CLP-685 MIDIリファレンス

Transcription

1 CP- CP- CP- CP-3 JA

2 Reverb Block Chorus Block XG Effect Name MSB SB DSP Block MSB SB XG Effect Name MSB SB MODERN HA 1 2 CONCERT HA 1 CATHEDRA 1 BASIC HA 1 21 IGHT HA 1 22 BAAD HA 1 1 PIANO HA 1 20 HA1 1 0 HA2 1 HA3 1 1 HA 1 1 HA 1 1 HA M 1 HA 1 ATMO HA 1 23 VOCA HA1 1 2 VOCA HA2 1 2 CHAMBER 2 2 CUB 3 2 ACOUSTIC ROOM 2 20 DRUMS ROOM 2 21 PERC ROOM 2 22 ROOM1 2 ROOM2 2 1 ROOM3 2 1 ROOM 2 1 ROOM 2 0 ROOM 2 1 ROOM 2 2 ROOM S 2 ROOM M 2 ROOM 2 STAGE1 3 STAGE2 3 1 STAGE3 3 0 STAGE 3 1 PATE 2 PATE1 PATE2 1 PATE3 0 GM PATE TUNNE 1 0 CANYON 1 0 BASEMENT 1 0 ARGE HA 1 2 MEDIUM HA 1 3 WARM ROOM 2 3 WHITE ROOM 0 WOODY ROOM 2 RICH PATE 1 NO EFFECT 0 0 MSB SB XG Effect Name MSB SB HA1 1 0 HA2 1 HA3 1 1 HA 1 1 HA 1 1 HA M 1 HA 1 ATMO HA 1 23 ACOUSTIC ROOM 2 20 DRUMS ROOM 2 21 PERC ROOM 2 22 ROOM1 2 ROOM2 2 1 ROOM3 2 1 ROOM 2 1 ROOM 2 0 ROOM 2 1 ROOM 2 2 ROOM S 2 ROOM M 2 ROOM 2 STAGE1 3 STAGE2 3 1 STAGE3 3 0 STAGE 3 1 PATE1 PATE2 1 PATE3 0 GM PATE CHORUS1 1 CHORUS2 CHORUS3 CHORUS 1 CHORUS 2 CHORUS 0 CHORUS 1 CHORUS CHORUS FAST CHORUS ITE 1 GM CHORUS1 3 GM CHORUS2 GM CHORUS3 GM CHORUS FB CHORUS CEESTE1 0 CEESTE2 2 SYMPHONIC1 SYMPHONIC2 0 ENS DETUNE1 0 ENS DETUNE2 KARAOKE KARAOKE KARAOKE FANGE FANGER2 GM FANGER T_FANGER 0 TEMPO DEAY TEMPO DEAY2 21 TEMPO ECHO 21 TEMPO CROSS TEMPO CROSS2 22 TEMPO CROSS TEMPO CROSS 22 1 PHASE 2 0 T_PHASE 0 T_PHASER2 EP PHASE 2 1 EP PHASER2 2 1 EP PHASER3 2 ROTARY SP1 ROTARY SP2 1 1 ROTARY SP3 1 1 ROTARY SP 0 1 ROTARY SP 1 ROTARY SP 0 ROTARY SP 1 22 AUTO PAN1 1 AUTO PAN2 1 0 EP AUTOPAN 1 21 T_AUTO PAN1 1 0 TREMOO1 0 TREMOO2 1 1 TREMOO3 0 0 EP TREMOO 0 1 GT TREMOO GT TREMOO2 0 1 VIBE VIBRATE 0 T_TREMOO 0 0 NO EFFECT 0 0 MSB SB XG Effect Name MSB SB HA1 1 0 HA2 1 HA3 1 1 HA 1 1 HA 1 1 HA M 1 HA 1 ATMO HA 1 23 ACOUSTIC ROOM 2 20 DRUMS ROOM 2 21 PERC ROOM 2 22 ROOM1 2 ROOM2 2 1 ROOM3 2 1 ROOM 2 1 ROOM 2 0 ROOM 2 1 ROOM 2 2 ROOM S 2 ROOM M 2 ROOM 2 STAGE1 3 STAGE2 3 1 STAGE3 3 0 STAGE 3 1 PATE1 PATE2 1 PATE3 0 GM PATE TUNNE 1 0 CANYON 1 0 BASEMENT 1 0 WHITE ROOM 0 CHORUS1 1 CHORUS2 CHORUS3 CHORUS 1 CHORUS 2 CHORUS 0 CHORUS 1 CHORUS CHORUS FAST CHORUS ITE 1 GM CHORUS1 3 GM CHORUS2 GM CHORUS3 GM CHORUS FANGER3 1 FB CHORUS FANGER 1 CEESTE1 0 FANGER 0 CEESTE2 2 2

3 XG Effect Name MSB SB XG Effect Name MSB SB XG Effect Name MSB SB XG Effect Name MSB SB SYMPHONIC1 AMP SIM1 0 DST+2ROT SP 1 P.WH+OD T 2 2 SYMPHONIC2 0 AMP SIM2 1 OD+ROT SP 2 NO EFFECT 0 0 ENS DETUNE1 0 ST AMP1 20 OD+2ROT SP 2 THRU 0 ENS DETUNE2 ST AMP2 21 AMP+ROT SP 3 KARAOKE ST AMP3 AMP+2ROT SP 3 KARAOKE ST AMP 2 AUTO PAN1 1 KARAOKE ST AMP 2 AUTO PAN2 1 0 E 0 ST AMP 2 AUTO PAN3 1 1 ER2 1 DST+DEAY1 EP AUTOPAN 1 21 GATE REVERB1 0 DST+DEAY2 0 T_AUTO PAN1 1 0 GATE REVERB2 OD+DEAY1 1 T_AUTO PAN2 1 1 REVERSE GATE 0 OD+DEAY2 1 TREMOO1 0 EQ DISCO CMP+DST+DY1 TREMOO2 1 1 EQ TE 1 CMP+DST+DY2 0 TREMOO BAND EQ 0 CMP+OD+DY1 1 EP TREMOO 0 1 3BAND EQ 0 CMP+OD+DY2 1 GT TREMOO ST 3BAND EQ 1 V_DST H+DY 1 GT TREMOO2 0 1 HM ENHANCE1 1 V_DST S+DY 3 VIBE VIBRATE 0 HM ENHANCE2 1 0 DST+TDY 0 0 T_TREMOO 0 0 FANGE OD+TDY 0 1 AUTO WAH1 FANGER2 COMP+DIST1 3 AUTO WAH2 0 FANGER3 1 COMP+DIST2 3 1 AT.WAH+DST1 1 FANGER 1 CMP+DST+TD 1 0 AT.WAH+DST2 1 FANGER 0 CMP+OD+TDY1 1 1 AT.WH+DST HD 21 GM FANGER CMP+OD+TDY2 1 AT.WH+DST HV 23 T_FANGER 0 CMP+OD+TDY3 1 1 AT.WH+DST T 2 DEAY C CMP+OD+TDY 1 1 AT.WAH+OD1 1 DEAY CR2 0 CMP+OD+TDY 1 1 AT.WAH+OD2 2 DEAY R 0 CMP+OD+TDY 1 20 AT.WH+OD HD 22 ECHO 0 V_DST H+TD1 3 0 AT.WH+OD HV 2 CROSS DEAY1 0 V_DST H+TD2 3 1 AT.WH+OD T 2 CROSS DEAY2 V_DST S+TD1 3 1 TEMPO AT.WAH 0 TEMPO DEAY V_DST S+TD2 3 T_AT.WH+DST 1 TEMPO DEAY2 21 COMP MED 3 T_A.WH+DSTHD 21 TEMPO ECHO 21 COMP HEAVY 3 1 T_A.WH+DSTHV 23 TEMPO CROSS COMP MEODY T_A.WH+DSTT 2 TEMPO CROSS2 22 COMP BASS 1 T_AT.WH+OD 2 TEMPO CROSS MBAND COMP 0 T_A.WH+OD HD 22 TEMPO CROSS 22 1 COMPRESSOR 3 0 T_A.WH+OD HV 2 V_DIST WARM 22 NOISE GATE 0 T_A.WH+OD T 2 V_DIST CS H 23 VCE CANCE 0 TOUCH WAH1 2 0 V_DIST CS S 20 AMBIENCE 0 TOUCH WAH2 2 V_DIST META 2 TAKING MOD 3 0 TOUCH WAH V_DIST CRUNC 1 O-FI DRUM3 1 TC.WH+DST1 2 V_DIST BUES 21 O-FI DRUM 20 TC.WH+DST2 2 1 V_DIST EDGY 1 ISOATOR 1 0 TC.WH+DST HD 2 21 V_DIST SOID 2 PHASE 2 0 TC.WH+DST HV 2 23 V_DST CEAN1 1 PHASER2 2 TC.WH+DST T 2 2 V_DST CEAN2 2 PHASER3 2 1 TC.WAH+OD1 2 1 V_DIST TWIN T_PHASE 0 TC.WAH+OD2 2 2 V_DIST ROCA 3 1 T_PHASER2 TC.WAH+OD HD 2 22 V_DST JZ CN 2 EP PHASE 2 1 TC.WAH+OD HV 2 2 V_DST FUSION 3 1 EP PHASER2 2 1 TC.WAH+OD T 2 2 ST AMP SOID 2 EP PHASER3 2 WH+DST+DY1 ST AMP CRUNC 30 PITCH CHG1 0 WH+DST+DY2 0 ST AMP BUES 2 PITCH CHG2 0 0 WH+DST+TDY 2 0 ST AMP CEAN 2 PITCH CHG3 0 1 WH+OD+DY1 1 ST AMP HARP 31 DUA ROT BRT WH+OD+DY2 1 V_DIST HARD 0 DUA ROT WRM 1 WH+OD+TDY1 2 1 V_DIST SOFT 2 DUA ROT SP1 0 WH+OD+TDY2 2 DIST HARD1 DUA ROT SP2 1 CAVI TC.WAH 2 1 DIST HARD2 22 ROTARY SP1 EP TC.WAH 2 1 DIST SOFT1 1 ROTARY SP2 1 1 PEDA WAH 2 0 DIST SOFT2 23 ROTARY SP3 1 1 PEDA WH+DST 2 1 DIST HEAVY 3 0 ROTARY SP 0 1 P.WH+DIST HD 2 21 OVER DRIVE 0 ROTARY SP 1 P.WH+DIST HV 2 23 ST DIST 3 ROTARY SP 0 P.WH+DIST T 2 2 ST OD ROTARY SP 1 22 PEDA WH+OD 2 2 ST DIST HARD 1 2WAY ROT SP 0 P.WH+OD HD 2 22 ST DIST SOFT 1 DST+ROT SP 1 P.WH+OD HV 2 2 3

