Yamaha Audio FS1R User Manual

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DATA LIST DATEN-LISTE LISTE DE DONNÉES

Contents Inhaltsangabe Table des matières

Performance List Liste der Performances

Liste des performances ............................................................4

Voice List Liste der Voices

Liste des voix..............................................................................6

Preset Fseq List Liste der vorprogrammierten Formant Sequenzen

Liste des séquences de formant programmées “FSeqs” ......10

Control List Liste der Steuerbefehle

Liste des contrôleurs ................................................................11

Effect T ype List Liste mit Effekt-Typen

Liste des type d'effets................................................................12

Effect Parameter List Liste mit Effekt-Parametern

Liste des Paramètres d'effets....................................................13

REVERB ............................................................................................13

VARIATION ........................................................................................17

INSERTION........................................................................................24

MIDI Data Format........................................................................35

MIDI Data Tables ........................................................................38

MIDI Implementation Chart........................................................43

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No.

Performance Name Category

No. Performance Name Category No. Performance Name Category No. Performance Name Category

Teck Hook

65 Fifths Sc 1 Zap ! Se 65 Pure Fx

Yes No

66 Sweepers Ld 2 Shaman Vo 66 Furry Bell Fx

Choir

67 Miracle Fx 3 Nightmare Fx 67 Replicant Fx

EP Wide

68 Platipus Ld 4 Acid King Ba 68 Miracle Fx

Bleep

69 Backin Organ Or 5 Snow Decay Sc 69 Swarm Co

B-Rave

70 LoFi Acid Ba 6 Hollywood Co 70 Venus Co

Earth Lead

71 Zap ! Se 7 Yes No Se 71 Relaxxx Co

Ensemble

72 JMichel St 8 Fetish Ld 72 Mouth Pop Co

Full B3

73 Stab Br 9 Platipus Ld 73 R.P.M. Co

Nebulous

74 Legend Vibe Cp 10 Bots Fx 74 Solstice Co

VocoTouch

75 Vox Move Vo 11 Sho Fx 75 Bleep Co

Bassline 1

76 Digital Ba 12 Technical Ba 76 Starship Pd

Nu Suitcase

77 Siam Prayer Et 13 Dirt Vocoder Vo 77 SuperPad Pd

StabbaBabb

78 Mysterians Fx 14 Homy Vo 78 Moby II Pd

Dark

79 Venus Co 15 BeatBox Dr 79 Spacy Pad Pd

Dog Bytes

80 Drum Kit 2 Dr 16 Magic Laugh Se 80 Pompeii Pd

FundaBass

81 Lead Horn Br 17 VocoTouch Vo 81 The Shadow Pd

Magic Laugh

82 Mouth Pop Co 18 The Seeker Vo 82 Earth Wind Pd

Breathy 5th

83 Hard String Gt 19 Can You Give Vo 83 Nebulous Pd

Velvet Dyno

84 Baroque Ld 20 Vox Morph Vo 84 CineSweep Pd

Syncorgano

85 Swarm Co 21 Vox Phase Vo 85 Qwerty Pd

Acid King

86 Mitosis Ld 22 F-Sweep Vo 86 Warm Galaxy Pd

Taxi Brass

87 Moving Fx 23 The Vocoder Vo 87 Octavian Pd

Moby II

88 Wind Pad Pd 24 Sand Voice Vo 88 Fat Line Sq

Nightmare

89 DistFeedback Gt 25 Everybody Vo 89 Metallic Sq

Zansyo

90 EP Soft Pf 26 HyperFuzz Ba 90 Superarp Sq

Homy

91 Shooby Do Vo 27 Dist Mini Ba 91 Noble Metal Sq

Optical

92 Furry Bell Fx 28 Strobe Ba 92 Perc Arp Sq

Digi Clav

93 Spiral Se 29 Digital Ba 93 Dog Bytes Sq

Relaxxx

94 ChurchOrgan Or 30 Power Key Ba 94 Iron Man Sq

B3 Jazz Comp

95 Accordion Or 31 Moon Bass Ba 95 Hard Pulse Sq

TekkSet

96 Drum Kit 3 Dr 32 LoFi Acid Ba 96 Zansyo Sc

Strobe

97 CP Hard Pf 33 Funk Bass Ba 97 Da Comp Sc

HyperFuzz

98 Warm Galaxy Pd 34 Matze Ba 98 Snow Pixy Sc

Sho

99 Superarp Sq 35 Glass Harp Ld 99 Fusion Sc

Kalimba

100 Fetish Ld 36 Sweepers Ld 100 Funk Sc

DX-Soft

101 B3 Perc 3rd Or 37 Nu Skool Ld 101 Manhattan Sc

Technical

102 Funky Tech Sc 38 Syncorgano Ld 102 Fifths Sc

Obie Strings

103 Fat Line Sq 39 Mitosis Ld 103 Vulcan Sc

Caravan

104 Can You Give Vo 40 Trance Cosmo Ld 104 Fluffy Sc

Brassetra

105 Snow Pixy Sc 41 Glider Ld 105 Spellbound Sc

Snow Decay

106 Earth Wind Pd 42 Night Se 106 VeloSweep Sc

Bots

107 Prophet F Fx 43 To Warp Se 107 Raymond Sc

Plastic Bass

108 Obi Hornz Br 44 Space Bomb Se 108 Zapper Sc

Full Tines

109 Tremolo Pf 45 Open Se 109 Harry Sc

Pompeii

110 Open Se 46 Dark Se 110 Fast&Cheap Sc

To Warp

111 Elise Pd 47 Walking Robo Se 111 Funky Tech Sc

BoomTchak

112 Drum Kit 9o9 Dr 48 Scaling Se 112 Pluck Glass Sc

Compu Saw

113 Matze Ba 49 Ghost Se 113 Komodo Sc

Dirt Vocoder

114 Strat 7II Gt 50 Saucer Se 114 Suikinkutsu Et

Lightyears

115 Morph Fx 51 Force Field Se 115 Gamelan Et

Nu Skool

116 Hollow Ld 52 Radio MW Se 116 Thai Boxing Et

EtherGuitar

117 Heimdal Pd 53 4-3-2-1 Se 117 Siam Prayer Et

Bassline 2

118 Zapper Sc 54 Slow Attack Se 118 EthnicPercs Et

Blazin' Jim

119 LS Night Or 55 Spiral Se 119 Mukkuri Et

Shaman

120 Spacious St 56 Morph Fx 120 Kalimba Et

Emperor II

121 Perc Arp Sq 57 Moving Fx 121 Drum Kit 1 Dr

Da Comp

122 Spellbound Sc 58 Prophet F Fx 122 Drum Kit 2 Dr

Starship

123 Trance Cosmo Ld 59 Caravan Fx 123 Drum Kit 3 Dr

Jungle Bass

124 Moon Bass Ba 60 FormantSweep Fx 124 Drum Kit 9o9 Dr

Vulcan

125 Manhattan Sc 61 Mysterians Fx 125 TechBeat Dr

Sand Voice

126 Angel Bells Pd 62 DippeDut Fx 126 BoomTchak Dr

Hollywood

127 Far West Cp 63 Glacial Fx 127 TechKicks Dr

Drum Kit 1

128

Spacy Aaah

Vo 64 Mizu Guitar Fx 128 TekkSet Dr

Performance List Liste der Performances Liste des performances

Preset AInternal

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No. Performance Name Category No. Performance Name No. Performance Name Category No. Performance Name Category

1 Sweepy Voice Vo 65 Perc Organ Or 1 UprightPiano Pf 65 FM Lead Sax Rd 2 Breathy 5th Vo 66 Dirty Organ Or 2 FM Piano Pf 66 FM Dbl Reed Rd 3 Lightyears Vo 67 ByonOrgan Or 3 EP Wide Pf 67 Dark Clar Rd 4 Vox Move Vo 68 Blazin' Jim Or 4 CP Hard Pf 68 Moonweed Ld 5 Vox Tron Vo 69 Backin Organ Or 5 Velvet Dyno Pf 69 Hollow Ld 6 Spacy Aaah Vo 70 LS Night Or 6 Clear EP Pf 70 Tech Lead Ld 7 Celebration Vo 71 Fat organ Or 7 DX Harpscd Pf 71 Retronic Ld 8 Choir Vo 72 70s Organ Or 8 Digi Clav Pf 72 HyperFuzz Ba

9 Human Woo Vo 73 Jazz Organ Or 9 5th Piano Pf 73 FM Piccolo Pi 10 Human Ih Vo 74 Full Organ Or 10 Glocken Cp 74 FM Flute Pi 11 Human Eh Vo 75 The Lounge Or 11 MusicBox Cp 75 RecoBell Pi 12 Human Oh Vo 76 ChurchOrgan Or 12 Legend Vibe Cp 76 FM PanFlute Pi 13 Shooby Do Vo 77 Hard String Gt 13 Marimba Cp 77 FM Bottle Pi 14 Full Tines Pf 78 DX Jazz Gt 14 Xylophon Cp 78 Heavy Pipe Pi 15 DX Original Pf 79 EtherGuitar Gt 15 TubulBel Cp 79 Whistle Pi 16 Dyno Rose Pf 80 DistFeedback Gt 16 Dulcimer Cp 80 Ocarina Pi 17 EP 1980 Pf 81 Strat 7II Gt 17 B3 Perc 3rd Or 81 Earth Lead Ld 18 Crystal Rose Pf 82 Taxi Brass Br 18 B3 Jazz Comp Or 82 Platipus Ld 19 DX Phase Pf 83 BrightFilter Br 19 Old Rotary Or 83 FM Lead Ld 20 DX Classic Pf 84 Lead Horn Br 20 Full Organ Or 84 FM Lead 2 Ld 21 EP Reece Pf 85 Bright Br 21 Dist Organ Or 85 FM Lead 3 Ld 22 Nu Suitcase Pf 86 DX-Soft Br 22 Accordion Or 86 FM Lead 4 Ld 23 EP Wide Pf 87 Brassetra Br 23 Chorus Harp Or 87 Sunhead Ld 24 Velvet Dyno Pf 88 Oberhorn Br 24 ChurchOrgan Or 88 Teck Hook Ld 25 Tremolo Pf 89 Obi Brass Br 25 Nylon Guitar Gt 89 Space Harp Pd 26 EP Soft Pf 90 Obi Hornz Br 26 Steel Guitar Gt 90 Fat Pad Pd 27 Wurli Dirty Pf 91 Swell Br 27 Jazz Guitar Gt 91 Thermal Pd 28 Wurli Clean Pf 92 Stab Br 28 Clean Guitar Gt 92 Nebulous Pd 29 CP Hard Pf 93 Quackz Br 29 Mute Guitar Gt 93 Qwerty Pd 30 UprightPiano Pf 94 StabbaBabb Br 30 DistFeedback Gt 94 FM Pad Pd 31 Clavmann Pf 95 Fanfare Br 31 Dist Guitar Gt 95 Spacy Pad Pd 32 BryteClavman Pf 96 Wind Pad Pd 32 Punch Bass Ba 96 Spacewind Pd 33 Fat Clavmann Pf 97 Dark Pad Pd 33 Aco Bass Ba 97 Rain Sc 34 Digi Clav Pf 98 Thermal Pd 34 Plastic Bass Ba 98 Fifths Sc 35 Thin Clav Pf 99 Spacewind Pd 35 FM Slap Ba 99 Crystal Sc 36 Optical Ba 100 Elise Pd 36 Fretless Ba 100 Atmospher Sc 37 FundaBass Ba 101 OB Pad Pd 37 Pick Bass Ba 101 Bright Ens Pd 38 B-Rave Ba 102 Reflection Pd 38 FM Slap 2 Ba 102 Goblins Sc 39 Square Bass Ba 103 Emperor II Pd 39 Bassline 1 Ba 103 Harry Sc 40 Ethno Bass Ba 104 Fat Pad Pd 40 Compu Saw Ba 104 Sci-Fi Sc 41 Bassline 1 Ba 105 Polar Pd 41 Strobe Ba 105 Sitar 2 Et 42 Bassline 2 Ba 106 Sky Bells Pd 42 Acid King Ba 106 Suikinkutsu Et 43 JungleBass Ba 107 Heimdal Pd 43 Power Key Ba 107 Mukkuri Et 44 Plastic Bass Ba 108 Ice Score Pd 44 5th Funk Ba 108 Kalimba Et 45 Punch Bass Ba 109 Solair Pd 45 DX Solo Str St 109 Kalimba 2 Et 46 Compu Saw Ba 110 Angel Bells Pd 46 Tremolo Str St 110 Bag Pipe Et 47 Dry Syn Ba 111 Vesuvius Pd 47 FM Pizz St 111 Fiddle Et 48 Earth Lead Ld 112 Space Harp Pd 48 FM Harp St 112 Shanai Et 49 Hollow Ld 113 Ministry Pd 49 Spacious St 113 TnklBell Pc 50 Samplon Ld 114 Ensemble St 50 FM Strings En 114 Agogo Pc 51 Noodles Ld 115 Obie Strings St 51 JMichel St 115 SteelDrm Pc 52 BigAssSynth Ld 116 JMichel St 52 Ensemble St 116 WoodBlok Pc 53 Teck Hook Ld 117 Mild St 53 Vox Morph Vo 117 TaikoDrm Pc 54 Sunhead Ld 118 Spacious St 54 Vox Move Vo 118 Hollywood Co 55 Moonweed Ld 119 Oktavstrgs St 55 Vox Phase Vo 119 Bleep Co 56 Tech Lead Ld 120 Hit En 56 Hit En 120 4-3-2-1 Se 57 Retronic Ld 121 Accordion Or 57 FM Solo Tp Br 121 DippeDut Fx 58 Formo Whistl Ld 122 Sitar Et 58 Fanfare Br 122 Glacial Fx 59 Baroque Ld 123 Bag Pipe Et 59 DX-Soft Br 123

Ice

Fx 60 Full B3 Or 124 Alloy Cp 60 Lead Horn Br 124 Angle Fx 61 B3 Jazz Comp Or 125 Tubular Cp 61 Fr.Horn Br 125 Shooby Do Vo 62 B3 Perc 3rd Or 126 Far West Cp 62 FM Section Br 126

Everybody

Vo 63 J.Road Or 127 Small Bell Cp 63 Bright Br 127

Vox Move 2

Vo 64 Disto-Jam Or 128 Legend Vibe Cp 64 StabbaBabb Br 128

Drum Kit 2

REVERB

No Effect

Range(Default) Param# Description

Reverb Pan L63~ C ~R63 129 Reverb Pan Rev Return 0~127 12A ReverbReturn Level

Hall1

Range(Default) Param# Description

ReverbTime 0.3~30.0(2.0) 50 Reverb length (sec) Diffusion 0~10(10) 52 Spread of the reverb InitDelay 0.1~200.0(14.3) 54 Delay time until the early reflections (msec) HPF Cutoff thru,22~8.0k(315) 56 Frequency at which the high pass filter will cut the low range (Hz) LPFCutoff 1.0k~18.0k,thru(5.6k) 58 Frequency at which the low pass filter will cut the high range (Hz) Rev Delay 0.1~99.3(53.6) 62 Delay time from the early reflections until the reverberation (msec) Density 0~4(4) 63 Density of the reverberation ER/Rev E63>R~E=R~E<R63(E<R 5) 64 Level balance of the early reflections and the reverberation High Damp 0.1~1.0(1.0) 65 High range attenuation

(lower values cause the high range to decay faster) FB Level -63~+63(+ 0) 66 Amount of feedback for the initial delay Reverb Pan L63~ C ~R63 129 Reverb Pan Rev Return 0~127 12A ReverbReturn Level

Hall2 Same parameters for Hall1

Range(Default) Param# Description

ReverbTime 0.3~30.0(3.0) 50 Reverb length (sec) Diffusion 0~10(10) 52 Spread of the reverb InitDelay 0.1~200.0(44.2) 54 Delay time until the early reflections (msec) HPF Cutoff thru,22~8.0k(40) 56 Frequency at which the high pass filter will cut the low range (Hz) LPFCutoff 1.0k~18.0k,thru(4.0k) 58 Frequency at which the low pass filter will cut the high range (Hz) Rev Delay 0.1~99.3(44.2) 62 Delay time from the early reflections until the reverberation (msec) Density 0~4(3) 63 Density of the reverberation ER/Rev E63>R~E=R~E<R63(E<R36) 64 Level balance of the early reflections and the reverberation High Damp 0.1~1.0(1.0) 65 High range attenuation

(lower values cause the high range to decay faster) FB Level -63~+63(+ 0) 66 Amount of feedback for the initial delay Reverb Pan L63~ C ~R63 129 Reverb Pan Rev Return 0~127 12A ReverbReturn Level

Room1 Same parameters for Hall1

Range(Default) Param# Description

ReverbTime 0.3~30.0(1.4) 50 Reverb length (sec) Diffusion 0~10(8) 52 Spread of the reverb InitDelay 0.1~200.0(19.0) 54 Delay time until the early reflections (msec) HPF Cutoff thru,22~8.0k(355) 56 Frequency at which the high pass filter will cut the low range (Hz) LPFCutoff 1.0k~18.0k,thru(9.0k) 58 Frequency at which the low pass filter will cut the high range (Hz) Rev Delay 0.1~99.3(23.7) 62 Delay time from the early reflections until the reverberation (msec) Density 0~4(4) 63 Density of the reverberation ER/Rev E63>R~E=R~E<R63(E<R10) 64 Level balance of the early reflections and the reverberation High Damp 0.1~1.0(1.0) 65 High range attenuation

(lower values cause the high range to decay faster) FB Level -63~+63(+ 0) 66 Amount of feedback for the initial delay Reverb Pan L63~ C ~R63 129 Reverb Pan Rev Return 0~127 12A ReverbReturn Level

Room2 Same parameters for Hall1

Range(Default) Param# Description

ReverbTime 0.3~30.0(1.2) 50 Reverb length (sec) Diffusion 0~10(10) 52 Spread of the reverb InitDelay 0.1~200.0(12.7) 54 Delay time until the early reflections (msec) HPF Cutoff thru,22~8.0k(110) 56 Frequency at which the high pass filter will cut the low range (Hz) LPFCutoff 1.0k~18.0k,thru(thru) 58 Frequency at which the low pass filter will cut the high range (Hz) Rev Delay 0.1~99.3(17.4) 62 Delay time from the early reflections until the reverberation (msec) Density 0~4(4) 63 Density of the reverberation ER/Rev E63>R~E=R~E<R63(E18>R) 64 Level balance of the early reflections and the reverberation High Damp 0.1~1.0(0.7) 65 High range attenuation

(lower values cause the high range to decay faster) FB Level -63~+63(+ 0) 66 Amount of feedback for the initial delay Reverb Pan L63~ C ~R63 129 Reverb Pan Rev Return 0~127 12A ReverbReturn Level

