2 1 2C. . . 54 2C. . . 54 00. . . 7F 00. . . 7F 01. . . 03 00. . . 01 00. . . 7F 00. . . 01 00. . . 14 00. . . FF 00. . . 7F 00. . . FF 00. . . 3 Pich Up (PB Range +) Pich Down (PB Range -) PEG Decay PEG Depth PEG Switch Portamento Mode Portamento Time LFO Reset Mode LFO1 Wave LFO1 Speed LFO1 Delay LFO2 Speed VCO Algorithm (Osillator Sync & FM) 1 1 1 1 1 1 1 00. . . 7F Sync Pitch 00. . . 7F Sync Pitch Depth 00. . . 04 Sync Pitch Source 01. . . 03 Sync Pitch Mod Switch 00. . . 7F FM Depth 00. . . 04 FM Source 1 00. . . 06 FM Source 2 -24(2C). . . +24(54) -24(2C). . . +24(54) -64. . . +63 -64. . . +63 semitones VCO1(1), VCO2(2), both(3) normal(0), sustain-key(1) *11 full-time(0), fingerd(1) *12 0. . . 127 off(0), key-on(1) sine(0). . . offset-s/h2(14) *13 1(0). . . 256(FF) 0. . . 127 1(0). . . 256(FF) Sync-off&FM-on(0), Sync-on&FM-both(1), Sync-on&FM-master(2), Sync-on&FM-slave(3) -64. . . +63 -64. . . +63 fixed(0), PEG(1), FEG(2), LFO1(3), LFO2(4) master(1), slave(2), both(3) -64. . . +63 fixed(0), PEG(1), FEG(2), LFO1(3), LFO2(4) VCO2(0), VCO1(1), VCO1-sub(2), PEG(3), FEG(4), LFO1(5), LFO2(6) 42(+2) 3E(-2) 40(+0) 40(+0) 03(both) 00(normal) 44(68) 00(off) 00(sine) 1F(32) 00 57(88) 00(Sync-off&FM-on) 1 1 1 1 1 1 1 1 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Param 14 Depth 14 Source15 Param 15 Depth 15 Source16 Param 16 Depth 16 off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param *19 *19 *19 *19 *19 *19 *19 *19 00 40(+0) 00 00 40(+0) 00 00 40(+0) 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 TOTAL SIZE 796 mm = 00 00. . . 09 Step Seq Base Unit 01. . . 10 Step Seq Length 00. . . 03 Step Seq Loop Type 00. . . 60 00. . . 00 00. . . 00 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F Step Seq Ctrl Change No reserved reserved Step Seq Note No 1 Step Seq Note No 2 Step Seq Note No 3 Step Seq Note No 4 Step Seq Note No 5 Step Seq Note No 6 Step Seq Note No 7 Step Seq Note No 8 Step Seq Note No 9 Step Seq Note No 10 Step Seq Note No 11 Step Seq Note No 12 Step Seq Note No 13 Step Seq Note No 14 Step Seq Note No 15 Step Seq Note No 16 Step Seq Velocity 1 Step Seq Velocity 2 Step Seq Velocity 3 Step Seq Velocity 4 Step Seq Velocity 5 Step Seq Velocity 6 Step Seq Velocity 7 Step Seq Velocity 8 Step Seq Velocity 9 Step Seq Velocity 10 Step Seq Velocity 11 Step Seq Velocity 12 Step Seq Velocity 13 Step Seq Velocity 14 Step Seq Velocity 15 Step Seq Velocity 16 Step Seq Gate Time 1 Step Seq Gate Time 2 Step Seq Gate Time 3 Step Seq Gate Time 4 Step Seq Gate Time 5 Step Seq Gate Time 6 Step Seq Gate Time 7 Step Seq Gate Time 8 Step Seq Gate Time 9 Step Seq Gate Time 10 Step Seq Gate Time 11 Step Seq Gate Time 12 Step Seq Gate Time 13 Step Seq Gate Time 14 Step Seq Gate Time 15 Step Seq Gate Time 16 Step Seq Ctrl Change Value 1 Step Seq Ctrl Change Value 2 Step Seq Ctrl Change Value 3 Step Seq Ctrl Change Value 4 Step Seq Ctrl Change Value 5 Step Seq Ctrl Change Value 6 Step Seq Ctrl Change Value 7 Step Seq Ctrl Change Value 8 Step Seq Ctrl Change Value 9 Step Seq Ctrl Change Value 10 Step Seq Ctrl Change Value 11 Step Seq Ctrl Change Value 12 Step Seq Ctrl Change Value 13 Step Seq Ctrl Change Value 14 Step Seq Ctrl Change Value 15 Step Seq Ctrl Change Value 16 40(+0) 40(+0) 00(fixed) 03(both) 40(+0) 00(fixed) 00(VCO2) 1 00. . . 03 VCO1 Wave 00. . . 04 VCO1 Wave 00. . . 7F VCO1 Pitch Coarse 0E. . . 72 VCO1 Pitch Fine 00. . . 7F 00. . . 7F 01. . . 7F 00. . . 06 VCO1 VCO1 VCO1 VCO1 Edge Pulse Width PWM Depth PWM Source 1 1 1 1 1 1 saw(0), pulse(1), saw2(2), mix(3) *14 00(saw) saw(0), pulse(1), inner1(2), *15 inner2(3), inner3(4) -64. . . +63 semitone 40(+0) -50. . . +50 cent 40(+0) 0. . . 127 0%(0). . . 50%(40). . . 