4 (*1) Reverb Block (*2) Chorus Block DSP Block REVERB BASIC HA, IGHT HA, HA1, 2, 3,,, HA M, HA, ATMO HA, VOCA HA1, 2, ACOUSTIC ROOM, DRUMS ROOM, PERC ROOM, ROOM1, 2, 3,,,,, ROOM S, ROOM M, ROOM, STAGE1, 2, 3,, PATE1, 2, 3, GM PATE 1 Reverb Time 0.3s 30.0s 0 Table # 2 Diffusion Initial Delay 0.1ms 200.0ms (*1) 0.1ms.3ms (*2, 3) BAAD HA, PIANO HA, ARGE HA, MEDIUM HA WARM ROOM, WOODY ROOM, RICH PATE TUNNE, CANYON, BASEMENT, WHITE ROOM Table # HPF Cutoff Thru, 22Hz.0kHz 0, 1 2 Table #3 PF Cutoff 1.0kHz 1kHz, Thru 3, 0 Table #3 Dry/Wet D3>W D=W D<W3 1 Rev Delay 0.1ms 200.0ms (*1) 0.1ms.3ms (*2, 3) Density 0 (*1, 3) 0 2 (*2) Er/Rev Balance E3>R E=R E<R3 1 High Damp Feedback evel Table # 1 Reverb Time 0.3s 30.0s 0 Table # 2 Diffusion Initial Delay 0.1ms 200.0ms 0 Table # HPF Cutoff Thru, 22Hz.0kHz 0, 1 2 Table #3 PF Cutoff 1.0kHz 1kHz, Thru 3, 0 Table #3 Dry/Wet D3>W D=W D<W3 1 High Damp Reverb Time 0.3s 30.0s 0 Table # 2 Diffusion Initial Delay 0.1ms 200.0ms (*1) 0.1ms.3ms Table # HPF Cutoff Thru, 22Hz.0kHz 0, 1 2 Table #3 PF Cutoff 1.0kHz 1kHz, Thru 3, 0 Table #3 Width 0.m 30.2m (*1) 0.m.2m Height 0.m 30.2m (*1) 0.m 20.2m Table # Table # Depth 0.m 30.2m 0 Table # Wall Vary Dry/Wet D3>W D=W D<W3 1 Rev Delay 0.1ms 200.0ms (*1) 0.1ms.3ms Density 0 0 Er/Rev Balance E3>R E=R E<R3 1 High Damp Feedback evel Table # MODERN HA, CONCERT HA, CATHEDRA, CHAMBER, CUB, PATE DEAY DEAY C, DEAY CR2 1 ch Delay 0.1ms 3.3ms Rch Delay 0.1ms 3.3ms Cch Delay 0.1ms 3.3ms 1 33 Feedback Delay 0.1ms 3.3ms 1 33 Feedback evel Cch evel 0 0 High Damp Dry/Wet D3>W D=W D<W3 1 EQ ow Frequency 32Hz 2.0kHz 0 Table #3 EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 DEAY R 1 ch Delay 0.1ms 3.3ms Rch Delay 0.1ms 3.3ms Feedback Delay 1 0.1ms 3.3ms 1 33 Feedback Delay 2 0.1ms 3.3ms 1 33 Feedback evel High Damp Dry/Wet D3>W D=W D<W3 1 EQ ow Frequency 32Hz 2.0kHz 0 Table #3 EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 ECHO 1 ch Delay1 0.1ms.0ms ch Feedback evel Rch Delay1 0.1ms.0ms 1 0 Rch Feedback evel High Damp ch Delay2 0.1ms.0ms 1 0 Rch Delay2 0.1ms.0ms 1 0 Delay2 evel 0 0 Dry/Wet D3>W D=W D<W3 1 EQ ow Frequency 32Hz 2.0kHz 0 Table #3 EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2

5 CROSS DEAY1, CROSS DEAY2 1 ->R Delay 0.1ms.0ms R-> Delay 0.1ms.0ms Feedback evel Input Select, R, &R 0 2 High Damp Dry/Wet D3>W D=W D<W3 1 EQ ow Frequency 32Hz 2.0kHz 0 Table #3 EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 E, ER2 1 Type S-H, -H, Rdm, Rvs, Plt, Spr 0 2 Room Size Table # 3 Diffusion 0 0 Initial Delay 0.1ms 200.0ms 0 Table # Feedback evel HPF Cutoff Thru, 22Hz.0kHz 0, 1 2 Table #3 PF Cutoff 1.0kHz 1kHz, Thru 3, 0 Table #3 Dry/Wet D3>W D=W D<W3 1 iveness 0 0 Density High Damp TEMPO DEAY1, TEMPO DEAY2, TEMPO ECHO 1 Delay Time th/3 thx 0 1 Table # 2 Feedback evel Feedback High Dump /R Diffusion -3ms 0ms 3ms 1 ag -3ms 0ms 3ms 1 Dry/Wet D3>W D=W D<W3 1 EQ ow Frequency 32Hz 2.0kHz 0 EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 EQ High Gain -db 0dB +db 2 GATE REVERB1, GATE REVERB2, REVERSE GATE 1 Type TypeA, TypeB Room Size Table # 3 Diffusion 0 0 Initial Delay 0.1ms 200.0ms 0 Table # Feedback evel HPF Cutoff Thru, 22Hz.0kHz 0, 1 2 Table #3 PF Cutoff 1.0kHz 1kHz, Thru 3, 0 Table #3 Dry/Wet D3>W D=W D<W3 1 iveness 0 0 Density High Damp TEMPO CROSS1, 2, 3, 1 Delay Time >R th/3 thx 0 1 Table # 2 Delay Time R> th/3 thx 0 1 Table # 3 Feedback evel Input Select, R, &R 0 2 Feedback High Dump ag -3ms 0ms 3ms 1 Dry/Wet D3>W D=W D<W3 1 EQ ow Frequency 32Hz 2.0kHz 0 EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 EQ High Gain -db 0dB +db 2 ER/KARAOKE KARAOKE1, 2, 3 1 Delay Time 0.1ms 00.0ms 0 Table # 2 Feedback evel HPF Cutoff Thru, 22Hz.0kHz 0, 1 2 Table #3 PF Cutoff 1.0kHz 1kHz, Thru 3, 0 Table #3 Dry/Wet D3>W D=W D<W3 1 Density CHORUS CHORUS1, 2, 3,,,,,, CHORUS FAST, CHORUS ITE, GM CHORUS1, 2, 3,, FB CHORUS, CEESTE1, 2 1 FO Frequency 0.00Hz 3.Hz 0 Table #1 2 FO Depth Feedback evel Delay Offset 0.0ms 0ms 0 Table #2 EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 Dry/Wet D3>W D=W D<W3 1 EQ Mid Frequency 0Hz.0kHz Table #3 EQ Mid Gain -db 0dB +db 2 EQ Mid Width Input Mode mono, stereo 0 1 SYMPHONIC1, SYMPHONIC2 1 FO Frequency 0.00Hz 3.Hz 0 Table #1 2 FO Depth Delay Offset 0.0ms 0ms 0 Table #2 EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 Dry/Wet D3>W D=W D<W3 1 EQ Mid Frequency 0Hz.0kHz Table #3 EQ Mid Gain -db 0dB +db 2 EQ Mid Width