Page 14

Room3 Same parameters for Hall1

Range(Default) Param# Description

ReverbTime 0.3~30.0(0.9) 50 Reverb length (sec) Diffusion 0~10(10) 52 Spread of the reverb InitDelay 0.1~200.0(0.1) 54 Delay time until the early reflections (msec) HPF Cutoff thru,22~8.0k(110) 56 Frequency at which the high pass filter will cut the low range (Hz) LPFCutoff 1.0k~18.0k,thru(4.0k) 58 Frequency at which the low pass filter will cut the high range (Hz) Rev Delay 0.1~99.3(14.3) 62 Delay time from the early reflections until the reverberation (msec) Density 0~4(4) 63 Density of the reverberation ER/Rev E63>R~E=R~E<R63(E15>R) 64 Level balance of the early reflections and the reverberation High Damp 0.1~1.0(0.5) 65 High range attenuation

(lower values cause the high range to decay faster) FB Level -63~+63(+ 0) 66 Amount of feedback for the initial delay Reverb Pan L63~ C ~R63 129 Reverb Pan Rev Return 0~127 12A ReverbReturn Level

Stage1 Same parameters for Hall1

Range(Default) Param# Description

ReverbTime 0.3~30.0(1.5) 50 Reverb length (sec) Diffusion 0~10(10) 52 Spread of the reverb InitDelay 0.1~200.0(25.3) 54 Delay time until the early reflections (msec) HPF Cutoff thru,22~8.0k(45) 56 Frequency at which the high pass filter will cut the low range (Hz) LPFCutoff 1.0k~18.0k,thru(7.0k) 58 Frequency at which the low pass filter will cut the high range (Hz) Rev Delay 0.1~99.3(45.7) 62 Delay time from the early reflections until the reverberation (msec) Density 0~4(3) 63 Density of the reverberation ER/Rev E63>R~E=R~E<R63(E 3>R) 64 Level balance of the early reflections and the reverberation High Damp 0.1~1.0(0.5) 65 High range attenuation

(lower values cause the high range to decay faster) FB Level -63~+63(+15) 66 Amount of feedback for the initial delay Reverb Pan L63~ C ~R63 129 Reverb Pan Rev Return 0~127 12A ReverbReturn Level

Stage2 Same parameters for Hall1

Range(Default) Param# Description

ReverbTime 0.3~30.0(1.0) 50 Reverb length (sec) Diffusion 0~10(10) 52 Spread of the reverb InitDelay 0.1~200.0(0.1) 54 Delay time until the early reflections (msec) HPF Cutoff thru,22~8.0k(thru) 56 Frequency at which the high pass filter will cut the low range (Hz) LPFCutoff 1.0k~18.0k,thru(12.0k) 58 Frequency at which the low pass filter will cut the high range (Hz) Rev Delay 0.1~99.3(45.7) 62 Delay time from the early reflections until the reverberation (msec) Density 0~4(4) 63 Density of the reverberation ER/Rev E63>R~E=R~E<R63(E18>R) 64 Level balance of the early reflections and the reverberation High Damp 0.1~1.0(0.6) 65 High range attenuation

(lower values cause the high range to decay faster) FB Level -63~+63(+9) 66 Amount of feedback for the initial delay Reverb Pan L63~ C ~R63 129 Reverb Pan Rev Return 0~127 12A ReverbReturn Level

Plate Same parameters for Hall1

Range(Default) Param# Description

ReverbTime 0.3~30.0(1.8) 50 Reverb length (sec) Diffusion 0~10(5) 52 Spread of the reverb InitDelay 0.1~200.0(11.1) 54 Delay time until the early reflections (msec) HPF Cutoff thru,22~8.0k(40) 56 Frequency at which the high pass filter will cut the low range (Hz) LPFCutoff 1.0k~18.0k,thru(10.0k) 58 Frequency at which the low pass filter will cut the high range (Hz) Rev Delay 0.1~99.3(3.2) 62 Delay time from the early reflections until the reverberation (msec) Density 0~4(3) 63 Density of the reverberation ER/Rev E63>R~E=R~E<R63(E=R) 64 Level balance of the early reflections and the reverberation High Damp 0.1~1.0(0.7) 65 High range attenuation

(lower values cause the high range to decay faster) FB Level -63~+63(+20) 66 Amount of feedback for the initial delay Reverb Pan L63~ C ~R63 129 Reverb Pan Rev Return 0~127 12A ReverbReturn Level

Page 15

White Room

Range(Default) Param# Description

ReverbTime 0.3~30.0(0.4) 50 Reverb length (sec) Diffusion 0~10(5) 52 Spread of the reverb InitDelay 0.1~200.0(0.1) 54 Delay time until the early reflections (msec) HPF Cutoff thru,22~8.0k(70) 56 Frequency at which the high pass filter will cut the low range (Hz) LPFCutoff 1.0k~18.0k,thru(1.6k) 58 Frequency at which the low pass filter will cut the high range (Hz) Width 0.5~10.2(4.6) 5A Width of the simulated room (m) Height 0.5~20.2(20.2) 5C Height of the simulated room (m) Depth 0.5~30.2(30.2) 5E Depth of the simulated room (m) Wall Vary 0~30(6) 60 Wall surface of the simulated room

(higher values produce more random reflections) Rev Delay 0.1~99.3(12.7) 62 Delay time from the early reflections until the reverberation (msec) Density 0~4(4) 63 Density of the reverberation ER/Rev E63>R~E=R~E<R63(E=R) 64 Level balance of the early reflections and the reverberation High Damp 0.1~1.0(0.4) 65 High range attenuation

(lower values cause the high range to decay faster) FB Level -63~+63(+ 5) 66 Amount of feedback for the initial delay Reverb Pan L63~ C ~R63 129 Reverb Pan Rev Return 0~127 12A ReverbReturn Level

Tunnel Same parameters for White Room

Range(Default) Param# Description

ReverbTime 0.3~30.0(2.3) 50 Reverb length (sec) Diffusion 0~10(6) 52 Spread of the reverb InitDelay 0.1~200.0(15.8) 54 Delay time until the early reflections (msec) HPF Cutoff thru,22~8.0k(thru) 56 Frequency at which the high pass filter will cut the low range (Hz) LPFCutoff 1.0k~18.0k,thru(3.2k) 58 Frequency at which the low pass filter will cut the high range (Hz) Width 0.5~10.2(9.1) 5A Width of the simulated room (m) Height 0.5~20.2(14.2) 5C Height of the simulated room (m) Depth 0.5~30.2(19.4) 5E Depth of the simulated room (m) Wall Vary 0~30(16) 60 Wall surface of the simulated room

(higher values produce more random reflections) Rev Delay 0.1~99.3(31.6) 62 Delay time from the early reflections until the reverberation (msec) Density 0~4(4) 63 Density of the reverberation ER/Rev E63>R~E=R~E<R63(E10>R) 64 Level balance of the early reflections and the reverberation High Damp 0.1~1.0(1.0) 65 High range attenuation

(lower values cause the high range to decay faster) FB Level -63~+63(+43) 66 Amount of feedback for the initial delay Reverb Pan L63~ C ~R63 129 Reverb Pan Rev Return 0~127 12A ReverbReturn Level

Basement Same parameters for White Room

Range(Default) Param# Description

ReverbTime 0.3~30.0(0.8) 50 Reverb length (sec) Diffusion 0~10(6) 52 Spread of the reverb InitDelay 0.1~200.0(4.8) 54 Delay time until the early reflections (msec) HPF Cutoff thru,22~8.0k(thru) 56 Frequency at which the high pass filter will cut the low range (Hz) LPFCutoff 1.0k~18.0k,thru(1.0k) 58 Frequency at which the low pass filter will cut the high range (Hz) Width 0.5~10.2(7.2) 5A Width of the simulated room (m) Height 0.5~20.2(0.5) 5C Height of the simulated room (m) Depth 0.5~30.2(10.2) 5E Depth of the simulated room (m) Wall Vary 0~30(15) 60 Wall surface of the simulated room

(higher values produce more random reflections) Rev Delay 0.1~99.3(50.5) 62 Delay time from the early reflections until the reverberation (msec) Density 0~4(3) 63 Density of the reverberation ER/Rev E63>R~E=R~E<R63(E<R10) 64 Level balance of the early reflections and the reverberation High Damp 0.1~1.0(1.0) 65 High range attenuation

(lower values cause the high range to decay faster) FB Level -63~+63(-28) 66 Amount of feedback for the initial delay Reverb Pan L63~ C ~R63 129 Reverb Pan Rev Return 0~127 12A ReverbReturn Level

Canyon Same parameters for White Room

Range(Default) Param# Description

ReverbTime 0.3~30.0(12.0) 50 Reverb length (sec) Diffusion 0~10(6) 52 Spread of the reverb InitDelay 0.1~200.0(99.3) 54 Delay time until the early reflections (msec) HPF Cutoff thru,22~8.0k(thru) 56 Frequency at which the high pass filter will cut the low range (Hz) LPFCutoff 1.0k~18.0k,thru(3.6k) 58 Frequency at which the low pass filter will cut the high range (Hz) Width 0.5~10.2(9.4) 5A Width of the simulated room (m) Height 0.5~20.2(17.1) 5C Height of the simulated room (m) Depth 0.5~30.2(25.8) 5E Depth of the simulated room (m) Wall Vary 0~30(13) 60 Wall surface of the simulated room

(higher values produce more random reflections) Rev Delay 0.1~99.3(17.4) 62 Delay time from the early reflections until the reverberation (msec) Density 0~4(4) 63 Density of the reverberation ER/Rev E63>R~E=R~E<R63(E<R 8) 64 Level balance of the early reflections and the reverberation High Damp 0.1~1.0(0.4) 65 High range attenuation

(lower values cause the high range to decay faster) FB Level -63~+63(+36) 66 Amount of feedback for the initial delay Reverb Pan L63~ C ~R63 129 Reverb Pan Rev Return 0~127 12A ReverbReturn Level

Page 16

Delay LCR

Range(Default) Param# Description

LchDelay 0.1~1365.0(333.3) 50 Length of left channel delay (msec) RchDelay 0.1~1365.0(166.7) 52 Length of right channel delay (msec) CchDelay 0.1~1365.0(500.0) 54 Length of center channel delay (msec) FB Delay 0.1~1365.0(500.0) 56 Length of feedback delay (msec) FB Level -63~+63(+10) 58 Feedback amount Cch Level 0~127(100) 5A Volume of center channel High Damp 0.1~1.0(0.3) 5C High range attenuation

(lower values cause the high range to decay faster) EQ LowFreq 32~2.0k(400) 64 Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain -12~+12(+ 0) 65 Gain with which the EQ will boost/cut the low range (dB) EQ HiFreq 500~16.0k(4.0k) 66 Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain -12~+12(+ 0) 67 Gain with which the EQ will boost/cut the high range (dB) Reverb Pan L63~ C ~R63 129 Reverb Pan Rev Return 0~127 12A ReverbReturn Level

Delay L,R

Range(Default) Param# Description

LchDelay 0.1~1365.0(250.0) 50 Length of left channel delay (msec) RchDelay 0.1~1365.0(375.0) 52 Length of right channel delay (msec) FBDelay1 0.1~1365.0(375.2) 54 Length of feedback delay 1 (msec) FBDelay2 0.1~1365.0(375.0) 56 Length of feedback delay 2 (msec) FB Level -63~+63(+23) 58 Amount of feedback High Damp 0.1~1.0(0.3) 5A High range attenuation

Echo

Range(Default) Param# Description

LchDelay1 0.1~682.0(220.0) 50 Length of first delay of left channel (msec) Lch FB Lvl -63~+63(+22) 52 Amount of feedback for left channel RchDelay1 0.1~682.0(210.0) 54 Length of first delay of right channel (msec) Rch FB Lvl -63~+63(+21) 56 Amount of feedback for right channel High Damp 0.1~1.0(0.5) 58 High range attenuation

(lower values cause the high range to decay faster) LchDelay2 0.1~682.0(230.0) 5A Length of second delay of left channel (msec) RchDelay2 0.1~682.0(235.0) 5C Length of second delay of right channel (msec) Delay2 Lvl 0~127(62) 5E Volume of second delay EQ LowFreq 32~2.0k(280) 64 Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain -12~+12(-6) 65 Gain with which the EQ will boost/cut the low range (dB) EQ HiFreq 500~16.0k(6.3k) 66 Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain -12~+12(-1) 67 Gain with which the EQ will boost/cut the high range (dB) Reverb Pan L63~ C ~R63 129 Reverb Pan Rev Return 0~127 12A ReverbReturn Level

CrossDelay

Range(Default) Param# Description

L>R Delay 0.1~682.0(365.0) 50 Delay time from left (input) to right (output) (msec) R>L Delay 0.1~682.0(365.0) 52 Delay time from right (input) to left (output) (msec) FB Level -63~+63(+24) 54 Amount of feedback InputSelect L,R,L&R(R) 56 Input select High Damp 0.1~1.0(0.5) 58 High range attenuation

(lower values cause the high range to decay faster) EQ LowFreq 32~2.0k(355) 64 Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain -12~+12(+ 0) 65 Gain with which the EQ will boost/cut the low range (dB) EQ HiFreq 500~16.0k(6.3k) 66 Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain -12~+12(- 2) 67 Gain with which the EQ will boost/cut the high range (dB) Reverb Pan L63~ C ~R63 129 Reverb Pan Rev Return 0~127 12A ReverbReturn Level

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VARIATION

No Effect

Range(Default) Param# Description

Var Pan L63~ C ~R63 12C Variation Pan Var Return 0~127 12D Variation Return Level SendVar-Rev 0~127 12E Variation-to-Reverb Send Level

Chorus

Range(Default) Param# Description

LFO Freq 0.000~43.21(0.229) 68 Delay modulation frequency (Hz) LFO Depth 0~127(46) 6A Delay modulation depth FB Level -63~+63(+28) 6C Level at which the delay output is returned to the input

(negative values invert the phase) Delay Ofst 0.0~50.0(1.0) 6E Offset value for delay modulation (ms) EQ LowFreq 32~2.0k(200) 72 Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain -12~+12(+ 0) 74 Gain with which the EQ will boost/cut the low range (dB) EQ HiFreq 500~16.0k(6.3k) 76 Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain -12~+12(+ 0) 78 Gain with which the EQ will boost/cut the high range (dB) Mode mono,stereo(stereo) 104 Mono/stereo selection for the input Var Pan L63~ C ~R63 12C Variation Pan Var Return 0~127 12D Variation Return Level SendVar-Rev 0~127 12E Variation-to-Reverb Send Level

Celeste Same parameters for Chorus

Range(Default) Param# Description

LFO Freq 0.000~43.21(0.687) 68 Delay modulation frequency (Hz) LFO Depth 0~127(25) 6A Delay modulation depth FB Level -63~+63(+30) 6C Level at which the delay output is returned to the input

(negative values invert the phase) Delay Ofst 0.0~50.0(12.2) 6E Offset value for delay modulation (ms) EQ LowFreq 32~2.0k(500) 72 Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain -12~+12(+ 0) 74 Gain with which the EQ will boost/cut the low range (dB) EQ HiFreq 500~16.0k(4.0k) 76 Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain -12~+12(+ 0) 78 Gain with which the EQ will boost/cut the high range (dB) Mode mono,stereo(stereo) 104 Mono/stereo selection for the input Var Pan L63~ C ~R63 12C Variation Pan Var Return 0~127 12D Variation Return Level SendVar-Rev 0~127 12E Variation-to-Reverb Send Level

Flanger

Range(Default) Param# Description

LFO Freq 0.000~43.21(0.504) 68 Frequency of delay modulation (Hz) LFO Depth 0~127(30) 6A Depth of delay modulation FB Level -63~+63(+40) 6C Level at which delay output is returned to the input Delay Ofst 0.0~50.0(0.2) 6E Offset value for delay modulation (ms) EQ LowFreq 32~2.0k(200) 72 Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain -12~+12(+ 0) 74 Gain with which the EQ will boost/cut the low range (dB) EQ HiFreq 500~16.0k(6.3k) 76 Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain -12~+12(+ 0) 78 Gain with which the EQ will boost/cut the high range (dB) LFO Phase -180~+180(-180) 102 L/R phase difference of modulation waveform

(no difference at 0 deg (=64)) Var Pan L63~ C ~R63 12C Variation Pan Var Return 0~127 12D Variation Return Level SendVar-Rev 0~127 12E Variation-to-Reverb Send Level

Symphonic

Range(Default) Param# Description

LFO Freq 0.000~43.21(0.458) 68 Frequency of delay modulation (Hz) LFO Depth 0~127(40) 6A Depth of delay modulation Delay Ofst 0.0~50.0(0.0) 6C Delay modulation offset value (ms) EQ LowFreq 32~2.0k(250) 72 Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain -12~+12(+ 0) 74 Gain with which the EQ will boost/cut the low range (dB) EQ HiFreq 500~16.0k(6.3k) 76 Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain -12~+12(+ 0) 78 Gain with which the EQ will boost/cut the high range (dB) Var Pan L63~ C ~R63 12C Variation Pan Var Return 0~127 12D Variation Return Level SendVar-Rev 0~127 12E Variation-to-Reverb Send Level

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Phaser1

Range(Default) Param# Description

LFO Freq 0.000~43.21(0.916) 68 Frequency of phase modulation (Hz) LFO Depth 0~127(111) 6A Depth of phase modulation Phase Shift 0~127(76) 6C Phase shift offset value FB Level -63~+63(+51) 6E Level at which phaser output will be returned to the input

(negative values invert the phase) Stage 4~10(6) 7C Number of phaser shifter stages Diffuse mono,stereo(stereo) 7E Diffusion EQ LowFreq 32~2.0k(280) 72 Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain -12~+12(+ 0) 74 Gain with which the EQ will boost/cut the low range (dB) EQ HiFreq 500~16.0k(6.3k) 76 Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain -12~+12(+ 0) 78 Gain with which the EQ will boost/cut the high range (dB) Var Pan L63~ C ~R63 12C Variation Pan Var Return 0~127 12D Variation Return Level SendVar-Rev 0~127 12E Variation-to-Reverb Send Level

Phaser2

Range(Default) Param# Description

LFO Freq 0.000~43.21(0.091) 68 Frequency of phase modulation (Hz) LFO Depth 0~127(127) 6A Depth of phase modulation Phase Shift 0~127(25) 6C Phase shift offset value FB Level -63~+63(+51) 6E Level at which phaser output will be returned to the input

(negative values invert the phase) Stage 3~5(5) 7C Number of phaser shifter stages LFO Phase -180~+180(-180) 100 L/R phase difference in the modulation waveform