99%(7F) -64. . . +63 fixed(0), PEG(1), FEG(2), LFO1(3), LFO2(4), LFO2-phase(5), LFO2-fast(6) -127. . . +127 saw(0), pulse(1), saw2(2), mix(3) -64. . . +63 semitone -50(0E). . . +50 cent(72) 0. . . 127 0%(0). . . 50%(40). . . 99%(7F) -64. . . +63 fixed(0), PEG(1), FEG(2), LFO1(3), LFO2(4), LFO2-phase(5), LFO2-fast(6) -127. . . +127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 LPF-24dB(0), LFP-18dB(1), LPF-12dB(2), BPF(3), HPF-12dB(4), BEF(5) 0. . . 127 -12(0D). . . 0(19). . . +102(7F) -128. . . +127 -64. . . +63 -32. . . +63 -64. . . +63 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 -64. . . +63 -64. . . +63 D63>W(1). . . D=W(40). . . D<W63(7F) *16 dry(0-3F), wet(40-7F) *17 dry(0-3F), both(40), wet(41-7F) *18 0. . . 0 off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) off(0). . . Vari-Ef Dry:Wet(24) Depends on Ctrl Matrix Param off(0). . . Assign Knob8(72) *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 *19 (64)100 40(50%) 40(+0) 00(fixed) 2 1 1 1 1 1 1 1 01. . . FF VCO1 Pitch Mod Depth 00. . . 03 VCO2 Wave 00. . . 7F VCO2 Pitch Coarse 0E. . . 72 VCO2 Pitch Fine 00. . . 7F 00. . . 7F 01. . . 7F 00. . . 06 VCO2 VCO2 VCO2 VCO2 Edge Pulse Width PWM Depth PWM Source 80(+0) 00(saw) 40(+0) 40(+0) 127 40(50%) 40(+0) 00(fixed) 2 1 1 1 1 1 1 1 1 1 1 01. . . FF VCO2 Pitch Mod Depth 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F Mixer Mixer Mixer Mixer VCO1 Level VCO2 Level Ring Mod Level Noise Level Attack Time Decay Time Sustain Level Release Time 80(+0) 7F 00 00 00 00 40 7F 55(85) 00 00(LPF-24dB) FilterEG FilterEG FilterEG FilterEG 00. . . 7F VCF HPF Cutoff Freq 00. . . 05 VCF Filter Type 1 1 2 1 1 1 1 1 1 1 1 1 1 1 1 00. . . 7F 0D. . . 7F 00. . . FF 00. . . 7F 20. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 01. . . 7F VCF Filter Cutoff VCF Filter Resonance FilterEG Depth FilterEG Velocity Sens VCF Keyboard Track VCF Filter Mod Depth AmpEG Attack Time AmpEG Decay Time AmpEG Sustain Level AmpEG Release Time VCA Feedback Level VCA Volume AmpEG Velocity Sens VCA Amp Mod Depth Vari-Ef Dry:Wet 64(100) 19(+0) A0(+32) 40(+0) 40(+0) 40(+0) 00 40 7F 24(36) 00 69(105) 40(+0) 40(+0) 01(D63>W) 3/8(0). . . 1/32(9) 1steps(1). . . 16steps(10) fwd(0), backwd(1), alternateA(2), alternateB(3) off(0). . . 95, AT(60) 00 00 C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 1100%(40). . . 200%(7F) 1%(0). . . 1100%(40). . . 200%(7F) 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 04(1/8) 08 00(fwd) 00(off) 00 00 C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 00. . . 00 Reserve 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 00. . . 24 00. . . 7F 00. . . 72 Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Ctrl Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Source1 Param 1 Depth 1 Source2 Param 2 Depth 2 Source3 Param 3 Depth 3 Source4 Param 4 Depth 4 Source5 Param 5 Depth 5 Source6 Param 6 Depth 6 Source7 Param 7 Depth 7 Source8 Param 8 Depth 8 Source9 Param 9 Depth 9 Source10 Param 10 Depth 10 Source11 Param 11 Depth 11 Source12 Param 12 Depth 12 Source13 Param 13 Depth 13 Source14 00 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 00 40(+0) 00 0 40(+0) 00 7F : User Voice 1 User Voice 128 Address Size Data (H) (H) (H) 01 mm 00 1 00. . . 09 01 1 01. . . 10 02 1 00. . . 03 03 04 05 06 07 08 09 0a 0b 1 1 1 1 1 1 1 1 1 00. . . 60 00. . . 00 00. . . 00 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F Prameter Name Step Seq Base Unit Step Seq Length Step Seq Loop Type Step Seq reserved reserved Step Seq Step Seq Step Seq Step Seq Step Seq Step Seq Ctrl Change No Description 3/8(0). . . 1/32(9) 1steps(1). . . 16steps(10) fwd(0), backwd(1), alternateA(2), alternateB(3) off(0). . . 