6 ENS DETUNE1, ENS DETUNE2 1 Detune -0cent 0cent +0cent 1 2 ch Init Delay 0.0ms 0ms 0 Table #2 3 Rch Init Delay 0.0ms 0ms 0 Table #2 Dry/Wet D3>W D=W D<W3 1 EQ ow Frequency 32Hz 2.0kHz 0 Table #3 EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 PHASER2, PHASER3 1 FO Frequency 0.00Hz 3.Hz 0 Table #1 2 FO Depth Phase Shift Offset 0 0 Feedback evel EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 Dry/Wet D3>W D=W D<W3 1 Stage 3 3 FO Phase Difference -deg 0deg +deg resolution =3deg. FANGER FANGE, 2, 3,,, GM FANGER 1 FO Frequency 0.00Hz 3.Hz 0 Table #1 2 FO Depth Feedback evel Delay Offset 0.0ms 0ms 0 Table #2 EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 Dry/Wet D3>W D=W D<W3 1 EQ Mid Frequency 0Hz.0kHz Table #3 EQ Mid Gain -db 0dB +db 2 EQ Mid Width FO Phase Difference -deg 0deg +deg resolution =3deg. T_FANGER 1 FO Freq th thx 2 Table # 2 FO Depth Feedback evel Delay Offset 0.0ms 0ms 0 Table #2 EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 Dry/Wet D3>W D=W D<W3 1 EQ Mid Frequency 0Hz.0kHz Table #3 EQ Mid Gain -db 0dB +db 2 EQ Mid Width FO Phase Difference -deg 0deg +deg resolution =3deg. PHASER PHASE, EP PHASE, 2, 3 1 FO Frequency 0.00Hz 3.Hz 0 Table #1 2 FO Depth Phase Shift Offset 0 0 Feedback evel EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 Dry/Wet D3>W D=W D<W3 1 Stage 22 (*2) 22 Diffusion mono, stereo 0 1 T_PHASE, T_PHASER2 1 FO Freq th thx 2 Table # 2 FO Depth Phase Shift Offset 0 0 Feedback evel EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 Dry/Wet D3>W D=W D<W3 1 Stage 3 3 FO Phase Difference -deg 0deg +deg resolution =3deg. DISTORTION V_DIST WARM, V_DIST CS H, V_DIST CS S, V_DIST META, V_DIST CRUNC, V_DIST BUES, V_DIST EDGY, V_DIST SOID, V_DST CEAN1, V_DST CEAN2, V_DIST TWIN, V_DST JZ CN, V_DIST HARD, V_DSIT SOFT 1 Overdrive 0% 0% Device Transistor, Vintage Tube, 0 Dist1, Dist2, Fuzz 3 Speaker Flat, Stack, Combo, Twin, 0 Radio, Megaphone Presence Output evel 0% 0% 0 0 Dry/Wet Balance D3>W D=W D<W3 1 V_DIST ROCA, V_DST FUSION 1 Overdrive 0% 0% Device Transistor, Vintage Tube, 0 Dist1, Dist2, Fuzz 3 Speaker Flat, Stack, Combo, Twin, 0 Radio, Megaphone Presence Output evel 0% 0% 0 0 Delay Time th/3 thx 0 1 Table # Delay Feedback evel /R Diffusion -3ms 0ms 3ms 1 ag -3ms 0ms 3ms 1 Dry/Wet D3>W D=W D<W3 1 Delay Mix 0 0 Feedback High Dump

7 ST AMP SOID, ST AMP CRUNC, ST AMP BUES, ST AMP CEAN, ST AMP HARP, ST DIST HARD, ST DIST SOFT, ST AMP1, 2, 3,,, 1 Drive AMP Type Off, Stack, Combo, Tube PF Cutoff 1.0kHz 1kHz, Thru 3, 0 Table #3 Output evel 0 0 Dry/Wet D3>W D=W D<W3 1 Edge (Clip Curve) 0 (mild sharp) 0 AMP SIM2 1 Drive AMP Type Off, Stack, Combo, Tube, Crunch, Hi gain, British 0 3 PF Cutoff 1.0kHz 1kHz, Thru 3, 0 Table #3 Output evel 0 0 Dry/Wet D3>W D=W D<W3 1 DIST HARD1, DIST HARD2, DIST SOFT1, DIST SOFT2, AMP SIM1 1 Drive AMP Type Off, Stack, Combo, Tube PF Cutoff 1.0kHz 1kHz, Thru 3, 0 Table #3 Output evel 0 0 Dry/Wet D3>W D=W D<W3 1 Edge (Clip Curve) 0 (mild sharp) 0 DIST HEAVY, OVERDRIVE 1 Drive EQ ow Frequency 32Hz 2.0kHz 0 Table #3 3 EQ ow Gain -db 0dB +db 2 PF Cutoff 1.0kHz 1kHz, Thru 3, 0 Table #3 Output evel 0 0 EQ Mid Frequency 0Hz.0kHz Table #3 EQ Mid Gain -db 0dB +db 2 EQ Mid Width Dry/Wet D3>W D=W D<W3 1 Edge (Clip Curve) 0 (mild sharp) 0 ST DIST, ST OD 1 Drive EQ ow Frequency 32Hz 2.0kHz 0 Table #3 3 EQ ow Gain -db 0dB +db 2 PF Cutoff 1.0kHz 1kHz, Thru 3, 0 Table #3 Output evel 0 0 EQ Mid Frequency 0Hz.0kHz Table #3 EQ Mid Gain -db 0dB +db 2 EQ Mid Width Dry/Wet D3>W D=W D<W3 1 Edge (Clip Curve) 0 0 DISTORTION+ DST+DEAY1, DST+DEAY2, OD+DEAY1, OD+DEAY2 1 ch Delay Time 0.1ms 3.3ms Rch Delay Time 0.1ms 3.3ms Delay Feedback Time 0.1ms 3.3ms 1 33 Delay Feedback evel Delay Mix 0 0 Dist Drive 0 0 Dist Output evel 0 0 Dist EQ ow Gain -db 0dB +db 2 Dist EQ Mid Gain -db 0dB +db 2 Dry/Wet D3>W D=W D<W3 1 CMP+DST+DY1, CMP+DST+DY2, CMP+OD+DY1, CMP+OD+DY2 1 Delay Time 0.1ms 3.3ms Delay Feedback evel Delay Mix 0 0 Dist Drive 0 0 Dist Output evel 0 0 Dist EQ ow Gain -db 0dB +db 2 Dist EQ Mid Gain -db 0dB +db 2 Dry/Wet D3>W D=W D<W3 1 Comp. Attack 1ms 0ms 0 1 Table # Comp. Release ms 0ms 0 Table # Comp. Threshold -db -db 1 Comp. Ratio Table # V_DST H+DY, V_DST S+DY 1 Overdrive 0% 0% Device Transistor, Vintage Tube, 0 Dist1, Dist2, Fuzz 3 Speaker Flat, Stack, Combo, Twin, 0 Radio, Megaphone Presence Output evel 0% 0% 0 0 Delay Time 0.1ms 3.3ms 1 33 Delay Time R 0.1ms 3.3ms 1 33 Delay Feedback Time 0.1ms 3.3ms 1 33 Delay Feedback evel Dry/Wet Balance D3>W D=W D<W3 1 Delay Mix 0 0 Feedback High Dump