(no difference at 0 deg (=64)) EQ LowFreq 32~2.0k(200) 72 Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain -12~+12(+ 0) 74 Gain with which the EQ will boost/cut the low range (dB) EQ HiFreq 500~16.0k(5.6k) 76 Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain -12~+12(+ 0) 78 Gain with which the EQ will boost/cut the high range (dB) Var Pan L63~ C ~R63 12C Variation Pan Var Return 0~127 12D Variation Return Level SendVar-Rev 0~127 12E Variation-to-Reverb Send Level

Ens Detune

Range(Default) Param# Description

Detune -50~+50(-30) 68 Amount by which the pitch will be detuned (cent) InitDelayL 0.0~50.0(1.0) 6A Length of left channel delay (msec) InitDelayR 0.0~50.0(3.0) 6C Length of right channel delay (msec)

EQ LowFreq 32~2.0k(250) 7C Frequency at which the EQ will boost/cut the low range (Hz ) EQ Low Gain -12~+12(+ 0) 7E Gain with which the EQ will boost/cut the low range (dB) EQ HiFreq 500~16.0k(5.0k) 100 Frequency at which the EQ will boost/cut the high range (Hz ) EQ Hi Gain -12~+12(+ 0) 102 Gain with which the EQ will boost/cut the high range (dB) Var Pan L63~ C ~R63 12C Variation Pan Var Return 0~127 12D Variation Return Level SendVar-Rev 0~127 12E Variation-to-Reverb Send Level

Rotary SP

Range(Default) Param# Description

LFO Freq 0.000~43.21(2.335) 68 Rotation frequency of the speaker (Hz)

LFO Depth 0~127(76) 6A Depth of modulation produced by speaker rotation

EQ LowFreq 32~2.0k(250) 72 Frequency at which the EQ will boost/cut the low range (Hz)

EQ Low Gain -12~+12(+ 0) 74 Gain with which the EQ will boost/cut the low range (dB) EQ HiFreq 500~16.0k(5.0k) 76 Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain -12~+12(+ 0) 78 Gain with which the EQ will boost/cut the high range (dB) Var Pan L63~ C ~R63 12C Variation Pan Var Return 0~127 12D Variation Return Level SendVar-Rev 0~127 12E Variation-to-Reverb Send Level

Page 19

Tremolo

Range(Default) Param# Description

LFO Freq 0.000~43.21(5.493) 68 Modulation frequency (Hz) AM Depth 0~127(60) 6A Amplitude modulation depth PM Depth 0~127(20) 6C Delay modulation depth LFO Phase -180~+180(+0) 102 L/R phase difference of the modulation waveform

(no difference at 0 deg (=64)) EQ LowFreq 32~2.0k(280) 72 Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain -12~+12(+0) 74 Gain with which the EQ will boost/cut the low range (dB) EQ HiFreq 500~16.0k(2.0k) 76 Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain -12~+12(+ 0) 78 Gain with which the EQ will boost/cut the high range (dB) Mode mono,stereo(mono) 104 Mono/stereo selection for the input Var Pan L63~ C ~R63 12C Variation Pan Var Return 0~127 12D Variation Return Level SendVar-Rev 0~127 12E Variation-to-Reverb Send Level

Auto Pan

Range(Default) Param# Description

LFO Freq 0.000~43.21(4.028) 68 Auto pan frequency (Hz) L/R Depth 0~127(127) 6A Left/right depth of panning F/R Depth 0~127(32) 6C Front/rear depth of panning PAN Dir L<>R,L>R,L<R,Lturn,Rturn,L/R(L/R) 6E Auto pan type (L<->R is sine wave, L/R is square wave) EQ LowFreq 32~2.0k(225) 72 Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain -12~+12(+ 0) 74 Gain with which the EQ will boost/cut the low range (dB) EQ HiFreq 500~16.0k(4.0k) 76 Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain -12~+12(+12) 78 Gain with which the EQ will boost/cut the high range (dB) Var Pan L63~ C ~R63 12C Variation Pan Var Return 0~127 12D Variation Return Level SendVar-Rev 0~127 12E Variation-to-Reverb Send Level

Auto Wah

Range(Default) Param# Description

LFO Freq 0.000~43.21(1.282) 68 Modulation frequency (Hz)

Modulation depth

LFO Depth 0~127(66) 6A Cutoff Freq 0~127(33) 6C Cutoff Frequency (Hz) Resonance 1.0~12.0(3.8) 6E Resonance EQ LowFreq 32~2.0k(280) 72 Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain -12~+12(+ 0) 74 Gain with which the EQ will boost/cut the low range (dB) EQ HiFreq 500~16.0k(5.0k) 76 Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain -12~+12(+ 0) 78 Gain with which the EQ will boost/cut the high range (dB) Var Pan L63~ C ~R63 12C Variation Pan Var Return 0~127 12D Variation Return Level SendVar-Rev 0~127 12E Variation-to-Reverb Send Level

Touch Wah

Range(Default) Param# Description

Sensitivty 0~127(46) 68 Sensitivty Cutoff Freq 0~127(28) 6A Cutoff Frequency (Hz) Resonance 1.0~12.0(2.3) 6C Resonance EQ LowFreq 32~2.0k(180) 72 Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain -12~+12(+ 0) 74 Gain with which the EQ will boost/cut the low range (dB) EQ HiFreq 500~16.0k(5.0k) 76 Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain -12~+12(+ 0) 78 Gain with which the EQ will boost/cut the high range (dB) Var Pan L63~ C ~R63 12C Variation Pan Var Return 0~127 12D Variation Return Level SendVar-Rev 0~127 12E Variation-to-Reverb Send Level

Page 20

3-Band EQ

Range(Default) Param# Description

Low Freq 50~2.0k(180) 72 Frequency at which the EQ will boost/cut the low range (Hz) Low Gain -12~+12(+ 0) 68 Amount of gain by which the EQ will boost/cut the low range (dB) Mid Freq 100~10.0k(1.0k) 6A Frequency at which the EQ will boost/cut the mid range (Hz) Mid Gain -12~+12(+ 0) 6C Amount of gain by which the EQ will boost/cut the mid range (dB) Mid Q 1.0~12.0(5.0) 6E Mid Q High Freq 500~16.0k(8.0k) 74 Frequency at which the EQ will boost/cut the high range (Hz) High Gain -12~+12(+ 0) 70 Amount of gain by which the EQ will boost/cut the high range (dB) Mode mono,stereo(mono) 104 Mono/stereo input mode selection Var Pan L63~ C ~R63 12C Variation Pan Var Return 0~127 12D Variation Return Level SendVar-Rev 0~127 12E Variation-to-Reverb Send Level

HM Enhncer

Range(Default) Param# Description

HPFCutoff 500~16.0k(5.6k) 68 Frequency at which the high pass filter will cut the low range of

the effect sound (Hz) Drive 0~127(20) 6A Degree with which the exciter effect will be applied Mix Level 0~127(30) 6C Level at which the effect sound will be mixed into the dry sound Var Pan L63~ C ~R63 12C Variation Pan Var Return 0~127 12D Variation Return Level SendVar-Rev 0~127 12E Variation-to-Reverb Send Level

Noise Gate

Range(Default) Param# Description

Attack 1~40(1) 68 Time until when the gate begins to open (msec) Release 10~680(140) 6A Time until the gate closes (msec) Threshold -72~-30(-45) 6C Input level at which the gate begins to open (dB) OutputLevel 0~127(50) 6E Output level Var Pan L63~ C ~R63 12C Variation Pan Var Return 0~127 12D Variation Return Level SendVar-Rev 0~127 12E Variation-to-Reverb Send Level

Compressor

Range(Default) Param# Description

Attack 1~40(12) 68 Time until when the compressor begins to take effect (msec) Release 10~680(25) 6A Time until the compressor effect disappears (msec) Threshold -48~-6(-28) 6C Input level at which compression begins to be applied (dB) Ratio 1.0~20.0(5.0) 6E Compression ratio of the compressor OutputLevel 0~127(80) 70 Output level Var Pan L63~ C ~R63 12C Variation Pan Var Return 0~127 12D Variation Return Level SendVar-Rev 0~127 12E Variation-to-Reverb Send Level

Distortion

Range(Default) Param# Description

Drive 0~127(60) 68 Degree of distortion EQ LowFreq 32~2.0k(180) 6A Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain -12~+12(+ 8) 6C Gain with which the EQ will boost/cut the low range (dB) EQMidFreq 100~10.0k(1.1k) 74 Frequency at which the EQ will boost/cut the mid range (Hz) EQ Mid Gain -12~+12(+10) 76 Gain with which the EQ will boost/cut the mid range (dB) EQ Mid Q 1.0~12.0(1.0) 78 EQ Mid Q LPFCutoff 1.0k~18.0k,thru(9.0k) 6E Frequency at which the filter will cut the high range (Hz) Edge 0~127(80) 7C Curve of distortion characteristics (sharp (127):

distortion begins suddenly;mild (0): distortion begins gradually) OutputLevel 0~127(48) 70 Output level Var Pan L63~ C ~R63 12C Variation Pan Var Return 0~127 12D Variation Return Level SendVar-Rev 0~127 12E Variation-to-Reverb Send Level

Page 21

Overdrive Same parameters for Distortion

Range(Default) Param# Description

Drive 0~127(29) 68 Degree of distortion EQ LowFreq 32~2.0k(315) 6A Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain -12~+12(+ 4) 6C Gain with which the EQ will boost/cut the low range (dB) EQMidFreq 100~10.0k(1.2k) 74 Frequency at which the EQ will boost/cut the mid range (Hz) EQ Mid Gain -12~+12(+ 8) 76 Gain with which the EQ will boost/cut the mid range (dB) EQ Mid Q 1.0~12.0(1.0) 78 EQ Mid Q LPFCutoff 1.0k~18.0k,thru(4.0k) 6E Frequency at which the filter will cut the high range (Hz) Edge 0~127(104) 7C Curve of distortion characteristics (sharp (127):

distortion begins suddenly;mild (0): distortion begins gradually) OutputLevel 0~127(55) 70 Output level Var Pan L63~ C ~R63 12C Variation Pan Var Return 0~127 12D Variation Return Level SendVar-Rev 0~127 12E Variation-to-Reverb Send Level

Amp Sim

Range(Default) Param# Description

Drive 0~127(76) 68 Degree of distortion Amp Type off,stack,combo,tube(tube) 6A Select the type of amp to be simulated LPFCutoff 1.0k~18.0k,thru(2.5k) 6C Frequency at which the low pass filter will cut the high range (Hz) Edge 0~127(102) 7C Curve of distortion characteristics (sharp (127):

distortion begins suddenly;mild (0): distortion begins gradually) OutputLevel 0~127(55) 6E Output level Var Pan L63~ C ~R63 12C Variation Pan Var Return 0~127 12D Variation Return Level SendVar-Rev 0~127 12E Variation-to-Reverb Send Level

Delay LCR

Range(Default) Param# Description

LchDelay 0.1~1365.0(333.3) 68 Length of left channel delay (msec) RchDelay 0.1~1365.0(166.7) 6A Length of right channel delay (msec) CchDelay 0.1~1365.0(500.0) 6C Length of center channel delay (msec) FB Delay 0.1~1365.0(500.0) 6E Length of feedback delay (msec) FB Level -63~+63(+10) 70 Feedback amount Cch Level 0~127(100) 72 Volume of center channel High Damp 0.1~1.0(0.3) 74 High range attenuation

(lower values cause the high range to decay faster) EQ LowFreq 32~2.0k(400) 100 Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain -12~+12(+ 0) 102 Gain with which the EQ will boost/cut the low range (dB) EQ HiFreq 500~16.0k(4.0k) 104 Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain -12~+12(+ 0) 106 Gain with which the EQ will boost/cut the high range (dB) Var Pan L63~ C ~R63 12C Variation Pan Var Return 0~127 12D Variation Return Level SendVar-Rev 0~127 12E Variation-to-Reverb Send Level

Delay L,R

Range(Default) Param# Description

LchDelay 0.1~1365.0(250.0) 68 Length of left channel delay (msec) RchDelay 0.1~1365.0(375.0) 6A Length of right channel delay (msec) FBDelay1 0.1~1365.0(375.2) 6C Length of feedback delay 1 (msec) FBDelay2 0.1~1365.0(375.0) 6E Length of feedback delay 2 (msec) FB Level -63~+63(+23) 70 Amount of feedback High Damp 0.1~1.0(0.3) 72 High range attenuation

Page 22

Echo

Range(Default) Param# Description

LchDelay1 0.1~682.0(220.0) 68 Length of first delay of left channel (msec) Lch FB Lvl -63~+63(+22) 6A Amount of feedback for left channel RchDelay1 0.1~682.0(210.0) 6C Length of first delay of right channel (msec) Rch FB Lvl -63~+63(+21) 6E Amount of feedback for right channel High Damp 0.1~1.0(0.5) 70 High range attenuation

(lower values cause the high range to decay faster)

LchDelay2 0.1~682.0(230.0) 72 Length of second delay of left channel (msec)

RchDelay2 0.1~682.0(235.0) 74 Length of second delay of right channel (msec) Delay2 Lvl 0~127(62) 76 Volume of second delay EQ LowFreq 32~2.0k(280) 100 Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain -12~+12(- 6) 102 Gain with which the EQ will boost/cut the low range (dB) EQ HiFreq 500~16.0k(6.3k) 104 Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain -12~+12(- 1) 106 Gain with which the EQ will boost/cut the high range (dB) Var Pan L63~ C ~R63 12C Variation Pan Var Return 0~127 12D Variation Return Level SendVar-Rev 0~127 12E Variation-to-Reverb Send Level

CrossDelay

Range(Default) Param# Description

L>R Delay 0.1~682.0(365.0) 68 Delay time from left (input) to right (output) (msec)

R>L Delay 0.1~682.0(365.0) 6A Delay time from right (input) to left (output) (msec)

FB Level -63~+63(+24) 6C Amount of feedback

InputSelect L,R,L&R(R) 6E Input select

High Damp 0.1~1.0(0.5) 70 High range attenuation

(lower values cause the high range to decay faster) EQ LowFreq 32~2.0k(355) 100 Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain -12~+12(+ 0) 102 Gain with which the EQ will boost/cut the low range (dB)

EQ HiFreq 500~16.0k(6.3k) 104 Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain -12~+12(- 2) 106 Gain with which the EQ will boost/cut the high range (dB) Var Pan L63~ C ~R63 12C Variation Pan Var Return 0~127 12D Variation Return Level SendVar-Rev 0~127 12E Variation-to-Reverb Send Level

Karaoke

Range(Default) Param# Description

DelayTime 0.1~400.0(198.5) 68 DelayTime (msec) FB Level -63~+63(+33) 6A Amount of feedback HPF Cutoff thru,22~8.0k(thru) 6C Frequency at which the high pass filter will cut the low range (Hz) LPFCutoff 1.0k~18.0k,thru(5.0k) 6E Frequency at which the low pass filter will cut the high range (Hz) Var Pan L63~ C ~R63 12C Variation Pan Var Return 0~127 12D Variation Return Level SendVar-Rev 0~127 12E Variation-to-Reverb Send Level

Hall

Range(Default) Param# Description

ReverbTime 0.3~30.0(2.1) 68 Reverb length (sec) Diffusion 0~10(10) 6A Spread of the reverb InitDelay 0.1~200.0(12.7) 6C Delay time until the early reflections (msec) HPF Cutoff thru,22~8.0k(90) 6E Frequency at which the high pass filter will cut the low range (Hz) LPFCutoff 1.0k~18.0k,thru(5.6k) 70 Frequency at which the low pass filter will cut the high range (Hz) Density 0~4(2) 7E Density of the reverberation ER/Rev E63>R~E=R~E<R63(E14>R) 100 Level balance of the early reflections and the reverberation

High Damp 0.1~1.0(0.8) 102 High range attenuation

(lower values cause the high range to decay faster)

FB Level -63~+63(+ 0) 104 Amount of feedback for the initial delay Var Pan L63~ C ~R63 12C Variation Pan Var Return 0~127 12D Variation Return Level SendVar-Rev 0~127 12E Variation-to-Reverb Send Level

Page 23

Room Same parameters for Hall

Range(Default) Param# Description

ReverbTime 0.3~30.0(0.8) 68 Reverb length (sec) Diffusion 0~10(10) 6A Spread of the reverb InitDelay 0.1~200.0(25.3) 6C Delay time until the early reflections (msec) HPF Cutoff thru,22~8.0k(32) 6E Frequency at which the high pass filter will cut the low range (Hz) LPFCutoff 1.0k~18.0k,thru(5.6k) 70 Frequency at which the low pass filter will cut the high range (Hz) Density 0~4(2) 7E Density of the reverberation ER/Rev E63>R~E=R~E<R63(E=R) 100 Level balance of the early reflections and the reverberation High Damp 0.1~1.0(0.8) 102 High range attenuation

(lower values cause the high range to decay faster) FB Level -63~+63(+ 0) 104 Amount of feedback for the initial delay Var Pan L63~ C ~R63 12C Variation Pan Var Return 0~127 12D Variation Return Level SendVar-Rev 0~127 12E Variation-to-Reverb Send Level

Stage Same parameters for Hall

Range(Default) Param# Description

ReverbTime 0.3~30.0(2.2) 68 Reverb length (sec) Diffusion 0~10(10) 6A Spread of the reverb InitDelay 0.1~200.0(25.3) 6C Delay time until the early reflections (msec) HPF Cutoff thru,22~8.0k(45) 6E Frequency at which the high pass filter will cut the low range (Hz) LPFCutoff 1.0k~18.0k,thru(10.0k) 70 Frequency at which the low pass filter will cut the high range (Hz) Density 0~4(2) 7E Density of the reverberation ER/Rev E63>R~E=R~E<R63(E=R) 100 Level balance of the early reflections and the reverberation High Damp 0.1~1.0(0.6) 102 High range attenuation

Plate Same parameters for Hall

Range(Default) Param# Description

ReverbTime 0.3~30.0(2.8) 68 Reverb length (sec) Diffusion 0~10(10) 6A Spread of the reverb InitDelay 0.1~200.0(9.5) 6C Delay time until the early reflections (msec) HPF Cutoff thru,22~8.0k(50) 6E Frequency at which the high pass filter will cut the low range (Hz) LPFCutoff 1.0k~18.0k,thru(5.6k) 70 Frequency at which the low pass filter will cut the high range (Hz) Density 0~4(2) 7E Density of the reverberation ER/Rev E63>R~E=R~E<R63(E=R) 100 Level balance of the early reflections and the reverberation High Damp 0.1~1.0(0.5) 102 High range attenuation