95, AT(60) 00 00 C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) Default value(H) 04(1/8) 08 00(fwd) 00(off) 00 00 C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) Note Note Note Note Note Note No No No No No No 1 2 3 4 5 6 17 0c 0d 0e 0f 10 11 12 13 14 15 16 17 18 19 1a 1b 1c 1d 1e 1f 20 21 22 23 24 25 26 27 28 29 2a 2b 2c 1d 2e 2f 30 31 32 33 34 35 36 37 38 39 3a 3b 3c 3d 3e 3f 40 41 42 43 44 45 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F 00. . . 7F Step Seq Note No 7 Step Seq Note No 8 Step Seq Note No 9 Step Seq Note No 10 Step Seq Note No 11 Step Seq Note No 12 Step Seq Note No 13 Step Seq Note No 14 Step Seq Note No 15 Step Seq Note No 16 Step Seq Velocity 1 Step Seq Velocity 2 Step Seq Velocity 3 Step Seq Velocity 4 Step Seq Velocity 5 Step Seq Velocity 6 Step Seq Velocity 7 Step Seq Velocity 8 Step Seq Velocity 9 Step Seq Velocity 10 Step Seq Velocity 11 Step Seq Velocity 12 Step Seq Velocity 13 Step Seq Velocity 14 Step Seq Velocity 15 Step Seq Velocity 16 Step Seq Gate Time 1 Step Seq Gate Time 2 Step Seq Gate Time 3 Step Seq Gate Time 4 Step Seq Gate Time 5 Step Seq Gate Time 6 Step Seq Gate Time 7 Step Seq Gate Time 8 Step Seq Gate Time 9 Step Seq Gate Time 10 Step Seq Gate Time 11 Step Seq Gate Time 12 Step Seq Gate Time 13 Step Seq Gate Time 14 Step Seq Gate Time 15 Step Seq Gate Time 16 Step Seq Ctrl Change Value 1 Step Seq Ctrl Change Value 2 Step Seq Ctrl Change Value 3 Step Seq Ctrl Change Value 4 Step Seq Ctrl Change Value 5 Step Seq Ctrl Change Value 6 Step Seq Ctrl Change Value 7 Step Seq Ctrl Change Value 8 Step Seq Ctrl Change Value 9 Step Seq Ctrl Change Value 10 Step Seq Ctrl Change Value 11 Step Seq Ctrl Change Value 12 Step Seq Ctrl Change Value 13 Step Seq Ctrl Change Value 14 Step Seq Ctrl Change Value 15 Step Seq Ctrl Change Value 16 C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) C-2(0). . . G8(7F) rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 rest(0), 1. . . 127 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 1%(0). . . 100%(40). . . 200%(7F) 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 0. . . 127 C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) C3(3C) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 100(64) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 94%(3C) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) 0(00) TOTAL SIZE 46 mm = 00 7F : User Pattern 1 User Pattern 128 18 YAMAHA [ Control Synthesizer ] Model : AN1x Function. . . Basic Channel Mode Default Changed Default Messages Altered MIDI ImplementationChart Transmitted Recognized 1 - 16 1 - 16 3 - 4(m=1) *1 3 - 4(m=1) ˛ 0 - 127 0 - 127 Date:19-MAR-1997 Version: 1. 0 Remarks Memorised Memorised ˛ Note Number Velocity Transpose : True voice Note on Note off Key's Ch's Ø ˛ ˛ Ø Ø 0, 32 1, 4, 7, 12, 13, 64 5, 10, 11, 65 6, 38 66, 67, 84 71-74 0-95 91, 93, 94 96-97 98-99 100-101 120 121 ˛ Ø ˛ ˛ ˛ Ø Ø ˛ ˛ ˛ ˛ ˛ ˛ Ø 0 - 127 : True number Ø : Song Position : Song Select : Tune : Clock : Commands : Local On/Off : All Notes Off : Active Sense : Reset ˛ ˛ ˛ ˛ ˛ ˛ ˛ Ø ˛ Ø v=1-127 Ø ˛ Ø Ø 0 - 24 semi ˛ Ø Ø Ø ˛ Ø Ø Ø Ø ˛ Ø Ø Ø Ø 0 - 127 0 - 127 Ø ˛ ˛ ˛ Ø Ø ˛ Ø ( 123 - 127 ) Ø ˛ Bank Select After Touch Pitch Bend Data Entry Sound Controller Assignable Control Effect Send Level Data Inc, Dec NRPN LSB, MSB RPN LSB, MSB All Sounds Off Reset All Controls Control Change Program Change System Exclusive System Common System Real Time Aux Messages Notes : *1: m is always treated as "1" regardless of its value. Mode 1: OMNI ON, POLY Mode 3: OMNI OFF, POLY Mode 2: OMNI ON, MONO Mode 4: OMNI OFF, MONO 19 Ø : Yes ˛ : No M. D. G. , EMI Division, ©Yamaha Corporation 1997 [. . . ]