8 DST+TDY, OD+TDY 1 Delay Time th/3 thx 0 1 Table # 2 Delay Feedback evel Delay Mix 0 0 Dist Drive 0 0 Dist Output evel 0 0 Dist EQ ow Gain -db 0dB +db 2 Dist EQ Mid Gain -db 0dB +db 2 /R Diffusion -3ms 0ms 3ms 1 ag -3ms 0ms 3ms 1 Dry/Wet D3>W D=W D<W3 1 COMP+DIST1, COMP+DIST2 1 Drive EQ ow Frequency 32Hz 2.0kHz 0 Table #3 3 EQ ow Gain -db 0dB +db 2 PF Cutoff 1.0kHz 1kHz, Thru 3, 0 Table #3 Output evel 0 0 EQ Mid Frequency 0Hz.0kHz Table #3 EQ Mid Gain -db 0dB +db 2 EQ Mid Width Dry/Wet D3>W D=W D<W3 1 Edge (Clip Curve) 0 (mild sharp) 0 Attack 1ms 0ms 0 1 Table # Release ms 0ms 0 Table # Threshold -db -db 1 Ratio Table # CMP+DST+TD, CMP+OD+TDY1, 2, 3,,, 1 Delay Time th/3 thx 0 1 Table # 2 Delay Feedback evel Delay Mix 0 0 Dist Drive 0 0 Dist Output evel 0 0 Dist EQ ow Gain -db 0dB +db 2 Dist EQ Mid Gain -db 0dB +db 2 /R Diffusion -3ms 0ms 3ms 1 ag -3ms 0ms 3ms 1 Dry/Wet D3>W D=W D<W3 1 Comp. Attack 1ms 0ms 0 1 Table # Comp. Release ms 0ms 0 Table # Comp. Threshold -db -db 1 Comp. Ratio Table # V_DST H+TD1, V_DST H+TD2, V_DST S+TD1, V_DST S+TD2 1 Overdrive 0% 0% Device Transistor, Vintage Tube, 0 Dist1, Dist2, Fuzz 3 Speaker Flat, Stack, Combo, Twin, 0 Radio, Megaphone Presence Output evel 0% 0% 0 0 Delay Time th/3 thx 0 1 Table # Delay Feedback evel /R Diffusion -3ms 0ms 3ms 1 ag -3ms 0ms 3ms 1 Dry/Wet D3>W D=W D<W3 1 Delay Mix 0 0 Feedback High Dump PITCH CHANGE PITCH CHG1, PITCH CHG2 1 Pitch Initial Delay 0.1ms 00.0ms 0 Table # 3 Fine 1-0cent 0cent +0cent 1 Fine 2-0cent 0cent +0cent 1 Feedback evel Dry/Wet D3>W D=W D<W3 1 Pan 1 3 C R3 1 Output evel Pan 2 3 C R3 1 Output evel PITCH CHG3 1 Pitch Initial Delay 0.1ms 00.0ms 0 Table # 3 Fine 1-0cent 0cent +0cent 1 Fine 2-0cent 0cent +0cent 1 Feedback evel Dry/Wet D3>W D=W D<W3 1 Pan 1 3 C R3 1 Output evel Pan 2 3 C R3 1 Output evel WAH AUTO AUTO WAH1, AUTO WAH2 1 FO Frequency 0.00Hz 3.Hz 0 Table #1 2 FO Depth Cutoff Frequency Offset 0 0 Resonance EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 Dry/Wet D3>W D=W D<W3 1 Drive 0 0 AT.WAH+DST1, 2, AT.WH+DST HD, AT.WH+DST HV, AT.WH+DST T AT.WAH+OD1, 2, AT.WH+OD HD, AT.WH+OD HV, AT.WH+OD T 1 FO Frequency 0.00Hz 3.Hz 0 Table #1 2 FO Depth Cutoff Frequency Offset 0 0 Resonance EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 Dry/Wet D3>W D=W D<W3 1 Drive 0 0 EQ ow Gain (distortion) -db 0dB +db 2 EQ Mid Gain (distortion) -db 0dB +db 2 PF Cutoff 1.0kHz 1kHz, Thru 3, 0 Table #3 Output evel 0 0

9 TEMPO AT.WAH 1 FO Freq th thx 2 Table # 2 FO Depth Cutoff Frequency Offset 0 0 Resonance EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 Dry/Wet D3>W D=W D<W3 1 Drive 0 0 WH+DST+DY1, WH+DST+DY2, WH+OD+DY1, WH+OD+DY2 1 Delay Time 0.1ms 3.3ms Delay Feedback evel Delay Mix 0 0 Dist Drive 0 0 Dist Output evel 0 0 Dist EQ ow Gain -db 0dB +db 2 Dist EQ Mid Gain -db 0dB +db 2 Dry/Wet D3>W D=W D<W3 1 Wah Sensitivity 0 0 Wah Cutoff Freq Offset 0 0 Wah Resonance Wah Release ms 0ms 2 Table # T_AT.WH+DST, T_A.WH+DSTHD, T_A.WH+DSTHV, T_A.WH+DSTT T_AT.WH+OD, T_A.WH+OD HD, T_A.WH+OD HV, T_A.WH+OD T 1 FO Freq th thx 2 Table # 2 FO Depth Cutoff Frequency Offset 0 0 Resonance EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 Dry/Wet D3>W D=W D<W3 1 Drive 0 0 EQ ow Gain (distortion) -db 0dB +db 2 EQ Mid Gain (distortion) -db 0dB +db 2 PF Cutoff 1.0kHz 1kHz, Thru 3, 0 Table #3 Output evel 0 0 WAH TCH/PD TOUCH WAH1, TC.WH+DST1, TC.WH+DST2 1 Sensitivity Cutoff Frequency Offset Resonance EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 Dry/Wet D3>W D=W D<W3 1 Drive 0 0 TOUCH WAH2, TOUCH WAH3, TC.WH+DST HD, TC.WH+DST HV, TC.WH+DST T, TC.WH+OD1, 2, TC.WH+OD HD, TC.WH+OD HV, TC.WH+OD T, CAVI TC.WAH, EP TC.WAH 1 Sensitivity Cutoff Frequency Offset Resonance EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 Dry/Wet D3>W D=W D<W3 1 Drive 0 0 EQ ow Gain (distortion) -db 0dB +db 2 EQ Mid Gain (distortion) -db 0dB +db 2 PF Cutoff 1.0kHz 1kHz, Thru 3, 0 Table #3 Output evel 0 0 Release ms 0ms 2 Table # WH+DST+TDY, WH+OD+TDY1, WH+OD+TDY2 1 Delay Time th/3 thx 0 1 Table # 2 Delay Feedback evel Delay Mix 0 0 Dist Drive 0 0 Dist Output evel 0 0 Dist EQ ow Gain -db 0dB +db 2 Dist EQ Mid Gain -db 0dB +db 2 /R Diffusion -3ms 0ms 3ms 1 ag -3ms 0ms 3ms 1 Dry/Wet D3>W D=W D<W3 1 Wah Sensitivity 0 0 Wah Cutoff Freq Offset 0 0 Wah Resonance Wah Release ms 0ms 2 Table # PEDA WAH 1 Pedal Control Depth Cutoff Frequency Offset 0 0 Resonance EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 Dry/Wet D3>W D=W D<W3 1 Drive 0 0 PEDA WH+DST, P.WH+DIST HD, P.WH+DIST HV, P.WH+DIST T PEDA WH+OD, P.WH+OD HD, P.WH+OD HV, P.WH+OD T 1 Pedal Control Depth Cutoff Frequency Offset 0 0 Resonance EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 Dry/Wet D3>W D=W D<W3 1 Drive 0 0 EQ ow Gain (distortion) -db 0dB +db 2 EQ Mid Gain (distortion) -db 0dB +db 2 PF Cutoff 1.0kHz 1kHz, Thru 3, 0 Table #3 Output evel 0 0