Page 24

INSERTION

Thru

Range(Default) Param# Ctrl Dest Description

Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Chorus

Range(Default) Param# Ctrl Dest Description

LFO Freq *0.000~43.21(0.275) 108 I:LFO Freq Delay modulation frequency (Hz) LFO Depth *0~127(62) 10A I:LFO Depth Delay modulation depth FB Level *-63~+63(+15) 10C I:FB Level Level at which the delay output is returned to the input

(negative values invert the phase) Delay Ofst 0.0~50.0(8.0) 10E Offset value for delay modulation (ms) EQ LowFreq *32~2.0k(250) 112 I:EQLowFreq Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain *-12~+12(+ 0) 114 I:EQLowGain Gain with which the EQ will boost/cut the low range (dB) EQMidFreq *100~10.0k(1.8k) 11C I:EQMidFreq Frequency at which the EQ will boost/cut the mid range (Hz) EQ Mid Gain *-12~+12(+ 0) 11E I:EQMidGain Gain with which the EQ will boost/cut the mid range (dB) EQ Mid Q *1.0~12.0(1.0) 120 I:EQ Mid Q EQ Mid Q EQ HiFreq *500~16.0k(7.0k) 116 I:EQ HiFreq Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain *-12~+12(+ 0) 118 I:EQ HiGain Gain with which the EQ will boost/cut the high range (dB) Mode *mono,stereo(mono) 124 I:Mode Mono/stereo selection for the input Dry/Wet *D63>W,D=W,D<W63(D=W) 11A I:Dry/Wet Balance of the dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Celeste Same parameters for Chorus

Range(Default) Param# Ctrl Dest Description

LFO Freq *0.000~43.21(0.824) 108 I:LFO Freq Delay modulation frequency (Hz) LFO Depth *0~127(28) 10A I:LFO Depth Delay modulation depth FB Level *-63~+63(+ 0) 10C I:FB Level Level at which the delay output is returned to the input

(negative values invert the phase) Delay Ofst 0.0~50.0(1.0) 10E Offset value for delay modulation (ms) EQ LowFreq *32~2.0k(110) 112 I:EQLowFreq Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain *-12~+12(+ 0) 114 I:EQLowGain Gain with which the EQ will boost/cut the low range (dB) EQMidFreq *100~10.0k(2.0k) 11C I:EQMidFreq Frequency at which the EQ will boost/cut the mid range (Hz) EQ Mid Gain *-12~+12(- 2) 11E I:EQMidGain Gain with which the EQ will boost/cut the mid range (dB) EQ Mid Q *1.0~12.0(1.0) 120 I:EQ Mid Q EQ Mid Q EQ HiFreq *500~16.0k(7.0k) 116 I:EQ HiFreq Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain *-12~+12(+ 0) 118 I:EQ HiGain Gain with which the EQ will boost/cut the high range (dB) Mode *mono,stereo(mono) 124 I:Mode Mono/stereo selection for the input Dry/Wet *D63>W,D=W,D<W63(D<W63) 11A I:Dry/Wet Balance of the dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Flanger

Range(Default) Param# Ctrl Dest Description

LFO Freq *0.000~43.21(0.504) 108 I:LFO Freq Frequency of delay modulation (Hz) LFO Depth *0~127(30) 10A I:LFO Depth Depth of delay modulation FB Level *-63~+63(+40) 10C I:FB Level Level at which delay output is returned to the input Delay Ofst 0.0~50.0(0.2) 10E Offset value for delay modulation (ms) EQ LowFreq *32~2.0k(200) 112 I:EQLowFreq Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain *-12~+12(+ 0) 114 I:EQLowGain Gain with which the EQ will boost/cut the low range (dB) EQMidFreq *100~10.0k(1.8k) 11C I:EQMidFreq Frequency at which the EQ will boost/cut the mid range (Hz) EQ Mid Gain *-12~+12(+ 0) 11E I:EQMidGain Gain with which the EQ will boost/cut the mid range (dB) EQ Mid Q *1.0~12.0(1.0) 120 I:EQ Mid Q EQ Mid Q EQ HiFreq *500~16.0k(6.3k) 116 I:EQ HiFreq Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain *-12~+12(+ 0) 118 I:EQ HiGain Gain with which the EQ will boost/cut the high range (dB) LFO Phase -180~+180(-180) 122 L/R phase difference of modulation waveform

(no difference at 0 deg (=64)) Dry/Wet *D63>W,D=W,D<W63(D<W32) 11A I:Dry/Wet Balance of the dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Page 25

Symphonic

Range(Default) Param# Ctrl Dest Description

LFO Freq *0.000~43.21(0.458) 108 I:LFO Freq Frequency of delay modulation (Hz) LFO Depth *0~127(40) 10A I:LFO Depth Depth of delay modulation Delay Ofst 0.0~50.0(0.0) 10C Delay modulation offset value (ms) EQ LowFreq *32~2.0k(250) 112 I:EQLowFreq Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain *-12~+12(+ 0) 114 I:EQLowGain Gain with which the EQ will boost/cut the low range (dB) EQMidFreq *100~10.0k(4.0k) 11C I:EQMidFreq Frequency at which the EQ will boost/cut the mid range (Hz) EQ Mid Gain *-12~+12(- 3) 11E I:EQMidGain Gain with which the EQ will boost/cut the mid range (dB) EQ Mid Q *1.0~12.0(1.0) 120 I:EQ Mid Q EQ Mid Q EQ HiFreq *500~16.0k(6.3k) 116 I:EQ HiFreq Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain *-12~+12(+ 0) 118 I:EQ HiGain Gain with which the EQ will boost/cut the high range (dB) Dry/Wet *D63>W,D=W,D<W63(D<W32) 11A I:Dry/Wet Balance of the dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Phaser1

Range(Default) Param# Ctrl Dest Description

LFO Freq *0.000~43.21(0.641) 108 I:LFO Freq Frequency of phase modulation (Hz) LFO Depth *0~127(92) 10A I:LFO Depth Depth of phase modulation Phase Shift 0~127(76) 10C Phase shift offset value FB Level *-63~+63(+36) 10E I:FB Level Level at which phaser output will be returned to the input

(negative values invert the phase) Stage *4~12(6) 11C I:Stage Number of phaser shifter stages Diffuse mono,stereo(stereo) 11E Diffusion EQ LowFreq *32~2.0k(250) 112 I:EQLowFreq Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain *-12~+12(+ 0) 114 I:EQLowGain Gain with which the EQ will boost/cut the low range (dB) EQ HiFreq *500~16.0k(2.0k) 116 I:EQ HiFreq Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain *-12~+12(+ 0) 118 I:EQ HiGain Gain with which the EQ will boost/cut the high range (dB) Dry/Wet *D63>W,D=W,D<W63(D<W34) 11A I:Dry/Wet Balance of the dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Phaser2

Range(Default) Param# Ctrl Dest Description

LFO Freq *0.000~43.21(0.091) 108 I:LFO Freq Frequency of phase modulation (Hz) LFO Depth *0~127(127) 10A I:LFO Depth Depth of phase modulation Phase Shift 0~127(25) 10C Phase shift offset value FB Level *-63~+63(+51) 10E I:FB Level Level at which phaser output will be returned to the input

(negative values invert the phase) Stage *3~6(5) 11C I:Stage Number of phaser shifter stages LFO Phase -180~+180(-180) 120 L/R phase difference in the modulation waveform

(no difference at 0 deg (=64)) EQ LowFreq *32~2.0k(200) 112 I:EQLowFreq Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain *-12~+12(+ 0) 114 I:EQLowGain Gain with which the EQ will boost/cut the low range (dB) EQ HiFreq *500~16.0k(5.6k) 116 I:EQ HiFreq Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain *-12~+12(+ 0) 118 I:EQ HiGain Gain with which the EQ will boost/cut the high range (dB) Dry/Wet *D63>W,D=W,D<W63(D<W32) 11A I:Dry/Wet Balance of the dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Pitch Chng

Range(Default) Param# Ctrl Dest Description

Pitch -24~+24(+ 0) 108 Pitch change in semitone steps InitDelay 0.1~400.0(3.2) 10A Delay length (msec) Fine1 -50~+50(+15) 10C Fine pitch setting for first unit (cent) Fine2 -50~+50(-16) 10E Fine pitch setting for second unit (cent) FB Level *-63~+63(+ 0) 110 I:FB Level Amount of feedback Pan1 *L63~ C ~R63(L63) 11C I:Pan1 Panning of first unit Out Level1 *0~127(125) 11E I:OutLevel1 Output level of first unit Pan2 *L63~ C ~R63(R63) 120 I:Pan2 Panning of second unit Out Level2 *0~127(127) 122 I:OutLevel2 Output level of second unit Dry/Wet *D63>W,D=W,D<W63(D 3>W) 11A I:Dry/Wet Balance of the dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Page 26

Ens Detune

Range(Default) Param# Ctrl Dest Description

Detune -50~+50(-30) 108 Amount by which the pitch will be detuned (cent) InitDelayL 0.0~50.0(1.0) 10A Length of left channel delay (msec) InitDelayR 0.0~50.0(3.0) 10C Length of right channel delay (msec) EQ LowFreq *32~2.0k(250) 11C I:EQLowFreq Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain *-12~+12(+ 0) 11E I:EQLowGain Gain with which the EQ will boost/cut the low range (dB) EQ HiFreq *500~16.0k(5.0k) 120 I:EQ HiFreq Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain *-12~+12(+ 0) 122 I:EQ HiGain Gain with which the EQ will boost/cut the high range (dB) Dry/Wet *D63>W,D=W,D<W63(D=W) 11A I:Dry/Wet Balance of the dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Rotary SP

Range(Default) Param# Ctrl Dest Description

LFO Freq *0.000~43.21(5.859) 108 I:LFO Freq Rotation frequency of the speaker (Hz) LFO Depth *0~127(71) 10A I:LFO Depth Depth of modulation produced by speaker rotation EQ LowFreq *32~2.0k(250) 112 I:EQLowFreq Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain *-12~+12(- 4) 114 I:EQLowGain Gain with which the EQ will boost/cut the low range (dB) EQMidFreq *100~10.0k(2.8k) 11C I:EQMidFreq Frequency at which the EQ will boost/cut the mid range (Hz) EQ Mid Gain *-12~+12(-12) 11E I:EQMidGain Gain with which the EQ will boost/cut the mid range (dB) EQ Mid Q *1.0~12.0(2.4) 120 I:EQ Mid Q EQ Mid Q EQ HiFreq *500~16.0k(7.0k) 116 I:EQ HiFreq Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain *-12~+12(-10) 118 I:EQ HiGain Gain with which the EQ will boost/cut the high range (dB) Dry/Wet *D63>W,D=W,D<W63(D<W63) 11A I:Dry/Wet Balance of the dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

2WayRotary

Range(Default) Param# Ctrl Dest Description

Rotor Spd *0.000~43.21(6.958) 108 I:Rotor Spd Rotation frequency of the speaker (Hz) Drive Low *0~127(89) 10A I:Drive Low Depth of modulation produced by low-range speaker rotation Drive High *0~127(62) 10C I:DriveHigh Depth of modulation produced by high-range speaker rotation Low/High *L63>H,L=H,L<H63(L46>H) 10E I:Low/High Volume balance between high-range speaker

and low-range speaker

Mic Angle 0~180(87) 11E L/R angle of mics which pick up the output (°) CrossFreq 100~10.0k(700) 11C Crossover frequency between high-range speaker and

low-range speaker (Hz)

EQ LowFreq *32~2.0k(110) 112 I:EQLowFreq Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain *-12~+12(+0) 114 I:EQLowGain Gain with which the EQ will boost/cut the low range (dB) EQ HiFreq= *500~16.0k(3.2k) 116 I:EQ HiFreq Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain *-12~+12(+ 0) 118 I:EQ HiGain Gain with which the EQ will boost/cut the high range (dB) Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Tremolo

Range(Default) Param# Ctrl Dest Description

LFO Freq *0.000~43.21(1.831) 108 I:LFO Freq Modulation frequency (Hz) AM Depth *0~127(112) 10A I:AM Depth Amplitude modulation depth PM Depth *0~127(0) 10C I:PM Depth Delay modulation depth LFO Phase -180~+180(+ 0) 122 L/R phase difference of the modulation waveform

(no difference at 0 deg (=64))

EQ LowFreq *32~2.0k(100) 112 I:EQLowFreq Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain *-12~+12(+ 0) 114 I:EQLowGain Gain with which the EQ will boost/cut the low range (dB) EQMidFreq *100~10.0k(1.8k) 11C I:EQMidFreq Frequency at which the EQ will boost/cut the mid range (Hz) EQ Mid Gain *-12~+12(+ 0) 11E I:EQMidGain Gain with which the EQ will boost/cut the mid range (dB) EQ Mid Q *1.0~12.0(1.0) 120 I:EQ Mid Q EQ Mid Q EQ HiFreq *500~16.0k(7.0k) 116 I:EQ HiFreq Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain *-12~+12(+ 0) 118 I:EQ HiGain Gain with which the EQ will boost/cut the high range (dB) Mode mono,stereo(stereo) 124 Mono/stereo selection for the input Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Page 27

Auto Pan

Range(Default) Param# Ctrl Dest Description

LFO Freq *0.000~43.21(1.877) 108 I:LFO Freq Auto pan frequency (Hz) L/R Depth *0~127(80) 10A I:L/R Depth Left/right depth of panning F/R Depth *0~127(32) 10C I:F/R Depth Front/rear depth of panning PAN Dir

L<>R,L>R,L<R,Lturn,Rturn,L/R(L/R)

10E Auto pan type (L<->R is sine wave, L/R is square wave) EQ LowFreq *32~2.0k(140) 112 I:EQLowFreq Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain *-12~+12(+ 0) 114 I:EQLowGain Gain with which the EQ will boost/cut the low range (dB) EQMidFreq *100~10.0k(1.8k) 11C I:EQMidFreq Frequency at which the EQ will boost/cut the mid range (Hz) EQ Mid Gain *-12~+12(+ 0) 11E I:EQMidGain Gain with which the EQ will boost/cut the mid range (dB) EQ Mid Q *1.0~12.0(1.0) 120 I:EQ Mid Q EQ Mid Q EQ HiFreq *500~16.0k(6.3k) 116 I:EQ HiFreq Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain *-12~+12(+ 0) 118 I:EQ HiGain Gain with which the EQ will boost/cut the high range (dB) Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Ambience

Range(Default) Param# Ctrl Dest Description

Delay Time 0.0~50.0(26.5) 108 Delay length (ms) Phase *normal,inverse(inverse) 10A I:Phase Invert the phase of the effect sound between L/R EQ LowFreq *32~2.0k(250) 112 I:EQLowFreq Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain *-12~+12(+ 0) 114 I:EQLowGain Gain with which the EQ will boost/cut the low range (dB) EQ HiFreq *500~16.0k(5.0k) 116 I:EQ HiFreq Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain *-12~+12(-10) 118 I:EQ HiGain Gain with which the EQ will boost/cut the high range (dB) Dry/Wet *D63>W,D=W,D<W63(D<W10) 11A I:Dry/Wet Balance of the dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

A-Wah+Dist

Range(Default) Param# Ctrl Dest Description

LFO Freq *0.000~43.21(1.465) 108 I:LFO Freq Modulation frequency (Hz) LFO Depth *0~127(84) 10A I:LFO Depth Modulation Depth Cutoff Freq *0~127(46) 10C I:CutofFreq Cutoff Frequency (Hz) Resonance *1.0~12.0(3.4) 10E I:Resonance Resonance EQ LowFreq *32~2.0k(250) 112 I:EQLowFreq Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain *-12~+12(+ 2) 114 I:EQLowGain Gain with which the EQ will boost/cut the low range (dB) EQ HiFreq *500~16.0k(4.0k) 116 I:EQ HiFreq Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain *-12~+12(+ 0) 118 I:EQ HiGain Gain with which the EQ will boost/cut the high range (dB) Drive *0~127(60) 11C I:Drive Degree of distortion DS Low Gain *-12~+12(+ 8) 11E I:DSLowGain Gain with which the distortion will boost/cut the low range (dB) DS Mid Gain *-12~+12(+ 4) 120 I:DSMidGain

Gain with which the distortion will boost/cut the middle range (dB)

LPFCutoff *1.0k~18.0k,thru(8.0k) 122 I:LPFCutoff

Frequency at which the low pass filter will cut the high range (Hz) OutputLevel *0~127(64) 124 I:Out Level Output Level Dry/Wet *D63>W,D=W,D<W63(D<W63) 11A I:Dry/Wet Balance of the dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

A-Wah+Odrv Same parameters for A-Wah+Dist

Range(Default) Param# Ctrl Dest Description

LFO Freq *0.000~43.21(1.144) 108 I:LFO Freq Modulation frequency (Hz) LFO Depth *0~127(64) 10A I:LFO Depth Modulation Depth Cutoff Freq *0~127(32) 10C I:CutofFreq Cutoff Frequency (Hz) Resonance *1.0~12.0(2.3) 10E I:Resonance Resonance EQ LowFreq *32~2.0k(250) 112 I:EQLowFreq Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain *-12~+12(+ 2) 114 I:EQLowGain Gain with which the EQ will boost/cut the low range (dB) EQ HiFreq *500~16.0k(4.0k) 116 I:EQ HiFreq Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain *-12~+12(+ 0) 118 I:EQ HiGain Gain with which the EQ will boost/cut the high range (dB) Drive *0~127(16) 11C I:Drive Degree of distortion DS Low Gain *-12~+12(+ 4) 11E I:DSLowGain Gain with which the distortion will boost/cut the low range (dB) DS Mid Gain *-12~+12(+ 8) 120 I:DSMidGain

Gain with which the distortion will boost/cut the middle range (dB) LPFCutoff *1.0k~18.0k,thru(3.6k) 122 I:LPFCutoff

Frequency at which the low pass filter will cut the high range (Hz) OutputLevel *0~127(68) 124 I:Out Level OutputLevel Dry/Wet *D63>W,D=W,D<W63(D<W63) 11A I:Dry/Wet Balance of the dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Page 28

T-Wah+Dist

Range(Default) Param# Ctrl Dest Description

Sensitivty *0~127(80) 108 I:Sens Sensitivity at which the wah filter will change in response to

the input level Cutoff Freq *0~127(18) 10A I:CutofFreq Offset value for the wah filter control frequency (Hz) Resonance *1.0~12.0(4.5) 10C I:Resonance Bandwidth of the wah filter Release *10~680(170) 126 I:Release Time until the wah filter is closed (msec) EQ LowFreq *32~2.0k(250) 112 I:EQLowFreq Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain *-12~+12(+ 2) 114 I:EQLowGain

Amount of gain by which the EQ will boost/cut the low range (dB) EQ HiFreq *500~16.0k(4.0k) 116 I:EQ HiFreq Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain *-12~+12(+ 0) 118 I:EQ HiGain