10 DYNAMIC COMP MED, COMP HEAVY, COMPRESSOR 1 Attack 1ms 0ms 0 1 Table # 2 Release ms 0ms 0 Table # 3 Threshold -db -db 1 Ratio Table # Output evel 0 0 COMP MEODY, COMP BASS, MBAND COMP 1 Type Normal, ow, Mid, High, 0 ow/high, ow/mid, Mid/ High, Full Bit, Wild, Attacky, ow End, Hard, Basic 2 Threshold Offset ow Gain Offset Mid Gain Offset High Gain Offset NOISE GATE 1 Attack 1ms 0ms 0 1 Table # 2 Release ms 0ms 0 Table # 3 Threshold -2dB -30dB Output evel 0 0 ROTARY SP DUA ROT BRT, DUA ROT WRM, DUA ROT SP1, 2 1 Rotor Speed Slow 0.00Hz 2.Hz 0 3 Table #1 2 Horn Speed Slow 0.00Hz 2.Hz 0 3 Table #1 3 Rotor Speed Fast 2.Hz 3.Hz Table #1 Horn Speed Fast 2.Hz 3.Hz Table #1 Slow-Fast Time of R 0 0 Slow-Fast Time of H 0 0 Drive ow 0 0 Drive High 0 0 ow/high Balance 3>H =H <H3 1 EQ ow Frequency 32Hz 2.0kHz 0 Table #3 EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 Mic -R Angle 0deg deg 0 0 Speed Control Slow, Fast 0 1 ROTARY SP1, ROTARY SP 1 FO Frequency 0.00Hz 3.Hz 0 Table #1 2 FO Depth EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 Dry/Wet D3>W D=W D<W3 1 EQ Mid Frequency 0Hz.0kHz Table #3 EQ Mid Gain -db 0dB +db 2 EQ Mid Width ROTARY SP2, 3, 1 FO Frequency 0.00Hz 3.Hz 0 Table #1 2 /R Depth F/R Depth 0 0 PAN Direction <->R, ->R, <-R, turn, 0 Rturn, /R EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 EQ Mid Frequency 0Hz.0kHz Table #3 EQ Mid Gain -db 0dB +db 2 EQ Mid Width ROTARY SP 1 FO Frequency 0.00Hz 3.Hz 0 Table #1 2 AM Depth PM Depth 0 0 EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 EQ Mid Frequency 0Hz.0kHz Table #3 EQ Mid Gain -db 0dB +db 2 EQ Mid Width FO Phase Difference -deg 0deg +deg resolution =3deg. Input Mode mono, stereo 0 1 ROTARY SP 1 FO Frequency 0.00Hz 3.Hz 0 Table #1 2 FO Depth Feedback evel Delay Offset 0.0ms 0ms 0 Table #2 EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 Dry/Wet D3>W D=W D<W3 1 EQ Mid Frequency 0Hz.0kHz Table #3 EQ Mid Gain -db 0dB +db 2 EQ Mid Width Input Mode mono, stereo 0 1

11 2WAY ROT SP 1 Rotor Speed 0.00Hz 3.Hz 0 Table #1 2 Drive ow Drive High 0 0 ow/high 3>H =H <H3 1 EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 Crossover Frequency 0Hz.0kHz Table #3 Mic -R Angle 0deg deg 0 0 resolution =3deg. AMP+2ROT SP 1 Rotor Speed 0.00Hz 3.Hz 0 Table #1 2 Drive ow Drive High 0 0 ow/high Balance 3>H =H <H3 1 EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 Crossover Frequency 0Hz.0kHz Table #3 Mic -R Angle 0deg deg 0 0 AMP Type Off, Stack, Combo, Tube 0 3 (AMPSIM only) Drive 0 0 PF Cutoff 1.0kHz 1kHz, Thru 3, 0 Table #3 Output evel 0 0 DST+ROT SP, OD+ROT SP 1 FO Frequency 0.00Hz 3.Hz 0 Table #1 2 FO Depth EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 Dry/Wet D3>W D=W D<W3 1 Drive 0 0 PF Cutoff 1.0kHz 1kHz, Thru 3, 0 Table #3 Output evel 0 0 DST+2ROT SP, OD+2ROT SP 1 Rotor Speed 0.00Hz 3.Hz 0 Table #1 2 Drive ow Drive High 0 0 ow/high Balance 3>H =H <H3 1 EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 Crossover Frequency 0Hz.0kHz Table #3 Mic -R Angle 0deg deg 0 0 Drive 0 0 PF Cutoff 1.0kHz 1kHz, Thru 3, 0 Table #3 Output evel 0 0 AMP+ROT SP 1 FO Frequency 0.00Hz 3.Hz 0 Table #1 2 FO Depth AMP Type Off, Stack, Combo, Tube 0 3 EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 Dry/Wet D3>W D=W D<W3 1 Drive 0 0 PF Cutoff 1.0kHz 1kHz, Thru 3, 0 Table #3 Output evel 0 0 TREMOO TREMOO1, TREMOO3, EP TREMOO, GT TREMOO2 1 FO Frequency 0.00Hz 3.Hz 0 Table #1 2 AM Depth PM Depth 0 0 EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 EQ Mid Frequency 0Hz.0kHz Table #3 EQ Mid Gain -db 0dB +db 2 EQ Mid Width FO Phase Difference -deg 0deg +deg resolution =3deg. Input Mode mono, stereo 0 1 TREMOO2, GT TREMOO1 1 FO Frequency 0.00Hz 3.Hz 0 Table #1 2 /R Depth F/R Depth 0 0 PAN Direction <->R, ->R, <-R, turn, 0 Rturn, /R EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 EQ Mid Frequency 0Hz.0kHz Table #3 EQ Mid Gain -db 0dB +db 2 EQ Mid Width VIBE VIBRATE 1 Vibrate Speed 0.00Hz 3.Hz 0 Table #1 2 Vibrate Depth (AM) Vibrate Depth (PM) 0 0 EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 Dry/Wet Balance D3>W D=W D<W3 1 EQ Mid Frequency 0Hz.0kHz Table #3 EQ Mid Gain -db 0dB +db 2 EQ Mid Width FO Phase Difference -deg 0deg +deg resolution =3deg. Input Mode mono, stereo 0 1 Vibrate SW Off, On 0 1

12 T_TREMOO 1 FO Freq th thx 2 Table # 2 AM Depth PM Depth 0 0 EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 EQ Mid Frequency 0Hz.0kHz Table #3 EQ Mid Gain -db 0dB +db 2 EQ Mid Width FO Phase Difference -deg 0deg +deg resolution =3deg. Input Mode mono, stereo 0 1 T_AUTO PAN2 1 FO Freq th thx 2 Table # 2 /R Depth F/R Depth 0 0 PAN Direction <->R, ->R, <-R, turn, 0 Rturn, /R FO Wave EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 EQ Mid Frequency 0Hz.0kHz Table #3 EQ Mid Gain -db 0dB +db 2 EQ Mid Width Input Mode mono, stereo 0 1 SPATIA AUTO PAN1, AUTO PAN2, EP AUTO PAN 1 FO Frequency 0.00Hz 3.Hz 0 Table #1 2 /R Depth F/R Depth 0 0 PAN Direction <->R, ->R, <-R, turn, 0 Rturn, /R EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 EQ Mid Frequency 0Hz.0kHz Table #3 EQ Mid Gain -db 0dB +db 2 EQ Mid Width AUTO PAN3 1 FO Frequency 0.00Hz 3.Hz 0 Table #1 2 /R Depth F/R Depth 0 0 PAN Direction <->R, ->R, <-R, turn, 0 Rturn, /R FO Wave EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 EQ Mid Frequency 0Hz.0kHz Table #3 EQ Mid Gain -db 0dB +db 2 EQ Mid Width Input Mode mono, stereo 0 1 T_AUTO PAN1 1 FO Freq th thx 2 Table # 2 /R Depth F/R Depth 0 0 PAN Direction <->R, ->R, <-R, turn, 0 Rturn, /R EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 EQ Mid Frequency 0Hz.0kHz Table #3 EQ Mid Gain -db 0dB +db 2 EQ Mid Width EQ/ENHANCER EQ DISCO, EQ TE, 3BAND EQ, ST 3BAND EQ 1 EQ ow Gain -db 0dB +db 2 2 EQ Mid Frequency 0Hz.0kHz Table #3 3 EQ Mid Gain -db 0dB +db 2 EQ Mid Width EQ High Gain -db 0dB +db 2 EQ ow Frequency 0Hz 2.0kHz 0 Table #3 EQ High Frequency 00Hz.0kHz 2 Table #3 Input Mode mono, stereo 0 1 2BAND EQ 1 EQ ow Frequency 32Hz 2.0kHz 0 Table #3 2 EQ ow Gain -db 0dB +db 2 3 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 HM ENHANCE1, HM ENHANCE2 1 HPF Cutoff 00Hz.0kHz 2 2 Drive Mix evel 0 0

13 MISC VCE CANCE ow Adjust High Adjust AMBIENCE 1 Delay Time 0.0ms 0ms 0 Table #2 2 Output Phase normal, inverse EQ ow Gain -db 0dB +db 2 EQ High Frequency 00Hz.0kHz 2 Table #3 EQ High Gain -db 0dB +db 2 Dry/Wet D3>W D=W D<W3 1 TAKING MOD 1 Vowel a, i, u, e, o 0 2 Move speed Drive 0 0 Output evel 0 0 O-FI DRUM3, O-FI DRUM 1 EQ ow Gain -db 0dB +db 2 2 EQ Mid Frequency 0Hz.0kHz Table #3 3 EQ Mid Gain -db 0dB +db 2 EQ Mid Width EQ High Gain -db 0dB +db 2 EQ ow Frequency 0Hz 2.0kHz 0 Table #3 EQ High Frequency 00Hz.0kHz 2 Table #3 Input Mode mono, stereo 0 1 ISOATOR 1 On/off SW Off, On ow evel Mid evel 0 0 High evel 0 0 ow Mute Off, On 0 1 Mid Mute Off, On 0 1 High Mute Off, On 0 1 NO EFFECT NO EFFECT THRU THRU 1 2 3

14 Table #1 FO Frequency Table #2 Modulation Delay Offset Table #3 EQ Frequency Table # Delay Time ( [ms]) Data Value Data Value Data Value Data Value Data Value Data Value Data Value Data Value THRU (20) k k k k 3 1.k k 0 2.0k k k k 0 3.2k 0 3.k 1.0k.k 1 0.0k 1 0.k 1 0.3k k k k k 2 3.0k 2 3.0k k 2 0.0k k THRU (20.0k) Table # Reverb Time Data Value Data Value

15 Table # Room Size Table # Delay Time ( [ms]) Table # Compressor Attack Time Table # Reverb Width; Depth; Height Data Value Data Value Data Value Data Value Data Value Data Value Data Value Data Value Table # Compressor Release Time Data Value Data Value Table # Compressor Ratio Data Value Data Value

16 Table # Wah Release Time Data Value Data Value Table # Tempo Data Value Data Value 0 th/3 3 thx2 1 th. 0 thx2 2 32th 1 thx2 3 32th/3 2 thx2 32th. 3 thx30 th thx31 th/3 thx32 th. thx33 th thx3 th/3 thx3 th. thx3 th 0 thx3 th/3 1 thx3 th. 2 thx3 2nd 3 thx0 2nd/3 thx1 2nd. thx2 1 thx thx3 1 thx thx 1 thx thx 20 thx thx 21 thx 0 thx 22 thx 1 thx 23 thx 2 thx 2 thx 3 thx0 2 thx thx1 2 thx thx2 2 thx thx3 2 thx thx 2 thx thx 30 thx1 thx 31 thx1 0 thx 32 thx1 1 thx 33 thx20 2 thx 3 thx21 3 thx0 3 thx22 thx1 3 thx23 thx2 3 thx2 thx3 3 thx2 thx

17 A A 00 A 00 A 01 0B B 00 B 00 B 01 0C C C C D D 00 D 00 D 01 0E E 00 E 00 1 E 01 0F F 00 F 00 1 F A A 00 0 A 01 2 A B B 00 1 B 01 3 B C C C C D D 00 3 D 01 D E E 00 E 01 E F F 00 F 01 F 01 CP- Bank MSB Bank SB Program Change (1-) CP-, CP-, CP-3 Bank MSB Bank MSB Bank SB Bank SB Program Change (1-) Program Change (1-) Bank MSB Bank SB Program Change (1-)

18 MIDI CHANNE MESSAGE (1) MIDI Events Key Off nh (n: Channel Number) Key On nh (n: Channel Number) Status byte 1st Data byte 2nd Data byte Status Data (Hex) Parameter Data (Hex) Parameter kk Key no. (0-) vv Velocity (0-) [GM1] kk Key no. (0-) vv Key On: vv=1- Key Off: vv=0 Control Change BnH 0 (00H) Bank Select MSB Mode Message BnH (n: Channel Number) Program Change CnH (n: Channel Number) Channel After Touch DnH (n: Channel Number) Polyphonic After Touch AnH (n: Channel Number) Pitch Bend Change EnH (n: Channel Number) (00H) (0H) (H) (H) (H) (H) (EH) (FH) Normal SFX Voice GS Rhythm GS Normal GM2 Rhythm GM2 Normal SFX kit Drum kit [GM1] R2 Keyboard (*1) 1 (01H) Modulation 0- (00H...FH) Data [GM1] (0H) Portamento Time 0- (00H...FH) Data (0H) Data Entry MSB 0- (00H...FH) Data (0H) Main Volume 0- (00H...FH) Data [GM1] (0AH) Panpot 0- (00H...FH)...C...R3 [GM1] (0BH) Expression 0- (00H...FH) Data [GM1] (Voice) (Pedal) 32 (20H) Bank Select SB 0- (00H...FH) Data (*1) (Voice) 3 (2H) Data Entry SB 0- (00H...FH) Data (0H) Sustain (Damper) 0- (00H...FH) Data [GM1] (1H) Portamento 0- (00H...FH) 0...3,... (OFF, ON) (2H) Sostenuto 0- (00H...FH) 0...3,... (OFF, ON) (3H) Soft Pedal 0- (00H...FH) 0...3,... (OFF, ON) (Pedal) (Pedal) (Pedal) 1 (H) Harmonic Content 0- (00H...FH) (H) Release Time 0- (00H...FH) (H) Attack Time 0- (00H...FH) (AH) Brightness 0- (00H...FH) (BH) Decay Time 0- (00H...FH) (CH) Vibrate Rate 0- (00H...FH) (DH) Vibrate Depth 0- (00H...FH) (EH) Vibrate Delay 0- (00H...FH) (H) Portamento Control 0- (00H...FH) Key no. (0-) 1 (BH) Effect1 Depth (Reverb Send evel) 3 (DH) Effect3 Depth (Chorus Send evel) (EH) Effect Depth (Variation Send evel) 0- (00H...FH) Data 0- (00H...FH) Data 0- (00H...FH) Data (0H) RPN Increment (1H) RPN Decrement (2H) NRPN SB 0- (00H...FH) Data (3H) NRPN MSB 0- (00H...FH) Data 0 (H) RPN SB 0- (00H...FH) Data 1 (H) RPN MSB 0- (00H...FH) Data 0 (H) All Sound Off 0 (00H) Data 1 (H) Reset All Controllers 0 (00H) Data [GM1] 2 (AH) ocal Control 0 (00H) (FH) OFF ON 3 (BH) All Note Off 0 (00H) Data [GM1] (CH) Omni Off 0 (00H) Data (DH) Omni On 0 (00H) Data (EH) Mono 0- (00H...H) Data (FH) Poly 0 (00H) Data pp (00H...FH) (0-) [GM1] vv (00H...FH) Data [GM1] (*1) (Voice) kk (00H...FH) Key no. (0-) vv (00H...FH) Data cc (00H...FH) SB dd (00H...FH) MSB [GM1] (Pedal) Realtime Message FH MIDI Clock FAH Start FBH Continue FCH Stop FEH Active Sens FFH System Reset 1