Amount of gain by which the EQ will boost/cut the high range (dB) Drive *0~127(30) 11C I:Drive (Distortion) Degree of distortion DS Low Gain *-12~+12(+ 8) 11E I:DSLowGain Gain with which the distortion will boost/cut the low range (dB) DS Mid Gain *-12~+12(+10) 120 I:DSMidGain

Gain with which the distortion will boost/cut the middle range (dB) LPFCutoff *1.0k~18.0k,thru(9.0k) 122 I:LPFCutoff

Frequency at which the low pass filter will cut the high range (Hz) OutputLevel *0~127(72) 124 I:Out Level OutputLevel Dry/Wet *D63>W,D=W,D<W63(D<W63) 11A I:Dry/Wet Balance between the dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

T-Wah+Odrv Same parameters for T-Wah+Dist

Range(Default) Param# Ctrl Dest Description

Sensitivty *0~127(61) 108 I:Sens Sensitivity at which the wah filter will change in response to

the input level Cutoff Freq *0~127(30) 10A I:CutofFreq Offset value for the wah filter control frequency (Hz) Resonance *1.0~12.0(4.1) 10C I:Resonance Bandwidth of the wah filter Release *10~680(170) 126 I:Release Time until the wah filter is closed (msec) EQ LowFreq *32~2.0k(250) 112 I:EQLowFreq Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain *-12~+12(+ 2) 114 I:EQLowGain

Amount of gain by which the EQ will boost/cut the high range (dB) Drive *0~127(15) 11C I:Drive (Distortion) Degree of distortion DS Low Gain *-12~+12(+ 4) 11E I:DSLowGain Gain with which the distortion will boost/cut the low range (dB) DS Mid Gain *-12~+12(+ 8) 120 I:DSMidGain

Gain with which the distortion will boost/cut the middle range (dB) LPFCutoff *1.0k~18.0k,thru(5.6k) 122 I:LPFCutoff

Wah+DS+Dly

Range(Default) Param# Ctrl Dest Description

Sensitivty *0~127(102) 11C I:Sens Sensitivty Cutoff Freq *0~127(20) 11E I:CutofFreq Cutoff Frequency (Hz) Resonance *1.0~12.0(2.3) 120 I:Resonance Resonance Release *10~680(75) 122 I:Release Time until the wah filter is closed (msec) Drive *0~127(60) 10E I:Drive Degree of distortion OutputLevel *0~127(53) 110 I:Out Level OutputLevel DS Low Gain *-12~+12(+ 4) 112 I:DSLowGain Gain with which the distortion will boost/cut the low range (dB) DS Mid Gain *-12~+12(+ 8) 114 I:DSMidGain

Gain with which the distortion will boost/cut the middle range (dB) Delay 0.1~1365.0(190.0) 108 Delay time (msec) FB Level *-63~+63(+20) 10A I:FB Level Feedback Level Delay Mix *0~127(30) 10C I:Delay Mix Depth of delay effect Dry/Wet *D63>W,D=W,D<W63(D<W63) 11A I:Dry/Wet Balance between the dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Page 29

Wah+OD+Dly Same parameters for Wah+DS+Dly

Range(Default) Param# Ctrl Dest Description

Sensitivty *0~127(80) 11C I:Sens Sensitivty Cutoff Freq *0~127(35) 11E I:CutofFreq Cutoff Frequency (Hz) Resonance *1.0~12.0(3.0) 120 I:Resonance Resonance

Release *10~680(170) 122 I:Release Time until the wah filter is closed (msec) Drive *0~127(16) 10E I:Drive Degree of distortion OutputLevel *0~127(87) 110 I:Out Level OutputLevel DS Low Gain *-12~+12(+ 0) 112 I:DSLowGain Gain with which the distortion will boost/cut the low range (dB) DS Mid Gain *-12~+12(+ 0) 114 I:DSMidGain

Gain with which the distortion will boost/cut the middle range (dB) Delay 0.1~1365.0(160.0) 108 Delay time (msec) FB Level *-63~+63(+20) 10A I:FB Level Feedback Level Delay Mix *0~127(50) 10C I:Delay Mix Depth of delay effect Dry/Wet *D63>W,D=W,D<W63(D<W63) 11A I:Dry/Wet Balance between the dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan

SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Lo-Fi

Range(Default) Param# Ctrl Dest Description

Smpl Freq *48k~375(16.0k) 108 I:Smpl Freq Sampling Frequency (Hz) Word Length *1~127(1) 10A I:Word Leng Differential bit length of DPCM

Output Gain *-6~+36(- 3) 10C I:Out Gain Output Gain LPFCutoff *63~18.0k,thru(thru) 10E I:LPFCutoff

Frequency at which the low pass filter will cut the high range (Hz) LPF Reso *1.0~12.0(2.9) 112 I:LPF Reso Resonance of low pass filter Filter

thru,pbass,radio,tel,clean,low(clean)

110 Characteristics (quality) of low pass filter Bit Assign 0~6(1) 114 Input signal depth of DPCM Emphasis off,on(off) 116 Adjustment of high frequency response Dry/Wet *D63>W,D=W,D<W63(D<W63) 11A I:Dry/Wet Balance between the dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan

SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

3-Band EQ

Range(Default) Param# Ctrl Dest Description

Low Freq *50~2.0k(180) 112 I:Low Freq Frequency at which the EQ will boost/cut the low range (Hz) Low Gain *-12~+12(+ 0) 108 I:Low Gain

Amount of gain by which the EQ will boost/cut the low range (dB) Mid Freq *100~10.0k(1.0k) 10A I:Mid Freq Frequency at which the EQ will boost/cut the mid range (Hz) Mid Gain *-12~+12(+ 0) 10C I:Mid Gain

Amount of gain by which the EQ will boost/cut the mid range (dB) Mid Q *1.0~12.0(5.0) 10E I:Mid Q Mid Q High Freq *500~16.0k(8.0k) 114 I:High Freq Frequency at which the EQ will boost/cut the high range (Hz) High Gain *-12~+12(+ 0) 110 I:High Gain

Amount of gain by which the EQ will boost/cut the high range (dB) Mode mono,stereo(mono) 124 Mono/stereo input mode selection Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

HM Enhncer

Range(Default) Param# Ctrl Dest Description

HPFCutoff *500~16.0k(5.6k) 108 I:HPFCutoff Frequency at which the high pass filter will cut the low range

of the effect sound (Hz) Drive *0~127(20) 10A I:Drive Degree with which the exciter effect will be applied

Mix Level *0~127(30) 10C I:Mix Level

Level at which the effect sound will be mixed into the dry sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Page 30

Noise Gate

Range(Default) Param# Ctrl Dest Description

Attack *1~40(1) 108 I:Attack Time until when the gate begins to open (msec) Release *10~680(140) 10A I:Release Time until the gate closes (msec) Threshold *-72~-30(-45) 10C I:Threshold Input level at which the gate begins to open (dB) OutputLevel *0~127(50) 10E I:Out Level Output level Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Comp+Dist

Range(Default) Param# Ctrl Dest Description

Attack *1~40(7) 11E I:Attack Time until the compression takes effect (msec) Release *10~680(25) 120 I:Release Time until the compression finishes (msec) Threshold *-48~-6(-27) 122 I:Threshold Input level at which the compression takes effect (dB) Ratio *1.0~20.0(7.0) 124 I:Ratio Ratio of compressed level to input level Drive *0~127(60) 108 I:Drive Degree of distortion EQ LowFreq *32~2.0k(250) 10A I:EQLowFreq EQ low frequency (Hz) EQ Low Gain *-12~+12(+ 5) 10C I:EQLowGain EQ low gain (dB) EQMidFreq *100~10.0k(4.0k) 114 I:EQMidFreq EQ middle frequency (Hz) EQ Mid Gain *-12~+12(+ 8) 116 I:EQMidGain EQ middle gain (dB) EQ Mid Q *1.0~12.0(1.0) 118 I:EQ Mid Q EQ middle Q LPFCutoff *1.0k~18.0k,thru(9.0k) 10E I:LPFCutoff

Frequency at which the low pass filter will cut the high range (Hz) Edge *0~127(120) 11C I:Edge Sharpness of distorted sound OutputLevel *0~127(70) 110 I:Out Level OutputLevel Dry/Wet *D63>W,D=W,D<W63(D<W63) 11A I:Dry/Wet Balance between the dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Cmp+DS+Dly

Range(Default) Param# Ctrl Dest Description

Attack *1~40(7) 11C I:Attack Time until the compression takes effect (msec) Release *10~680(140) 11E I:Release Time until the compression finishes (msec) Threshold *-48~-6(-32) 120 I:Threshold Input level at which the compression takes effect (dB) Ratio *1.0~20.0(7.0) 122 I:Ratio Ratio of compressed level to input level Drive *0~127(60) 10E I:Drive Degree of distortion OutputLevel *0~127(51) 110 I:Out Level OutputLevel DS Low Gain *-12~+12(+ 4) 112 I:DSLowGain Gain with which the distortion will boost/cut the low range (dB) DS Mid Gain *-12~+12(+ 8) 114 I:DSMidGain

Gain with which the distortion will boost/cut the middle range (dB) Delay 0.1~1365.0(190.0) 108 Delay time (msec) FB Level *-63~+63(+ 8) 10A I:FB Level Feedback level Delay Mix *0~127(38) 10C I:Delay Mix Depth of delay effect Dry/Wet *D63>W,D=W,D<W63(D<W63) 11A I:Dry/Wet Balance between the dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Compressor

Range(Default) Param# Ctrl Dest Description

Attack *1~40(12) 108 I:Attack Time until when the compressor begins to take effect (msec) Release *10~680(25) 10A I:Release Time until the compressor effect disappears (msec) Threshold *-48~-6(-28) 10C I:Threshold Input level at which compression begins to be applied (dB) Ratio *1.0~20.0(5.0) 10E I:Ratio Compression ratio of the compressor OutputLevel *0~127(80) 110 I:Out Level Output level Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Page 31

Cmp+OD+Dly Same parameters for Cmp+DS+Dly

Range(Default) Param# Ctrl Dest Description

Attack *1~40(7) 11C I:Attack Time until the compression takes effect (msec) Release *10~680(25) 11E I:Release Time until the compression finishes (msec) Threshold *-48~-6(-32) 120 I:Threshold Input level at which the compression takes effect (dB) Ratio *1.0~20.0(5.0) 122 I:Ratio Ratio of compressed level to input level Drive *0~127(18) 10E I:Drive Degree of distortion OutputLevel *0~127(65) 110 I:Out Level OutputLevel DS Low Gain *-12~+12(+ 4) 112 I:DSLowGain Gain with which the distortion will boost/cut the low range (dB) DS Mid Gain *-12~+12(+ 5) 114 I:DSMidGain

Gain with which the distortion will boost/cut the middle range (dB) Delay 0.1~1365.0(190.0) 108 Delay time (msec) FB Level *-63~+63(+10) 10A I:FB Level Feedback level Delay Mix *0~127(50) 10C I:Delay Mix Depth of delay effect Dry/Wet *D63>W,D=W,D<W63(D<W63) 11A I:Dry/Wet Balance between the dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Distortion

Range(Default) Param# Ctrl Dest Description

Drive *0~127(60) 108 I:Drive Degree of distortion EQ LowFreq *32~2.0k(180) 10A I:EQLowFreq Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain *-12~+12(+ 8) 10C I:EQLowGain Gain with which the EQ will boost/cut the low range (dB) EQMidFreq *100~10.0k(1.1k) 114 I:EQMidFreq Frequency at which the EQ will boost/cut the mid range (Hz) EQ Mid Gain *-12~+12(+10) 116 I:EQMidGain Gain with which the EQ will boost/cut the mid range (dB) EQ Mid Q *1.0~12.0(1.0) 118 I:EQ Mid Q EQ Mid Q LPFCutoff *1.0k~18.0k,thru(9.0k) 10E I:LPFCutoff Frequency at which the filter will cut the high range (Hz) Edge *0~127(80) 11C I:Edge Curve of distortion characteristics (sharp (127):

distortion begins suddenly;mild (0): distortion begins gradually) OutputLevel *0~127(65) 110 I:Out Level Output level Dry/Wet *D63>W,D=W,D<W63(D<W63) 11A I:Dry/Wet Balance between the dry sound and the effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Dist+Delay

Range(Default) Param# Ctrl Dest Description

Drive *0~127(60) 112 I:Drive Degree of distortion DS Low Gain *-12~+12(+ 8) 116 I:DSLowGain Gain with which the distortion will boost/cut the low range (dB) DS Mid Gain *-12~+12(+10) 118 I:DSMidGain

Gain with which the distortion will boost/cut the middle range (dB) LchDelay 0.1~1365.0(50.0) 108 Left channel delay (msec) RchDelay 0.1~1365.0(100.0) 10A Right channel delay (msec) FB Delay 0.1~1365.0(200.0) 10C Feedback delay (msec) FB Level *-63~+63(+20) 10E I:FB Level Feedback Level Delay Mix *0~127(80) 110 I:Delay Mix Depth of delay effect OutputLevel *0~127(42) 114 I:Out Level OutputLevel Dry/Wet *D63>W,D=W,D<W63(D<W63) 11A I:Dry/Wet Balance between the dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Overdrive Same parameters for Distortion

Range(Default) Param# Ctrl Dest Description

Drive *0~127(29) 108 I:Drive Degree of distortion EQ LowFreq *32~2.0k(315) 10A I:EQLowFreq Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain *-12~+12(+ 4) 10C I:EQLowGain Gain with which the EQ will boost/cut the low range (dB) EQMidFreq *100~10.0k(1.2k) 114 I:EQMidFreq Frequency at which the EQ will boost/cut the mid range (Hz) EQ Mid Gain *-12~+12(+ 8) 116 I:EQMidGain Gain with which the EQ will boost/cut the mid range (dB) EQ Mid Q *1.0~12.0(1.0) 118 I:EQ Mid Q EQ Mid Q LPFCutoff *1.0k~18.0k,thru(4.0k) 10E I:LPFCutoff Frequency at which the filter will cut the high range (Hz) Edge *0~127(104) 11C I:Edge Curve of distortion characteristics (sharp (127):

distortion begins suddenly;mild (0): distortion begins gradually) OutputLevel *0~127(80) 110 I:Out Level Output level Dry/Wet *D63>W,D=W,D<W63(D<W63) 11A I:Dry/Wet Balance between the dry sound and the effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

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Odrv+Delay Same parameters for Dist+Delay

Range(Default) Param# Ctrl Dest Description

Drive *0~127(25) 112 I:Drive Degree of distortion DS Low Gain *-12~+12(+ 4) 116 I:DSLowGain Gain with which the distortion will boost/cut the low range (dB) DS Mid Gain *-12~+12(+ 8) 118 I:DSMidGain

Gain with which the distortion will boost/cut the middle range (dB) LchDelay 0.1~1365.0(50.0) 108 Left channel delay (msec) RchDelay 0.1~1365.0(100.0) 10A Right channel delay (msec) FB Delay 0.1~1365.0(200.0) 10C Feedback Delay (msec) FB Level *-63~+63(+20) 10E I:FB Level Feedback Level Delay Mix *0~127(64) 110 I:Delay Mix Depth of delay effect OutputLevel *0~127(55) 114 I:Out Level OutputLevel Dry/Wet *D63>W,D=W,D<W63(D<W63) 11A I:Dry/Wet Balance between the dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Amp Sim

Range(Default) Param# Ctrl Dest Description

Drive *0~127(76) 108 I:Drive Degree of distortion Amp Type off,stack,combo,tube(tube) 10A Select the type of amp to be simulated LPFCutoff *1.0k~18.0k,thru(2.5k) 10C I:LPFCutoff Select the type of amp to be simulated (Hz) Edge *0~127(102) 11C I:Edge Curve of distortion characteristics (sharp (127):

distortion begins suddenly;mild (0): distortion begins gradually) OutputLevel *0~127(80) 10E I:Out Level Output level Dry/Wet *D63>W,D=W,D<W63(D<W63) 11A I:Dry/Wet Balance between dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Delay L,R

Range(Default) Param# Ctrl Dest Description

LchDelay 0.1~1365.0(250.0) 108 Length of left channel delay (msec) RchDelay 0.1~1365.0(375.0) 10A Length of right channel delay (msec) FBDelay1 0.1~1365.0(375.2) 10C Length of feedback delay 1 (msec) FBDelay2 0.1~1365.0(375.0) 10E Length of feedback delay 2 (msec) FB Level *-63~+63(+23) 110 I:FB Level Amount of feedback High Damp 0.1~1.0(0.3) 112 High range attenuation

(lower values cause the high range to decay faster) EQ LowFreq *32~2.0k(400) 120 I:EQLowFreq Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain *-12~+12(+ 0) 122 I:EQLowGain Gain with which the EQ will boost/cut the low range (dB) EQ HiFreq *500~16.0k(4.0k) 124 I:EQ HiFreq Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain *-12~+12(+ 0) 126 I:EQ HiGain Gain with which the EQ will boost/cut the high range (dB) Dry/Wet *D63>W,D=W,D<W63(D32>W) 11A I:Dry/Wet Balance of the dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Delay LCR

Range(Default) Param# Ctrl Dest Description

LchDelay 0.1~1365.0(333.3) 108 Length of left channel delay (msec) RchDelay 0.1~1365.0(166.7) 10A Length of right channel delay (msec) CchDelay 0.1~1365.0(500.0) 10C Length of center channel delay (msec) FB Delay 0.1~1365.0(500.0) 10E Length of feedback delay (msec) FB Level *-63~+63(+10) 110 I:FB Level Feedback amount Cch Level *0~127(100) 112 I:Cch Level Volume of center channel High Damp 0.1~1.0(0.3) 114 High range attenuation

Page 33

Echo

Range(Default) Param# Ctrl Dest Description

LchDelay1 0.1~682.0(220.0) 108 Length of first delay of left channel (msec) Lch FB Lvl *-63~+63(+22) 10A I:Lch FBLvl Amount of feedback for left channel RchDelay1 0.1~682.0(210.0) 10C Length of first delay of right channel (msec) Rch FB Lvl *-63~+63(+21) 10E I:Rch FBLvl Amount of feedback for right channel High Damp 0.1~1.0(0.5) 110 High range attenuation

(lower values cause the high range to decay faster) LchDelay2 0.1~682.0(230.0) 112 Length of second delay of left channel (msec) RchDelay2 0.1~682.0(235.0) 114 Length of second delay of right channel (msec) Delay2 Lvl *0~127(62) 116 I:Delay2Lvl Volume of second delay EQ LowFreq *32~2.0k(280) 120 I:EQLowFreq Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain *-12~+12(- 6) 122 I:EQLowGain Gain with which the EQ will boost/cut the low range (dB) EQ HiFreq *500~16.0k(6.3k) 124 I:EQ HiFreq Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain *-12~+12(- 1) 126 I:EQ HiGain Gain with which the EQ will boost/cut the high range (dB) Dry/Wet *D63>W,D=W,D<W63(D32>W) 11A I:Dry/Wet Balance of the dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