19 MIDI CHANNE MESSAGE (2) NRPN Data Entry Parameter Data Range MSB SB MSB SB R2 Keyboard 01H 0H mmh Vibrato Rate mm: 00H-0H-FH ( ) 01H 0H mmh Vibrato Depth mm: 00H-0H-FH ( ) 01H 0AH mmh Vibrato Delay mm: 00H-0H-FH ( ) 01H 20H mmh ow Pass Filter Cutoff Frequency mm: 00H-0H-FH ( ) 01H 21H mmh ow Pass Filter Resonance mm: 00H-0H-FH ( ) 01H 30H mmh EQ BASS mm: 00H-0H-FH ( ) 01H 31H mmh EQ TREBE mm: 00H-0H-FH ( ) 01H 3H mmh EQ BASS Frequency mm: 0H-2H ( k [Hz]) 01H 3H mmh EQ TREBE Frequency mm: 1CH-3AH (00...0k [Hz]) 01H 3H mmh EG Attack Time mm: 00H-0H-FH ( ) 01H H mmh EG Decay Time mm: 00H-0H-FH ( ) 01H H mmh EG Release mm: 00H-0H-FH ( ) H rrh mmh Drum ow Pass Filter Cutoff Frequency rr: drum instrument note number mm: 00H-0H-FH ( ) H rrh mmh Drum ow Pass Filter Resonance rr: drum instrument note number mm: 00H-0H-FH ( ) H rrh mmh Drum EG Attack Rate rr: drum instrument note number mm: 00H-0H-FH ( ) 1H rrh mmh Drum EG Decay Rate rr: drum instrument note number mm: 00H-0H-FH ( ) 1H rrh mmh Drum Pitch Coarse rr: drum instrument note number mm: 00H-0H-FH ( ) 1H rrh mmh Drum Pitch Fine rr: drum instrument note number mm: 00H-0H-FH ( ) 1AH rrh mmh Drum evel rr: drum instrument note number mm: 00H-FH (0...) 1CH rrh mmh Drum Pan rr: drum instrument note number mm: 00H, 01H-0H-FH (RND, 3...C...R3) 1DH rrh mmh Drum Reverb Send evel rr: drum instrument note number mm: 00H-FH (0...) 1EH rrh mmh Drum Chorus Send evel rr: drum instrument note number mm: 00H-FH (0...) 1FH rrh mmh Drum Variation Send evel rr: drum instrument note number mm: 00H-FH (0...) 2H rrh mmh Drum HPF Cutoff Frequency rr: drum instrument note number mm: 00H-0H-FH ( ) 30H rrh mmh Drum EQ Bass Gain rr: drum instrument note number mm: 00H-FH (0...) 31H rrh mmh Drum EQ Treble Gain rr: drum instrument note number mm: 00H-FH (0...) 3H rrh mmh Drum EQ Bass Frequency rr: drum instrument note number mm: 0H-2H ( k [Hz]) 3H rrh mmh Drum EQ Treble Frequency rr: drum instrument note number mm: 1CH-3AH (00...0k [Hz]) 0H rrh mmh Drum VEOCITY PITCH SENS. rr: drum instrument note number mm: 00H-0FH (0...) 1H rrh mmh Drum VEOCITY PF CUTOFF SENS. rr: drum instrument note number mm: 00H-0FH (0...) NRPN Data Entry Parameter Data Range MSB SB MSB SB 00H 00H mmh Pitch Bend Sensitivity mm: 00H-1H ( [semitones]) [GM1] 00H 01H mmh llh Fine Tune mm ll: 00H 00H -0 [cent]... mm ll: 0H 00H 0 [cent]... mm ll: FH FH 0 [cent] [GM1] R2 Keyboard 00H 02H mmh Coarse Tune mm: 2H-0H-H ( [semitones]) [GM1] 00H 0H mmh llh Modulation Sensitivity mm: ll: 0/ FH FH Null 1

20 MIDI PARAMETER CHANGE TABE MIDI Parameter Change Table (XG SYSTEM) Address Size Data F 00-0F 00-0F 00-0F MASTER TUNE Parameter Description [cent] 1st bit3-0 bit- 2nd bit3-0 bit- 3rd bit3-0 bit- th bit3-0 bit3-0 XG Default R2 Keyboard F MASTER VOUME 0... F F MASTER ATTENUATOR TRANSPOSE [semitones] 0 D 1 N DRUM SETUP RESET N: Drum setup number E 1 00 XG SYSTEM ON 00=XG system ON F 1 00 A PARAMETER RESET 00=ON TOTA SIZE 0 * MIDI Parameter Change Table (SYSTEM INFORMATION) Address D Size Data E 20-F F Model Name 1... Model Name Parameter 0E 1 NOT USED 0F 1 NOT USED TOTA SIZE Description (ASCII CHARACTER) (ASCII CHARACTER) R2 Keyboard MIDI Parameter Change Table (EFFECT1) TOTA SIZE Address Size Data Parameter F REVERB TYPE MSB REVERB TYPE SB Description XG Default 01 (=HA1) 00 R2 Keyboard F REVERB PARAMETER 1 Reverb Type (Reverb Type) F REVERB PARAMETER 2 Reverb Type (Reverb Type) F REVERB PARAMETER 3 Reverb Type (Reverb Type) F REVERB PARAMETER Reverb Type (Reverb Type) F REVERB PARAMETER Reverb Type (Reverb Type) F REVERB PARAMETER Reverb Type (Reverb Type) F REVERB PARAMETER Reverb Type (Reverb Type) F REVERB PARAMETER Reverb Type (Reverb Type) 0A 1 00-F REVERB PARAMETER Reverb Type (Reverb Type) 0B 1 00-F REVERB PARAMETER Reverb Type (Reverb Type) 0C 1 00-F REVERB RETURN - db...0db...+db (0...) 0 0D 1 01-F REVERB PAN 3...C...R3 0 0E F REVERB PARAMETER Reverb Type (Reverb Type) 1 00-F REVERB PARAMETER Reverb Type (Reverb Type) 1 00-F REVERB PARAMETER Reverb Type (Reverb Type) 1 00-F REVERB PARAMETER Reverb Type (Reverb Type) 1 00-F REVERB PARAMETER Reverb Type (Reverb Type) 1 00-F REVERB PARAMETER Reverb Type (Reverb Type) TOTA SIZE 0 Address Size Data Parameter F CHORUS TYPE MSB CHORUS TYPE SB Description XG Default 1 (=CHORUS1) 00 R2 Keyboard F CHORUS PARAMETER 1 Chorus Type (Chorus Type) F CHORUS PARAMETER 2 Chorus Type (Chorus Type) 20

21 TOTA SIZE Address Size F CHORUS PARAMETER 3 Chorus Type (Chorus Type) F CHORUS PARAMETER Chorus Type (Chorus Type) F CHORUS PARAMETER Chorus Type (Chorus Type) F CHORUS PARAMETER Chorus Type (Chorus Type) F CHORUS PARAMETER Chorus Type (Chorus Type) F CHORUS PARAMETER Chorus Type (Chorus Type) 2A 1 00-F CHORUS PARAMETER Chorus Type (Chorus Type) 2B 1 00-F CHORUS PARAMETER Chorus Type (Chorus Type) 2C 1 00-F CHORUS RETURN - db...0db...+db (0...) 0 2D 1 01-F CHORUS PAN 3...C...R3 0 2E 1 00-F SEND CHORUS TO REVERB - db...0db...+db (0...) 00 0F Data Parameter Description XG Default R2 Keyboard F CHORUS PARAMETER Chorus Type (Chorus Type) F CHORUS PARAMETER Chorus Type (Chorus Type) F CHORUS PARAMETER Chorus Type (Chorus Type) F CHORUS PARAMETER Chorus Type (Chorus Type) F CHORUS PARAMETER Chorus Type (Chorus Type) F CHORUS PARAMETER Chorus Type (Chorus Type) TOTA SIZE 0 Address Size TOTA SIZE 21 Data F 00-F F 00-F 2 00-F 00-F 2 00-F 00-F 2 00-F 00-F A 2 00-F 00-F C 2 00-F 00-F E 2 00-F 00-F F 00-F F 00-F 2 00-F 00-F Parameter VARIATION TYPE MSB VARIATION TYPE SB VARIATION PARAMETER 1 MSB VARIATION PARAMETER 1 SB VARIATION PARAMETER 2 MSB VARIATION PARAMETER 2 SB VARIATION PARAMETER 3 MSB VARIATION PARAMETER 3 SB VARIATION PARAMETER MSB VARIATION PARAMETER SB VARIATION PARAMETER MSB VARIATION PARAMETER SB VARIATION PARAMETER MSB VARIATION PARAMETER SB VARIATION PARAMETER MSB VARIATION PARAMETER SB VARIATION PARAMETER MSB VARIATION PARAMETER SB VARIATION PARAMETER MSB VARIATION PARAMETER SB VARIATION PARAMETER MSB VARIATION PARAMETER SB Description XG Default R2 Keyboard 0 (=DEAY, C, R) 00 Variation Type (Variation Type) Variation Type (Variation Type) Variation Type (Variation Type) Variation Type (Variation Type) Variation Type (Variation Type) Variation Type (Variation Type) Variation Type (Variation Type) Variation Type (Variation Type) Variation Type (Variation Type) Variation Type (Variation Type) 1 00-F VARIATION RETURN - db...0db...+db (0...) F VARIATION PAN 3...C...R F SEND VARIATION TO REVERB - db...0db...+db (0...) F SEND VARIATION TO CHORUS - db...0db...+db (0...) 00 A VARIATION CONNECTION INSERTION, SYSTEM 00 B 1 00-F VARIATION PART NUMBER Part1... (0...) Part1... (0...) AD () OFF () F C 1 00-F MW VARIATION CONTRO DEPTH D 1 00-F BEND VARIATION CONTRO DEPTH E 1 00-F CAT VARIATION CONTRO DEPTH F 1 00-F AC1 VARIATION CONTRO DEPTH F AC2 VARIATION CONTRO DEPTH F VARIATION PARAMETER Variation Type (Variation Type) F VARIATION PARAMETER Variation Type (Variation Type) F VARIATION PARAMETER Variation Type (Variation Type) F VARIATION PARAMETER Variation Type (Variation Type) 1 00-F VARIATION PARAMETER Variation Type (Variation Type) 1 00-F VARIATION PARAMETER Variation Type (Variation Type) TOTA SIZE 0 21

22 MIDI Parameter Change Table (MUTI EQ) Address Size Data Parameter Description R2 Keyboard EQ TYPE flat, jazz, pops, rock, classic C EQ GAIN [db] EQ FREQUENCY k [Hz] EQ Q EQ SHAPE1 shelving, peaking C EQ GAIN [db] 0 1 0E-3 EQ FREQUENCY k [Hz] EQ Q NOT USED C EQ GAIN [db] 0A 1 0E-3 EQ FREQUENCY k [Hz] 0B EQ Q C 1 NOT USED 0D 1 3-C EQ GAIN [db] 0E 1 0E-3 EQ FREQUENCY 0...0k [Hz] 0F EQ Q NOT USED 1 3-C EQ GAIN [db] 1 1C-3A EQ FREQUENCY 0.k...0k [Hz] EQ Q EQ SHAPE shelving, peaking TOTA SIZE MIDI Parameter Change Table (EFFECT2) Address Size TOTA SIZE Data 03 n F 00-F Parameter INSERTION EFFECT TYPE MSB INSERTION EFFECT TYPE SB Description R2 Keyboard F INSERTION EFFECT PARAMETER 1 (Insertion Type) F INSERTION EFFECT PARAMETER 2 (Insertion Type) F INSERTION EFFECT PARAMETER 3 (Insertion Type) F INSERTION EFFECT PARAMETER (Insertion Type) F INSERTION EFFECT PARAMETER (Insertion Type) F INSERTION EFFECT PARAMETER (Insertion Type) F INSERTION EFFECT PARAMETER (Insertion Type) F INSERTION EFFECT PARAMETER (Insertion Type) 0A 1 00-F INSERTION EFFECT PARAMETER (Insertion Type) 0B 1 00-F INSERTION EFFECT PARAMETER (Insertion Type) 0C 1 00-F INSERTION EFFECT PART NUMBER Part1... (0...) Part1... (0...) AD () OFF () 0D 1 00-F MW INSERTION CONTRO DEPTH E 1 00-F BEND INSERTION CONTRO DEPTH F 1 00-F CAT INSERTION CONTRO DEPTH F AC1 INSERTION CONTRO DEPTH F AC2 INSERTION CONTRO DEPTH (Voice) TOTA SIZE F INSERTION EFFECT PARAMETER (Insertion Type) F INSERTION EFFECT PARAMETER (Insertion Type) F INSERTION EFFECT PARAMETER (Insertion Type) F INSERTION EFFECT PARAMETER (Insertion Type) F INSERTION EFFECT PARAMETER (Insertion Type) F INSERTION EFFECT PARAMETER (Insertion Type) F 00-F F 00-F F 00-F F 00-F F 00-F 3A 2 00-F 00-F 3C 2 00-F 00-F INSERTION EFFECT PARAMETER 1 MSB INSERTION EFFECT PARAMETER 1 SB INSERTION EFFECT PARAMETER 2 MSB INSERTION EFFECT PARAMETER 2 SB INSERTION EFFECT PARAMETER 3 MSB INSERTION EFFECT PARAMETER 3 SB INSERTION EFFECT PARAMETER MSB INSERTION EFFECT PARAMETER SB INSERTION EFFECT PARAMETER MSB INSERTION EFFECT PARAMETER SB INSERTION EFFECT PARAMETER MSB INSERTION EFFECT PARAMETER SB INSERTION EFFECT PARAMETER MSB INSERTION EFFECT PARAMETER SB (Insertion Type) (Insertion Type) (Insertion Type) (Insertion Type) (Insertion Type) (Insertion Type) (Insertion Type) 22

23 3E 2 00-F 00-F INSERTION EFFECT PARAMETER MSB INSERTION EFFECT PARAMETER SB (Insertion Type) F 00-F INSERTION EFFECT PARAMETER MSB INSERTION EFFECT PARAMETER SB (Insertion Type) F 00-F INSERTION EFFECT PARAMETER MSB INSERTION EFFECT PARAMETER SB (Insertion Type) TOTA SIZE n: insertion effect number MIDI Parameter Change Table (MUTI PART) Address Size Data XG Default Parameter Description R2 Keyboard 0 nn NOT USED F BANK SEECT MSB 0... part =F, other parts= F BANK SEECT SB F PROGRAM NUMBER F, Rcv CHANNE 1..., OFF Part No. F MONO/POY MODE MONO, POY SAME NOTE NUMBER KEY ON ASSIGN SINGE, MUTI, INST (for Drum) 01 TOTA SIZE PART MODE NORMA, DRUM, DRUMS1...2 part =02, other parts=00 (Voice) NOTE SHIFT [semitones] F 00-0F DETUNE [Hz] 1st bit3-0 bit- 2nd bit3-0 bit B 1 00-F VOUME C 1 00-F VEOCITY SENSE DEPTH D 1 00-F VEOCITY SENSE OFFSET E 1 00-F PAN RND, 3...C...R3 0 0F 1 00-F NOTE IMIT OW C-2...G F NOTE IMIT HIGH C-2...G F 1 00-F DRY EVE 0... F 1 00-F CHORUS SEND F REVERB SEND F VARIATION SEND F VIBRATO RATE F VIBRATO DEPTH F VIBRATO DEAY F FITER CUTOFF FREQUENCY F FITER RESONANCE A 1 00-F EG ATTACK TIME B 1 00-F EG DECAY TIME C 1 00-F EG REEASE TIME D 1 2- MW PITCH CONTRO [semitones] 0 1E 1 00-F MW OW PASS FITER CONTRO [cent] 0 1F 1 00-F MW AMPITUDE CONTRO [%] F MW FO PMOD DEPTH A F MW FO FMOD DEPTH F MW FO AMOD DEPTH BEND PITCH CONTRO [semitones] F BEND OW PASS FITER CONTRO [cent] F BEND AMPITUDE CONTRO [%] F BEND FO PMOD DEPTH F BEND FO FMOD DEPTH F BEND FO AMOD DEPTH Rcv PITCH BEND OFF, ON Rcv CH AFTER TOUCH (CAT) OFF, ON Rcv PROGRAM CHANGE OFF, ON Rcv CONTRO CHANGE OFF, ON Rcv POY AFTER TOUCH (PAT) OFF, ON Rcv NOTE MESSAGE OFF, ON Rcv RPN OFF, ON Rcv NRPN OFF, ON XG mode=01, GM mode= Rcv MODUATION OFF, ON Rcv VOUME OFF, ON 01 3A Rcv PAN OFF, ON 01 3B Rcv EXPRESSION OFF, ON 01 3C Rcv HOD1 OFF, ON 01 3D Rcv PORTAMENTO OFF, ON 01 3E Rcv SOSTENUTO OFF, ON 01 3F Rcv SOFT PEDA OFF, ON Rcv BANK SEECT OFF, ON F SCAE TUNING C [cent] F SCAE TUNING C# [cent] F SCAE TUNING D [cent] 0 23