ER 1

Range(Default) Param# Ctrl Dest Description

Early Type S-H,L-H,rdm,rvs,plt,spr(S-H) 108 Type of early reflections

(small hall, large hall, random, reverse, plate, spring) Room Size 0.1~20.0(4.0) 10A Room Size Diffusion 0~10(5) 10C Diffusion InitDelay 0.1~200.0(9.5) 10E Delay time until early reflections start (msec) FB Level *-63~+63(+10) 110 I:FB Level Feedback Level HPF Cutoff *thru,22~8.0k(thru) 112 I:HPFCutoff

Frequency at which the high pass filter will cut the low range (Hz) LPFCutoff *1.0k~18.0k,thru(4.0k) 114 I:LPFCutoff

Frequency at which the low pass filter will cut the high range (Hz) Liveness 0~10(7) 11C Emphasis in high frequencies Density 0~3(1) 11E Density of early reflections High Damp 0.1~1.0(1.0) 120 High range attenuation

(lower values cause the high range to decay faster) Dry/Wet *D63>W,D=W,D<W63(D35>W) 11A I:Dry/Wet Balance between the dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

CrossDelay

Range(Default) Param# Ctrl Dest Description

L>R Delay 0.1~682.0(365.0) 108 Delay time from left (input) to right (output) (msec) R>L Delay 0.1~682.0(365.0) 10A Delay time from right (input) to left (output) (msec) FB Level *-63~+63(+24) 10C I:FB Level Amount of feedback InputSelect L,R,L&R(R) 10E Input select High Damp 0.1~1.0(0.5) 110 High range attenuation

(lower values cause the high range to decay faster)) EQ LowFreq *32~2.0k(355) 120 I:EQLowFreq Frequency at which the EQ will boost/cut the low range (Hz) EQ Low Gain *-12~+12(+ 0) 122 I:EQLowGain Gain with which the EQ will boost/cut the low range (dB) EQ HiFreq *500~16.0k(6.3k) 124 I:EQ HiFreq Frequency at which the EQ will boost/cut the high range (Hz) EQ Hi Gain *-12~+12(- 2) 126 I:EQ HiGain Gain with which the EQ will boost/cut the high range (dB) Dry/Wet *D63>W,D=W,D<W63(D32>W) 11A I:Dry/Wet Balance of the dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Page 34

ER 2 Same parameters for ER 1

Range(Default) Param# Ctrl Dest Description

Early Type S-H,L-H,rdm,rvs,plt,spr(rdm) 108 Type of early reflections

(Small Hall, Large Hall, random, reverse, plate, spring) Room Size 0.1~20.0(2.0) 10A Room Size Diffusion 0~10(8) 10C Diffusion InitDelay 0.1~200.0(6.4) 10E Delay time until early reflections start (msec) FB Level *-63~+63(+ 3) 110 I:FB Level Feedback Level HPF Cutoff *thru,22~8.0k(thru) 112 I:HPFCutoff

Frequency at which the high pass filter will cut the low range (Hz) LPFCutoff *1.0k~18.0k,thru(12.0k) 114 I:LPFCutoff

Frequency at which the low pass filter will cut the high range (Hz) Liveness 0~10(5) 11C Emphasis in high frequencies Density 0~3(3) 11E Density of early reflections High Damp 0.1~1.0(1.0) 120 High range attenuation

Gate Rev

Range(Default) Param# Ctrl Dest Description

Gate Type typeA,typeB(typeA) 108 Gate Reverb Type Room Size 0.1~20.0(1.0) 10A Room Size Diffusion 0~10(10) 10C Diffusion InitDelay 0.1~200.0(0.1) 10E Delay time until early reflections start (msec) FB Level *-63~+63(+ 0) 110 I:FB Level Feedback Level HPF Cutoff *thru,22~8.0k(thru) 112 I:HPFCutoff

Frequency at which the high pass filter will cut the low range (Hz) LPFCutoff *1.0k~18.0k,thru(8.0k) 114 I:LPFCutoff

(lower values cause the high range to decay faster) Dry/Wet *D63>W,D=W,D<W63(D12>W) 11A I:Dry/Wet Balance between the dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Revrs Gate Same parameters for Gate Rev

Range(Default) Param# Ctrl Dest Description

Gate Type typeA,typeB(typeB) 108 Gate Reverb Type Room Size 0.1~20.0(2.5) 10A Room Size Diffusion 0~10(8) 10C Diffusion InitDelay 0.1~200.0(4.8) 10E Delay time until the early reflections (msec) FB Level *-63~+63(+ 0) 110 I:FB Level Feedback Level HPF Cutoff *thru,22~8.0k(thru) 112 I:HPFCutoff

Frequency at which the high pass filter will cut the low range (Hz) LPFCutoff *1.0k~18.0k,thru(4.5k) 114 I:LPFCutoff

Frequency at which the low pass filter will cut the high range (Hz) Liveness 0~10(6) 11C Emphasis in high frequencies Density 0~3(3) 11E Density of early reflections High Damp 0.1~1.0(1.0) 120 High range attenuation

(lower values cause the high range to decay faster) Dry/Wet *D63>W,D=W,D<W63(D<W63) 11A I:Dry/Wet Balance between the dry sound and effect sound Ins Pan L63~ C ~R63 130 Insertion Pan SendIns-Rev 0~127 131 Insertion-to-Reverb Send Level SendIns-Var 0~127 132 Insertion-to-Variation Send Level InsDryLevel 0~127 133 Insertion Dry Level

Page 35

)

MIDI Data Format

Many MIDI messages listed in the MIDI Data Format section are expressed in hexadecimal or binary numbers. Hexadecimal numbers may include the letter “H” as a suffix. The letter “n” indicates a certain whole number. The chart below lists the corresponding decimal number for each hexadecimal/binary number.

Decimal Hexadecimal Binary Decimal Hexadecimal Binary

0 1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63

Additional Notes

* For example, 144 - 159(Decimal)/9nH/1001 0000 - 1001 1111(Binary) indicate the note-on messages for the channels 1 through 16 respectively. 176 - 191/BnH/1011 0000 - 1011 1111 indicate the control change messages for the channels 1 through 16 respectively. 192 207/CnH/1100 0000 - 1100 1111 indicate the program change messages for the channels 1 through 16 respectively. 240/F0H/1111 0000 is positioned at the beginning of data to indicate a system exclusive message. 247/F7H/1111 0111 is positioned at the end of the system exclusive message.

* aaH(Hexadecimal)/0aaaaaaa(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.

00 01 02 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 2D 2E 2F 30 31 32 33 34 35 36 37 38 39 3A 3B 3C 3D 3E 3F

0000 0000 0000 0001 0000 0010 0000 0011 0000 0100 0000 0101 0000 0110 0000 0111 0000 1000 0000 1001 0000 1010 0000 1011 0000 1100 0000 1101 0000 1110 0000 1111 0001 0000 0001 0001 0001 0010 0001 0011 0001 0100 0001 0101 0001 0110 0001 0111 0001 1000 0001 1001 0001 1010 0001 1011 0001 1100 0001 1101 0001 1110 0001 1111 0010 0000 0010 0001 0010 0010 0010 0011 0010 0100 0010 0101 0010 0110 0010 0111 0010 1000 0010 1001 0010 1010 0010 1011 0010 1100 0010 1101 0010 1110 0010 1111 0011 0000 0011 0001 0011 0010 0011 0011 0011 0100 0011 0101 0011 0110 0011 0111 0011 1000 0011 1001 0011 1010 0011 1011 0011 1100 0011 1101 0011 1110 0011 1111

64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98

99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127

40 41 42 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 74 75 76 77 78 79 7A 7B 7C 7D 7E 7F

0100 0000 0100 0001 0100 0010 0100 0011 0100 0100 0100 0101 0100 0110 0100 0111 0100 1000 0100 1001 0100 1010 0100 1011 0100 1100 0100 1101 0100 1110 0100 1111 0101 0000 0101 0001 0101 0010 0101 0011 0101 0100 0101 0101 0101 0110 0101 0111 0101 1000 0101 1001 0101 1010 0101 1011 0101 1100 0101 1101 0101 1110 0101 1111 0110 0000 0110 0001 0110 0010 0110 0011 0110 0100 0110 0101 0110 0110 0110 0111 0110 1000 0110 1001 0110 1010 0110 1011 0110 1100 0110 1101 0110 1110 0110 1111 0111 0000 0111 0001 0111 0010 0111 0011 0111 0100 0111 0101 0111 0110 0111 0111 0111 1000 0111 1001 0111 1010 0111 1011 0111 1100 0111 1101 0111 1110 0111 1111

1.MIDI Reception/Transmission Block Diagrams

< MIDI Reception Conditions > 1/2

sw1

MIDI

sw2

sw3

Note: sw1: Selected from among all, odd, and even in a MIDI setting (Receive Note).

sw2: Switched on with a MIDI setting (Receive Program Change = on). sw3: Switched on with a MIDI setting (Receive Bank Select = on).

$8n NOTE OFF $9n NOTE ON/OFF $An AFTER TOUCH

(Note numbers are ignored. $Bn,$xx each controller $Bn,$xx $Bn,$20

$Bn,$00 BANK SELECT $Cn PROGRAM CHANGE $Dn AFTER TOUCH $En PITCH BENDER $F8 TIMING CLOCK $FE ACTIVE SENSING

< MIDI Reception Conditions > 2/2

MIDI

≠off

Note: sw4: Switched on with a MIDI setting (Receive System Exclusive = on).

sw5: Switched on with a MIDI setting (Receive Bulk Dump = on).

sw4 sw5

$F0,$43,$0n,$5E PERFORMANCE BULK $F0,$43,$0n,$5E VOICE BULK $F0,$43,$0n,$5E FSEQ BULK $F0,$43,$0n,$5E SYSTEM BULK $F0,$43,$0n,$00 DX VCED BULK $F0,$43,$0n,$05 DX ACED BULK

$F0,$43,$1n,$5E PERFORMANCE $F0,$43,$1n,$5E VOICE $F0,$43,$1n,$5E FSEQ HEADER $F0,$43,$1n,$5E SYSTEM

$F0,$43,$2n,$5E PERFORMANCE BULK $F0,$43,$2n,$5E VOICE BULK $F0,$43,$2n,$5E FSEQ BULK $F0,$43,$2n,$5E SYSTEM BULK

$F0,$43,$3n,$5E PERFORMANCE $F0,$43,$3n,$5E VOICE $F0,$43,$3n,$5E FSEQ HEADER $F0,$43,$3n,$5E SYSTEM

PARAMETER CHANGE PARAMETER CHANGE PARAMETER CHANGE PARAMETER CHANGE

DUMP REQUEST DUMP REQUEST DUMP REQUEST DUMP REQUEST

PARAMETER REQUEST PARAMETER REQUEST PARAMETER REQUEST PARAMETER REQUEST

< MIDI Transmission Conditions >

KNOB 1-4 $Bn

PERFORMANCE BULK VOICE BULK FSEQ BULK SYSTEM BULK

PARAMETER CHANGE

Transmit Knob

≠off

<Tch>

transmit

MIDI

Page 36

2.Channel Messages

2.1 Transmission

2.1.1 Control Change

Assigned controller numbers are output when built-in knobs are turned.

Cntrl# Parameter Data Range

73 Attack Time 0~127 72 Release Time 0~127 1~31, 33~95 Formant Control 0~127 1~31, 33~95 FM Control 0~127

1~31, 33~95 Knob 1 0~127 1~31, 33~95 Knob 2 0~127 1~31, 33~95 Knob 3 0~127 1~31, 33~95 Knob 4 0~127

Note: Attack Time to FM Control are assigned to knobs with the upper LED lit. Knob 1 to 4

are assigned with the lower LED lit.

2.2 Reception

2.2.1 Note On/Off

2.2.1.1 Note Off

key range = C-2~G8 velocity range = not received

2.2.1.2 Note On / Off

key range = C-2~G8 velocity range = 0~127 (0 = Note off)

2.2.2 Control Change

Parameters in the following table are controllable using MIDI. A part that can receives multiple channels operates by those channels in the received order.

Cntrl# Parameter Data Range

0 Bank Select MSB 0~127 *1 32 Bank Select LSB 0~127 *1 1 Modulation wheel 0~127 5 Portamento Time 0~127 *2 6 Data Entry 0~127 *2, *3 7 Volume 0~127 *2, *4 10 Pan 0~127 *2, *4 11 Expression 0~127 64 Sustain (Hold1) 0, 127 65 Portamento Switch 0, 127 *2 71 Harmonic Content 0~127 *2 72 Release Time 0~127 *2 73 Attack Time 0~127 *2 74 Brightness 0~127 *2 91 Reverb Send 0~127 *2 93 Variation Send 0~127 *2 1~31, 33~95 BC (default: 2) 0~127 1~31, 33~95 FC (default: 4) 0~127 1~31, 33~95 Formant Control 0~127 *2 1~31, 33~95 FM Control 0~127 *2 1~31, 33~95 Knob 1~4 0~127 1~31, 33~95 MIDI Control 1~4 0~127 98 NRPN LSB 8~102 *3 99 NRPN MSB 1 *3 100 RPN LSB 0~2 *3 101 RPN MSB 0 *3

*1: Refer to "2.2.3 Program Change." *2: Corresponding parameter values directly change with control changes, without using the

control matrix. Those values become reference points for control changes routed by the control matrix, which are not reset by Reset All Controllers.

*3: Parameters that follow are controllable using NRPN or RPN massages.

NRPN Data Entry Part Parameter Data Range MSB LSB MSB

---------------------------------------------------------01H 08H 00H~40H~7FH LFO1 Speed -64~+0~+63 01H 09H 00H~40H~7FH LFO1 Pmod -64~+0~+63 01H 0AH 00H~40H~7FH LFO1 Delay -64~+0~+63 01H 0BH 00H~40H~7FH LFO2 Speed -64~+0~+63 01H 0CH 00H~40H~7FH LFO2 FltMod -64~+0~+63 01H 20H 00H~40H~7FH Filter Freq -64~+0~+63 01H 21H 00H~40H~7FH Filter Reso -64~+0~+63 01H 63H 00H~40H~7FH Attack Time -64~+0~+63 01H 64H 00H~40H~7FH Decay Time -64~+0~+63 01H 66H 00H~40H~7FH ReleaseTime -64~+0~+63

RPN Data Entry Part Parameter Data Range MSB LSB MSB

---------------------------------------------------------00H 00H 00H~18H PB Range +0, +1~+24

00H 01H 0FH~40H~70H Detune -64~+0~+63 00H 02H 28H~40H~58H Note Shift -24~+0~+24

On reception of Pitch Bend Range, PB Range Lo is set to a minus value of received value.

*4: With "Program Change Mode = perform," Performance Volume and Pan are controllable using

Performance Channel. With "Program Change Mode = multi," Performance Volume and Pan are controllable using Performance Channel while Part Volume and Pan are controllable using Part Receivee Channel.

PB Range Lo- 1~-24

2.2.3 Program Change

On reception of Program Change, FS1R operates as follows.

Receives Program Change is received only in PLAY MODE.

In case "Receive Program Change = off" is selected in system setup, Bank Select and Program Change are not received. With "Receive Program Change = on" and "Receive Bank Select = off, "Bank Select is not received. On reception of Program Change, a voice or performance program (1~128) , depending on the Program Change Mode setting, from the current bank is selected.

With "Program Change Mode = perform," a performance program is selected using Performance Channel. With "Program Change Mode = multi," a performance program is selected using Performance Channel and a voice program is selected using Part Receive Channel.

Bank Select and Program Change data bytes are as follow.

Bank No.MSB / LSB PGM CNG No.

Voice INTERNAL 63($3F) / 0($00) 1~128($00~$7F) PRESET A 63($3F) / 1($01) : : PRESET K 63($3F) / 11($0B)

Performance INTERNAL 63($3F) / 64($40) 1~128($00~$7F) PRESET A 63($3F) / 65($41) PRESET B 63($3F) / 66($42) PRESET C 63($3F) / 67($43)

BANK SELECT $Bn, $00, $3F (MSB)

PROGRAM CHANGE $Cn, $00~$7F

Bank Select other than found in the above table is ignored. Thus, any bank selection does not take place and a following Program Change selects from the current bank that is not changed.

2.2.3.1 Performance Program Change

Bank Select or Program Change for a performance is received using Performance Channel, as follows.

1-16 : Received only specified channel. all : Received all channels (OMNI ON) . off : Not received.

2.2.3.2 Voice Program Change

Bank Select or Program Change for a voice is received using Part Receive Channel (Part Receive Channel to Part Receive Channel Max) . With "Part Receive Channel = pfm," Part Receive Channel matches Performance Channel.

2.2.4 Pitch Bend Change

FS1R receives only Pitch Bend Change MSB. A part assigned with multiple channels can sound separately according to Pitch Bend Change on different channels.

2.2.5 After Touch

After Touch is received on Receive Channel (s) specified. A part assigned with multiple channels equivalently receives After Touch on different channels, giving proiority to last reception of this message. The 3rd byte of Polyphonic After Touch is ignored and processed as Channel After Touch.

$Bn, $20, $00~$0B or $40~$43 (LSB)

2.2.6 Channel Mode Message

Cntrl# Parameter Data Range

120 All Sound Off 0 121 Reset All Controller 0 *1 123 ll Notes Off 0 126 Mono 0 *2 127 Pol 0

*1 A default value for each message reception is as follows.

$00 for Control Change other than Bank Select and After Touch. Control Changes set to route in the control matrix to affect part parameters have their corresponding part parameter values (last edited). Control Changes that can directly change parameters without the control matrix are not reset by Reset All Controllers, since their values are referred to by other Control Changes for the same parameters via the matrix.

Sustain = $00 (off) Expression = $7F RPN, NRPN = $7F (Null) Pitch Bend = $00, $40 (Center)

*2 The 3rd byte is ignored.

Page 37

3. System Exclusive Message

3.1 Parameter Change and Parameter Request

FS1R transmits and receives its native parameter changes. FS1R also receives requests for parameter changes for corresponding parameters, when "Receive System Exclusive = on" is set and Device Number contained in System Exclusive massages matches the FS1R Device Number setting. On reception of a request, FS1R transmits out the requested parameter. FS1R receives a parameter constructed of 2 bytes (i.e. Fseq Speed Ratio) via an Address High.

Parameter Change

11110000 F0 Exclusive Status 01000011 43 YAMAHA ID 0001nnnn 1n Device Number 01011110 5E Model ID 0gggpppp gggpppp *Parameter Address High (H) 0mmmmmmm mmmmmmm *Parameter Address Middle (M) 0lllllll lllllll *Parameter Address Low (L) 0vvvvvvv vvvvvvv Data Value MS 7bit 0vvvvvvv vvvvvvv Data Value LS 7bit 11110111 F7 End of Exclusive

Parameter Request

11110000 F0 Exclusive Status 01000011 43 YAMAHA ID 0011nnnn 3n Device Number 01011110 5E Model ID 0gggpppp gggpppp *Parameter Address High (H) 0mmmmmmm mmmmmmm *Parameter Address Middle (M) 0lllllll lllllll *Parameter Address Low (L) 11110111 F7 End of Exclusive

Dump Request

11110000 F0 Exclusive Status 01000011 43 YAMAHA ID 0010nnnn 2n Device Number 01011110 5E Model ID 0hhhhhhh hhhhhhh *Address High (H) 0mmmmmmm mmmmmmm *Address Middle (M) 0lllllll lllllll *Address Low (L) 11110111 F7 End of Exclusive

*Address (H) (M) (L) Description

SYSTEM 00 00 00

PERFORM 10 00 00 Current Performance Bulk /VOICE 11 00 nn 1 Internal Performance Bulk

40 00 00 Part 1 Current Voice Bulk

: : : : 43 00 00 Part 4 Current Voice Bulk 51 00 nn 1 Internal Voice Bulk

6b 00 nn FSeq Bulk

b = Bank 0:Current, 1:Internal nn = Memory No.

See the MIDI data tables <Table 1> to <Table 4> for more information of Address and Byte Count. FSeq Bulk does not interpret Byte Count.

*Parameter Address (H) (M) (L) Description

SYSTEM 00 00 ll

PERFORM 10 mm ll Performance Common /VOICE 30 00 ll Performance Part 1

FSEQ 70 00 ll Fseq Header

mm = Parameter Number MSB ll = Parameter Number LSB

See MIDI data tables <Table 1> to <table 4> for details.

3.2 Bulk Data

FS1R transmits and receives 4 kinds of bulk data (1~4, FS1R native) in addition to reception of Yamaha DX series' bulk data (5~6, VCED and ACED), with "Receive Bulk Dump = on" and Device Number contained in System Exclusive massages matches the FS1R Device Number setting. On reception of a request, FS1R transmits out the requested parameter change.

1. Performance bulk dump

2. Voice bulk dump

3. Fseq bulk dump

4. System bulk dump

5. DX Series VCED bulk dump

6. DX Series ACED bulk dump

31 00 ll Performance Part 2 32 00 ll Performance Part 3 33 00 ll Performance Part 4

40 00 ll Part 1 Voice Common 60 00 ll Part 1 Voice Operator 1

: :

07 ll Part 1 Voice Operator 8 : : : 43 00 ll Part 4 Voice Common 63 00 ll Part 4 Voice Operator 1

: :

07 ll Part 4 Voice Operator 8

3.2.2 DX Series VCED and ACED Bulk Dump (5, 6)

11110000 F0 01000011 43 0000nnnn nnnn = Device Number 0ttttttt ttttttt = Format Number 0bbbbbbb bbbbbbb = Byte Count High 0bbbbbbb bbbbbbb = Byte Count Low 0ddddddd ddddddd = Data | | Byte Count 0ddddddd ddddddd = Data 0ccccccc ccccccc = Check-sum 11110111 F7

See the MIDI data table <Table 5> for more information of Format Number and Byte Count. VCED and ACED bulk data is received using the Part 1 Voice edit buffer. VCED data represents Voice data for Yamaha DX7 while ACED data represents additions to DX7's Voice data, which is available with DX7II, DX7S, and TX802.

4. Real Time Message

4.1 Active Sensing

a) Transmission

Not transmitted.

b) Reception

If an "FE" (Active Sensing status message) is received, FS1R starts to wait for next "FE." If the next message does not arrive in approximately 500 msec., FS1R mutes the notes currently sounding.

4.2 Timing Clock

a) Transmission

Not transmitted.

b) Reception

Received and used as sync clock when "Fseq Speed = midi (1/4,1/2,1/1,2/1,4/1)" is selected.

3.2.1 FS1R Native Bulk Dump and Dump Request (1, 2, 3, 4)

FS1R Native Bulk Dump

11110000 F0 Exclusive Status 01000011 43 YAMAHA ID 0000nnnn 0n Device Number 01011110 5E Model ID 0bbbbbbb bbbbbbb Byte Count High 0bbbbbbb bbbbbbb Byte Count Low 0hhhhhhh hhhhhhh *Address High (H) 0mmmmmmm mmmmmmm *Address Middle (M) 0lllllll lllllll *Address Low (L) 0ddddddd ddddddd Data | | Byte Count 0ddddddd ddddddd Data 0ccccccc ccccccc Check-sum 11110111 F7 End of Exclusive

The Data section matches "vv" in the MIDI data tables <Table 1> to <Table 4>. Check-sum is a value that makes "0" (zero) in lower 7 bits of an added value of Byte Count, Address, Data, and Check-sum itself.

Page 38

MIDI Data Tables

<Table 1> Performance Parameter

Byte Count

common 80 effect data 112 part data 52 x 4 = 208

------------------------------------total 400

Performance Common Parameter (Byte Count: 80 bytes)

F0 43 1n 5E 10 00 ll vv vv F7

ll vv vv Description

00 20-7F NAME 0 01 20-7F NAME 1 02 20-7F NAME 2 03 20-7F NAME 3 04 20-7F NAME 4 05 20-7F NAME 5 06 20-7F NAME 6 07 20-7F NAME 7 08 20-7F NAME 8 09 20-7F NAME 9 0A 20-7F NAME 10 0B 20-7F NAME 11 0C reserved 0D reserved 0E 00-16 CATEGORY 0F reserved 10 00-7F performance volume 11 01-7F performance pan (L63~0~R63) 12 00-30 performance note shift (-24~0~+24) 13 reserved 14 00-02 individual out (0: off, 1: pre ins, 2: post ins) 15 00-04 FSEQ PART (0: off, 1~4: part) 16 00-01 FSEQ bank 0: int, 1: pre 17 00-59 FSEQ number int (0-5) , pre (0-89) 18 00-7F FSEQ Speed Ratio (10.0~500.0) / MIDI Clock (0-4)

1A 00-7F FSEQ start step offset (hi byte)

1C 00-7F FSEQ start step of loop point (hi byte)

1E 00-7F FSEQ end step of loop point (hi byte)

20 00-01 FSEQ loop mode (0: one way, 1: round) 21 01-02 FSEQ play mode (1: scratch, 2: fseq) 22 00-07 FSEQ velocity sensitivity for tempo 23 00-01 FSEQ formant pitch mode 24 00-01 FSEQ key on trigger (0: first, 1: all) 25 reserved 26 00-63 FSEQ formant seqence delay 27 00-7F FSEQ level velocity sensitivity (-64~+63) 28 00-0F controller 1 part switch [----pppp]

2F 00-0F controller 8 part switch [----pppp] 30 00-7F controller 1 source switch (bitmap-high) 31 00-7F controller 1 source switch (bitmap-low)

32 00-7F controller 8 source switch (bitmap-high) 3F 00-7F controller 8 source switch (bitmap-low) 40 00-2F controller 1 destination

47 00-2F controller 8 destination 48 00-7F controller 1 depth (-64~+63)

4F 00-7F controller 8 depth (-64~+63)

00-7F FSEQ start step offset (lo byte)

00-7F FSEQ start step of loop point (lo byte)

00-7F FSEQ end step of loop point (lo byte)

↓ ↓ ↓

Performance Effect Parameter (Byte Count: 112 bytes)

F0 43 1n 5E 10 mm ll vv vv F7

mm ll vv vv Description

00 50 00-7F Reverb parameter (See "Effect Parameter List.")

00 52 00-7F Same as above. Same as above.

00 54 00-7F Same as above. Same as above.

00 56 00-7F Same as above. Same as above.

00 58 00-7F Same as above. Same as above.

00 5A 00-7F Same as above. Same as above.

00 5C 00-7F Same as above. Same as above.

00 5E 00-7F Same as above. Same as above.

00 60 00-7F Same as above. Same as above.

00-7F Same as above. Same as above.

MIDI Clock: 0: 1/4, 1: 1/2, 2: 1/1, 3: 2/1, 4: 4/1

00 61 00-7F Reverb parameter (See "Effect Parameter List.") 00 62 00-7F Same as above. Same as above. 00 63 00-7F Same as above. Same as above. 00 64 00-7F Same as above. Same as above. 00 65 00-7F Same as above. Same as above. 00 66 00-7F Same as above. Same as above. 00 67 00-7F Same as above. Same as above.

00 68 00-7F Variation parameter (See "Effect Parameter List.")

00 6A 00-7F Same as above. Same as above.

00 6C 00-7F Same as above. Same as above.

00 6E 00-7F Same as above. Same as above.

00 70 00-7F Same as above. Same as above.

00 72 00-7F Same as above. Same as above.

00 74 00-7F Same as above. Same as above.

00 76 00-7F Same as above. Same as above.

00 78 00-7F Same as above. Same as above.

00 7A 00-7F Same as above. Same as above.

00 7C 00-7F Same as above. Same as above.

00 7E 00-7F Same as above. Same as above.

01 00 00-7F Same as above. Same as above.

01 02 00-7F Same as above. Same as above.

01 04 00-7F Same as above. Same as above.

01 06 00-7F Same as above. Same as above.

01 08 00-7F Insertion parameter (See "Effect Parameter List.")

01 0A 00-7F Same as above. Same as above.

01 0C 00-7F Same as above. Same as above.

01 0E 00-7F Same as above. Same as above.

01 10 00-7F Same as above. Same as above.

01 12 00-7F Same as above. Same as above.

01 14 00-7F Same as above. Same as above.

01 16 00-7F Same as above. Same as above.

01 18 00-7F Same as above. Same as above.

01 1A 00-7F Same as above. Same as above.

01 1C 00-7F Same as above. Same as above.

01 1E 00-7F Same as above. Same as above.

01 20 00-7F Same as above. Same as above.

01 22 00-7F Same as above. Same as above.

01 24 00-7F Same as above. Same as above.

01 26 00-7F Same as above. Same as above.

01 28 00-10 Reverb type (See "Effect Type List.") 01 29 01-7F Reverb pan L63...C...R63 (1..64..127) 01 2A 00-7F Reverb return

01 2B 00-1C Variation type (See "Effect Type List.") 01 2C 01-7F Variation pan L63...C...R63 (1..64..127) 01 2D 00-7F Variation return 01 2E 00-7F Send Variation to Reverb

01 2F 00-28 Insertion type (See "Effect Type List.") 01 30 01-7F Insertion pan L63...C...R63 (1..64..127) 01 31 00-7F Send insertion to Reverb 01 32 00-7F Send insertion to Variation 01 33 00-7F Insertion level

01 34 34-4C EQ low gain -12~+12 [dB] 01 35 04-28 EQ low frequency 32~2000 [Hz] 01 36 01-78 EQ low Q 0.1~12.0 01 37 00-01 EQ low shape 00: shelving, 01: peaking 01 38 34-4C EQ mid gain -12~+12 [dB] 01 39 0E-36 EQ mid frequency 100~10.0 [kHz] 01 3A 01-78 EQ mid Q 0.1~12.0

00-7F Same as above. Same as above.

Page 39

01 3B 34-4C EQ high gain -12~+12 [dB] 01 3C 1C-3A EQ high frequency 0.5~16.0 [kHz] 01 3D 01-78 EQ high Q 0.1-12.0 01 3E 00-01 EQ high shape 00: shelving, 01: peaking 01 3F reserved

Performance Part Parameter (Byte Count : 52 x 4 = 208 bytes )

F0 43 1n 5E 3p 00 ll vv vv F7 p = 0..3 (Part1..3)

ll vv vv Description

00 00-20 NOTE RESERVE 0~32 01 00-0C BANK NUMBER off, Int, PrA~PrK 02 00-7F PROGRAM NUMBER 0~127 03 00-0F, 7F Rcv CHANNEL MAX A1~A16, off 04 00-0F, 10, 7F Rcv CHANNEL A1~A16, pfm, off 05 00-01 MONO/POLY MODE 0:MONO,1:POLY 06 00-03 MONO PRIORITY 0: last, 1: top, 2: bottom, 3: first 07 00-01 FilterSw 0: off, 1: on 08 00-30 NOTE SHIFT -24~+24 [semitones] 09 00-7F DETUNE -64~+63 0A 00-7F VOICED/UNVOICED BALANCE -64~+63 0B 00-7F VOLUME 0~127 0C 00-7F VELOCITY SENSE DEPTH 0~127 0D 00-7F VELOCITY SENSE OFFSET 0~127 0E 00-7F PAN Rnd, L63...C...R63 (0: random, 1~64 -127) 0F 00-7F NOTE LIMIT LOW C-2~G8 10 00-7F NOTE LIMIT HIGH C-2~G8 11 00-7F DRY LEVEL 0~127 12 00-7F VARIATION SEND 0~127 13 00-7F REVERB SEND 0~127 14 00-01 INSERTION SW off/on 15 00-7F LFO1 RATE -64~+63 16 00-7F LFO1 PITCH MOD DEPTH -64~+63 17 00-7F LFO1 DELAY -64~+63 18 00-7F FILTER CUTOFF FREQ -64~+63 19 00-7F FILTER RESONANCE -64~+63 1A 00-7F EG ATTACK TIME -64~+63 1B 00-7F EG DECAY TIME -64~+63 1C 00-7F EG RELEASE TIME -64~+63 1D 00-7F FORMANT -64~+63 1E 00-7F FM -64~+63 1F 00-7F FILTER EG DEPTH -64~+63 20 00-7F PITCH EG INITIAL LEVEL -64~+63 21 00-7F PITCH EG ATTACK TIME -64~+63 22 00-7F PITCH EG RELEASE LEVEL -64~+63 23 00-7F PITCH EG RELEASE TIME -64~+63 24 00-01/00-01 PORTAMENTO SWITCH/MODE

25 00-7F PORTAMENTO TIME 0~127 26 10-58 PITCH BEND RANGE HIGH -48~+24 27 10-58 PITCH BEND RANGE LOW -48~+24 28 00-64 PAN SCALING 0~100 29 00-63 PAN LFO DEPTH 0~99 2A 01-7F VELOCITY LIMIT LOW 1~127 2B 01-7F VELOCITY LIMIT HIGH 1~127 2C 00-7F EXPRESSION LOW LIMIT 0~127 2D 00-01 SUSTAIN Rcv SW off/on 2E 00-7F LFO2 RATE -64~+63 2F 00-7F LFO2 MOD DEPTH -64~+63 30 Reserved 31 Reserved 32 Reserved 33 Reserved

bit0: off/on bit1: 0: fingerd, 1: fulltime

<Table 2> Voice Parameter

Byte Count

Common 112 OP data 62 x 8 = 496

-------------------------------------total 608

Voice Common Parameter (Byte Count: 112 bytes)

F0 43 1n 5E 4p 00 ll vv vv F7 p = 0..3 (Part1..3)

ll vv vv Description

00 20-7F NAME 0 01 20-7F NAME 1 02 20-7F NAME 2 03 20-7F NAME 3 04 20-7F NAME 4 05 20-7F NAME 5 06 20-7F NAME 6 07 20-7F NAME 7 08 20-7F NAME 8 09 20-7F NAME 9 0A reserved 0B reserved 0C reserved 0D reserved

0E 00-16 CATEGORY 0F reserved 10 00-05 COMMON LFO1 - waveform 11 00-63 COMMON LFO1 - speed 12 00-63 COMMON LFO1 - delay 13 00-01 COMMON LFO1 - key sync 14 reserved 15 00-63 COMMON LFO1 - pitch modulation depth 16 00-63 COMMON LFO1 - amplitude modulation depth 17 00-63 COMMON LFO1 - frequency modulation depth 18 00-05 COMMON LFO2 - waveform 19 00-7F COMMON LFO2 - speed 1A reserved 1B reserved 1C 00-03 COMMON LFO2 - phase (0: 0, 1: 90, 2: 180, 3: 270) 1D 00-01 COMMON LFO2 - key sync 1E 00-30 COMMON Note shift (-24-0-+24) 1F 00-64 COMMON Pitch EG - level 0 20 00-64 COMMON Pitch EG - level 1 21 00-64 COMMON Pitch EG - level 2 22 00-64 COMMON Pitch EG - level 4 23 00-63 COMMON Pitch EG - time 1 24 00-63 COMMON Pitch EG - time 2 25 00-63 COMMON Pitch EG - time 3 26 00-63 COMMON Pitch EG - time 4 27 00-07 COMMON Pitch EG - velocity sensitivity 28 00-01 COMMON Fseq voiced op (8) switch -high 29 00-7F COMMON Fseq voiced op (1-7) switch -low 2A 00-01 COMMON Fseq unvoiced op (8) switch -high 2B 00-7F COMMON Fseq unvoiced op (1-7) switch -low 2C 00-57 COMMON Algorithm preset number 2D 00-0F COMMON Voiced op1 carrier level correction 2E 00-0F COMMON Voiced op2 carrier level correction 2F 00-0F COMMON Voiced op3 carrier level correction 30 00-0F COMMON Voiced op4 carrier level correction 31 00-0F COMMON Voiced op5 carrier level correction 32 00-0F COMMON Voiced op6 carrier level correction 33 00-0F COMMON Voiced op7 carrier level correction 34 00-0F COMMON Voiced op8 carrier level correction 35 reserved

↓ ↓

3A reserved 3B 00-03 COMMON Pitch EG - range (8va, 2va, 1va, 1/2va) 3C 00-07 COMMON Pitch EG - time scaling depth 3D 00-07 COMMON Voiced feedback level 3E 00-64 COMMON Pitch EG - level 3 3F reserved 40 00-03/00-01/00-07 COMMON Formant Control Destination 1

↓ ↓ dest (off,out,freq,width) /V/N/OP (1~8)

44 ↓ COMMON Formant Control Destination 5 45 00-7F COMMON Formant Control Depth 1 (-64~+63)

↓ ↓ ↓

49 00-7F COMMON Formant Control Depth 5 (-64~+63) 4A 00-03/00-01/00-07 COMMON FM Control Destination 1

↓ ↓ dest (off,out,freq,width) /V/N/OP (1~8)

4E ↓ COMMON FM Control Destination 5 4F 00-7F COMMON FM Control Depth 1 (-64~+63)

↓ ↓ ↓

53 00-7F COMMON FM Control Depth 5 (-64~+63) 54 00-05 COMMON Filter Type (LPF24, LPF18, LPF12, HPF, BPF, BEF) 55 00-74 COMMON Filter Resonance (-16~+100) 56 00-0E COMMON Filter Resonance Vel Sens (-7~+7) 57 00-7F COMMON Filter Cutoff Frequency 58 00-0E COMMON Filter EG Depth Vel Sens (-7~+7) 59 00-63 COMMON Filter Cutoff Frequency LFO1 Depth 5A 00-63 COMMON Filter Cutoff Frequency LFO2 Depth 5B 00-7F COMMON Flt Cutoff Frq. Key Scale Dpt (-64~+63) 5C 00-7F COMMON Filter Cutoff Frequency Key Scale Point 5D 00-18 COMMON Filter Input Gain (-12~+12) 5E reserved

↓ ↓

63 reserved 64 00-7F COMMON Filter EG - depth (-64~+63) 65 00-64 COMMON Filter EG - level4 66 00-64 COMMON Filter EG - level1 67 00-64 COMMON Filter EG - level2 68 00-64 COMMON Filter EG - level3 69 00-63 COMMON Filter EG - time1 6A 00-63 COMMON Filter EG - time2 6B 00-63 COMMON Filter EG - time3 6C 00-63 COMMON Filter EG - time4 6D reserved 6E 00-07/00-07 COMMON Filter EG - attack time vel/time scale 6F reserved

[--ddvooo]

Page 40

Voice Voiced Parameter (Byte Count : 35 bytes / op )

F0 43 1n 5E 6p mm ll vv vv F7 p = 0..3 (Part1..3), m = 0..7 (OP1..8)

ll vv Description

00 00-01/00-30 VOICED oscillator key sync/transpose

01 00-1F VOICED oscillator frequency - coarse 02 00-7F VOICED oscillator frequency - fine 03 00-63 VOICED oscillator frequency - note scaling 04 00-0E/00-07 VOICED oscillator

05 00-01/00-07/00-07 VOICED oscillator mode/spectral skirt/

06 00-63 VOICED oscillator freq. ratio of band spectrum 07 00-1E VOICED oscillator detune 08 00-64 VOICED oscillator frequency EG - initial value 09 00-64 VOICED oscillator frequency EG - attack value 0A 00-63 VOICED oscillator frequency EG - attack time 0B 00-63 VOICED oscillator frequency EG - decay time 0C 00-63 VOICED EG - level1 0D 00-63 VOICED EG - level2 0E 00-63 VOICED EG - level3 0F 00-63 VOICED EG - level4 10 00-63 VOICED EG - time1 11 00-63 VOICED EG - time2 12 00-63 VOICED EG - time3 13 00-63 VOICED EG - time4 14 00-63 VOICED EG - hold time 15 00-07 VOICED EG - time scaling 16 00-63 VOICED level scaling - total level 17 00-63 VOICED level scaling - break point (A-1~C8) 18 00-63 VOICED level scaling - left depth 19 00-63 VOICED level scaling - right depth 1A 00-03 VOICED level scaling - left curve

1B 00-03 VOICED level scaling - right curve

1C reserved 1D reserved 1E reserved 1F 00-0E/00-07 VOICED - freq bias sense/pitch mod sense

20 00-07/00-0E VOICED - freq mod sense/freq velocity sense

21 00-07/00-0E VOICED - amp mod sense/amp velocity sense

22 00-0E VOICED - EG bias sense (-7~7)

[-stttttt]

bw bias sense (-7~7) /spectral form [-llllfff]

Operator fseq track number [-msssnnn]

(0:-lin, 1:-exp, 2:+exp, 3:+lin )

fbs : (-7~7) [-bbbbmmm]

fvs : (-7~7) [-fffvvvv]

vs : (-7~7) [-aaavvvv]

Voice Unvoiced Parameter (Byte Count : 27 bytes / op )

F0 43 1n 5E 6p mm ll vv vv F7 p = 0..3 (Part1..3) , m = 0..7 (OP1..8)

ll vv Description

23 00-30 UNVOICED formant pitch - transpose 24 00-02/00-15 UNVOICED formant pitch - mode /coarse

25 00-7F UNVOICED formant pitch - fine 26 00-63 UNVOICED formant pitch - note scaling 27 00-63 UNVOICED formant shape - band width 28 00-0E UNVOICED formant shape - bw bias sense (-7~7) 29 00-07/00-07 UNVOICED formant resonance / formant skirt /nskt

2A 00-64 UNVOICED frequency EG - initial value 2B 00-64 UNVOICED frequency EG - attack value 2C 00-63 UNVOICED frequency EG - attack time 2D 00-63 UNVOICED frequency EG - decay time 2E 00-63 UNVOICED level 2F 00-0E UNVOICED level - key scaling 30 00-63 UNVOICED EG - level1 31 00-63 UNVOICED EG - level2 32 00-63 UNVOICED EG - level3 33 00-63 UNVOICED EG - level4 34 00-63 UNVOICED EG - time1 35 00-63 UNVOICED EG - time2 36 00-63 UNVOICED EG - time3 37 00-63 UNVOICED EG - time4 38 00-63 UNVOICED EG - hold time 39 00-07 UNVOICED EG - time scaling 3A 00-0E UNVOICED - freq bias sense

3B 00-07/00-0E UNVOICED - freq mod sense/freq velocity sense

3C 00-07/00-0E UNVOICED - amp mod sense/amp velocity sense

3D 00-0E UNVOICED - EG bias sense (-7~7)

[-mmccccc]

[--rrrsss]

nfbs : (-7~7) [----bbbb]

nfvs : (-7~7) [-fffvvvv]

nvs : (-7~7) [-aaavvvv]

<Table 3> Fseq Parameter

F0 43 1n 5E 70 00 ll vv vv F7

Header Parameter

ll vv vv Description

00 20-7F NAME 0 01 20-7F NAME 1 02 20-7F NAME 2 03 20-7F NAME 3 04 20-7F NAME 4 05 20-7F NAME 5 06 20-7F NAME 6 07 20-7F NAME 7 08 reserved 09 reserved 0A reserved 0B reserved 0C reserved 0D reserved 0E reserved 0F reserved 10 00-7F Fseq - start step of loop point (hi byte)

12 00-7F Fseq - end step of loop point (hi byte)

14 00-01 Fseq - loop mode ( 0: one way, 1: round ) 15 00-7F Fseq - speed adjust 16 00-07 Fseq - velocity sensitivity for tempo 17 00-01 Fseq - formant pitch mode

18 00-7F Fseq - formant note assign 19 00-7E Fseq - formant pitch tuning (-63~63) 1A 00-63 Fseq - formant seqence delay 1B 00-03 Fseq - frame data format *1 1C reserved 1D reserved 1E 00-7F RMTC - end step of valid data (hi byte)

*1 frame data format

0: total of frames 128 1: total of frames 256 2: total of frames 384 3: total of frames 512

Frame Parameter

ll vv Description

10 00-7F Fseq - fundamental pitch (hi byte) 11 00-7F Fseq - fundamental pitch (lo byte) 12 00-7F Fseq - voiced formant frequency (hi byte)

↓ ↓ ↓

19 00-7F Fseq - voiced formant frequency (hi byte) 20 00-7F Fseq - voiced formant frequency (lo byte)

↓ ↓ ↓

21 00-7F Fseq - voiced formant frequency (lo byte) 22 00-7F Fseq - voiced formant level

↓ ↓ ↓

29 00-7F Fseq - voiced formant level 2A 00-7F Fseq - unvoiced formant frequency (hi byte)

↓ ↓ ↓

31 00-7F Fseq - unvoiced formant frequency (hi byte) 32 00-7F Fseq - unvoiced formant frequency (lo byte)

↓ ↓ ↓

39 00-7F Fseq - unvoiced formant frequency (lo byte) 3A 00-7F Fseq - unvoiced formant level

↓ ↓ ↓

41 00-7F Fseq - unvoiced formant level

Fseq - start step of loop point (lo byte)

Fseq - end step of loop point (lo byte)

0: pitch, 1: non-pitch

RMTC - end step of valid data (lo byte)

Page 41

<Table 4> System Parameter (Byte Count: 76 bytes )

F0 43 1n 5E 00 00 ll vv vv F7

ll vv Description

00 00-7F master tuning (-64~+63) 01 reserved 02 ↓ 03 reserved 04 reserved 05 reserved 06 00-7F master note shift (-64~+63) 07 00-04 dump interval (50 msec ... 300 msec) 08 00-01 program change mode (0: pfm, 1: multi) 09 00-10,7F performance channel

0A reserved 0B 00-01 knob control mode (0:abs, 1:rel) 0C reserved 0D 00-03 BC curve (0:thru, 1~3) 0E 00-04 velocity curve (thru, sft1, sft2, wid, hrd)

0F reserved 10 00-01 Rx Excl. (Not changed with Parameter Change.) 11 00-02 note event receive sw (0~2: all/odd/even) 12 00-01 bank select receive sw 13 00-01 program change receive sw 14 00-01 knob receive sw (0~1: off/on) 15 00-01 knob transmit sw (0~1: off/on) 16 01-1F, 21-5F KN1 control number (default: 16) 17 01-1F, 21-5F KN2 control number (default: 17) 18 01-1F, 21-5F KN3 control number (default: 18) 19 01-1F, 21-5F KN4 control number (default: 19) 1A 01-1F, 21-5F MC1 control number (default: 20) 1B 01-1F, 21-5F MC2 control number (default: 21) 1C 01-1F, 21-5F MC3 control number (default: 22) 1D 01-1F, 21-5F MC4 control number (default: 13) 1E 01-1F, 21-5F FC control number (default: 4) 1F 01-1F, 21-5F BC control number (default: 2) 20 01-1F, 21-5F Formant control number (default: 80) 21 01-1F, 21-5F FM control number (default: 81) 22 00-7F play sound 1 note 23 00-7F play sound 1 velocity (0: off) 24 00-7F play sound 2 note 25 00-7F play sound 2 velocity (0: off) 26 00-7F play sound 3 note 27 00-7F play sound 3 velocity (0: off) 28 00-7F play sound 4 note 29 00-7F play sound 4 velocity (0: off) 2A not used 2B not used 2C not used 2D not used 2E not used 2F not used 30 not used 31 not used 32 not used 33 not used 34 not used 35 not used 36 not used 37 not used 38 not used 39 not used 3A not used 3B not used 3C not used 3D not used 3E not used 3F not used 40 not used 41 not used 42 not used 43 not used 44 not used 45 not used

Bulk Dump does not change the following.

46 0 fseq init command

Bulk Dump and Parameter Change do not change the following, ignoring Parameter Request.

47 00-01 memory allocation (0:128Voice/0FSeq, 1:64Voice/6FSeq) 48 00-07 LCD contrast 49 00-10, 7F system exclusive device number

4A 00-01 bulk dump protect on/off switch (0~1:off/on) 4B not used

(0-0F: 1-16, 10: all, 7F: off)

(00-0F: 1-16, 10: all, 7F: off)

(default:thru)

<Table 5> DX Bulk Data

FS1R can partly receive VCED or ACED bulk data for Yamaha DX series. Since not all parameters and their value ranges for DX series are compatible to FS1R, it automatically converts received DX bulk data into FS1R native data for original DX sound reproduction to be available. ACED bulk data is not interpreted until its following VCED bulk data is received.

DX Bulk Data

11110000 F0 01000011 43 0000nnnn nnnn = Device Number 0ttttttt ttttttt = Format No. 0bbbbbbb bbbbbbb = Byte Count High 0bbbbbbb bbbbbbb = Byte Count Low 0ddddddd ddddddd = Data | | Byte Count 0ddddddd ddddddd = Data 0ccccccc ccccccc = Check-sum 11110111 F7

Format No. 00 VCED (Voice Edit Buffer) 05 ACED (Additional Edit Buffer)

Byte Count 1 55 bytes VCED (Voice Edit Buffer)

VCED and ACED parameters (data structures) are as follow. Parameter (Data) is described in the order of Parameter Group # to Parameter#.

Parameter Group # g h

00 00 VCED (Voice Edit Buffer) 0~127 00 01 VCED (Voice Edit Buffer) 0~26 06 00 ACED (Additional Edit Buffer) 0~73

DX Voice Parameter (Data) - VCED format (Byte Count : 155 bytes)

Parameter Group# Parameter# Data Range Description g h OP6 OP5 OP4 OP3 OP2 OP1

00 00 00 15 2A 3F 54 69 00-63 EG rate1 00 00 01 16 2B 40 55 6A 00-63 EG rate2 00 00 02 17 2C 41 56 6B 00-63 EG rate3 00 00 03 18 2D 42 57 6C 00-63 EG rate4 00 00 04 19 2E 43 58 6D 00-63 EG lelel1 00 00 05 1A 2F 44 59 6E 00-63 EG lelel2 00 00 06 1B 30 45 5A 6F 00-63 EG lelel3 00 00 07 1C 31 46 5B 70 00-63 EG lelel4 00 00 08 1D 32 47 5C 71 00-63 Break Point 00 00 09 1E 33 48 5D 72 00-63 Left Depth 00 00 0A 1F 34 49 5E 73 00-63 Right Depth 00 00 0B 20 35 4A 5F 74 00-03 Left Curve 00 00 0C 21 36 4B 60 75 00-03 Right Curve 00 00 0D 22 37 4C 61 76 00-07 Rate Scaling 00 00 0E 23 38 4D 62 77 00-03 AMS 00 00 0F 24 39 4E 63 78 00-07 Touch Sens 00 00 10 25 3A 4F 64 79 00-63 Total Level 00 00 11 26 3B 50 65 7A 00-01 Freq Mode 00 00 12 27 3C 51 66 7B 00-1F Freq Course 00 00 13 28 3D 52 67 7C 00-63 Freq Fine 00 00 14 29 3E 53 68 7D 00-0E Detune 00 00 7E 00-63 PEG Rate1 00 00 7F 00-63 PEG Rate2 00 01 00 00-63 PEG Rate3 00 01 01 00-63 PEG Rate4 00 01 02 00-63 PEG Level1 00 01 03 00-63 PEG Level2 00 01 04 00-63 PEG Level3 00 01 05 00-63 PEG Level4 00 01 06 00-1F Algorithm 1~36 00 01 07 00-07 Feedback 00 01 08 00-01 OSC Sync 00 01 09 00-63 LFO Speed 00 01 0A 00-63 LFO Delay 00 01 0B 00-63 PMD 00 01 0C 00-63 AMD 00 01 0D 00-01 LFO Key Sync 00 01 0E 00-05 LFO Wave 00 01 0F 00-07 PMS 00 01 10 00-2F Transpose 00 01 11 25-58 Voice Name 00 01 12 25-58 Voice Name 00 01 13 25-58 Voice Name 00 01 14 25-58 Voice Name 00 01 15 25-58 Voice Name 00 01 16 25-58 Voice Name 00 01 17 25-58 Voice Name 00 01 18 25-58 Voice Name 00 01 19 25-58 Voice Name 00 01 1A 25-58 Voice Name

49 bytes ACED (Additional Edit Buffer)

Page 42

DX Voice Additional Parameter - ACED format(Byte Count : 49 bytes)

Param Group# Parameter# Data Description g h

06 00 00 not used 06 00 01 not used 06 00 02 not used 06 00 03 not used 06 00 04 not used 06 00 05 not used 06 00 06 00-07 OP6 AMS 06 00 07 00-07 OP5 AMS 06 00 08 00-07 OP4 AMS 06 00 09 00-07 OP3 AMS 06 00 0A 00-07 OP2 AMS 06 00 0B 00-07 OP1 AMS 06 00 0C 00-03 PEG Range 06 00 0D not used 06 00 0E 00-01 PEG Vel Switch 06 00 0F not used 06 00 10 not used 06 00 11 not used 06 00 12 not used 06 00 13 not used 06 00 14 not used 06 00 15 not used 06 00 16 not used 06 00 17 not used 06 00 18 not used 06 00 19 not used 06 00 1A not used 06 00 1B not used 06 00 1C not used 06 00 1D not used 06 00 1E not used 06 00 1F not used 06 00 20 not used 06 00 21 not used 06 00 22 not used 06 00 23 not used 06 00 24 not used 06 00 25 not used 06 00 26 00-07 PEG Rate Scaling 06 00 40 not used 06 00 41 not used 06 00 42 not used 06 00 43 not used 06 00 44 not used 06 00 45 not used 06 00 46 not used 06 00 47 not used 06 00 48 not used 06 00 49 not used

Page 43

0,32

7, 10, 11, 64

5, 65 71, 74 72, 73 91, 93

16-19

2, 4,1 3, 20-22

80, 81

6, 98-101

120 121

True Voice



˛

˛ ˛

˛ ˛

˛ ˛ ˛ ˛ ˛ ˛ ˛ Ø *

 ˛ Ø *3 ˛ ˛ ˛

˛

***************

˛ ˛ ˛

˛ ˛

˛ ˛ ˛ ˛

*1 *2 *3 *4

Ignore Note number.

Receive if switch is on.

Assignable to 1-31,33-95.

Receive if Fseq Speed is set to midi.

˛ ˛

***************

˛

***************

Ø

Mode 1 : OMNI ON , POLY Mode 3 : OMNI OFF, POLY

˛

1-16 1-16

Memorized

Ø 9nH, v=1-127 Ø 9nH, v=0

Ø *

Ø

Ø *

Ø Ø Ø Ø Ø Ø Ø *

Ø *

Ø Ø Ø

Ø 0-127 *

Ø 0-127

˛ ˛ ˛

Ø *

˛

˛ Ø Ø ˛

3, 4 3, 4

˛

Memorized

0-127

Ø *

Bank Select Modulation Wheel Vol, Pan, Exp, Sus Portamento Ctrl Sound Control Release, Attack Rev, Var Send Knob1-4 Control BC, FC, MC4, MC1-3 Formant, FM Ctrl Data Entry All Sound Off Reset All Ctrls

Ø : YES ˛ : NO

Date :16-JUL-1998 Version : 1.0

YAMAHA [ Tone Generator ] /

Model: FS1R MIDI Implementation Chart

Mode 2 : OMNI ON , MONO Mode 4 : OMNI OFF, MONO

TransmittedFunction Recognized Remarks

Basic Channel

Note Number

Velocity

After Touch

Pitch Bend

Control Change

Program Change

System Exclusive

System Common

System Real Time

Aux Messages

Notes

Mode

Note ON Note OFF

Key's Ch's

Clock Commands

Local ON/OFF All Notes OFF Active Sense Reset

Song Pos. Song Sel. Tune

True #

Default Messages Altered

Default Changed

Page 44

811MWIT 11.2-02B0

Page 45

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Frequently Asked Questions

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