01v effect spec

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01V Effect Spec

Jan. 9th 1998

Yamaha PA Division

ContentsEffect list -- 2

Parameter list -- 3

Data list -- 15

Tempo -- 29


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- Effect list -

No Effect type name Description

Reverberation type effects0 REVERB HALL Hall simulation reverb with gate

1 REVERB ROOM Room simulation reverb with gate

2 REVERB STAGE Reverb for vocals with gate3 REVERB PLATE Plate simulation reverb with gate

4 EARLY REF. Early reflections

5 GATE REVERB Gate reverb setting of early reflections

6 REVERSE GATE Reverse gate setting of early reflections

7 MONO DELAY Very simple repeat delay

8 STEREO DELAY Simple stereo delay

9 MOD.DELAY Simple repeat delay with modulation

10 DELAY LCR 3 taps ( left, center, right) delay

11 ECHO Stereo delay with cross feedback loop

Modulation type effects

12 CHORUS Chorus effect13 FLANGE Flange effect

14 SYMPHONIC Symphonic efect

15 PHASER 16 stage phase sifter

16 AUTO PAN Auto-pan

17 TREMOLO Tremolo effect

18 HQ.PITCH High quality pitch change effect

19 DUAL PITCH 2 voice pitch change

20 ROTARY Rotary speaker simulation

21 RING MOD. Ring modulator

22 MOD.FILTER LFO modulation type filter

Dynamics type effects23 DISTORTION Distortion

24 AMP SIMULATE Guitar amp simulator

25 DYNA.FILTER A filter controlled by input dynamics

26 DYNA.FLANGE Flange effect controlled by input dynamics

27 DYNA.PHASER Phase sifter controlled by input dynamics

Combination effects28 REV+CHORUS Paralell combination of reverb and chorus

29 REV->CHORUS Series combination of reverb and chorus

30 REV+FLANGE Paralell combination of reverb and flange

31 REV->FLANGE Series combination of reverb and flange

32 REV+SYMPHO. Paralell combination of reverb and symphonic33 REV->SYMPHO. Series combination of reverb and symphonic

34 REV->PAN Series combination of reverb and auto-pan

35 DELAY+ER. Parallel combination of delay and early reflections

36 DELAY->ER. Series combination of delay and early reflections

37 DELAY+REV Parallel combination of delay and reverb

38 DELAY->REV Series combination of delay and reverb

39 DIST->DELAY Series combination of distortion and modulation delay

etc..40 MULTI FILTER 3-band parallel filter. 24dB/oct.

41 FREEZE Easy sampler.


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- Parameter list -

REVERB HALL, REVERB ROOM, REVERB STAGE, REVERB PLATE

Parameter Range Description

REV TIME 0.3 - 99.0 [s] Reverb time

INI.DLY 0.0 - 500.0 [ms] Delay time until effect begins

HI.RATIO 0.1 - 1.0 Reverb time ratio of the high frequency components of the reverbLO.RATIO 0.1 - 2.4 Reverb time ratio of the low frequency components of the reverb

DIFF. 0 - 10 Spread of the reverb sound

DENSITY 0 - 100 [%] Density of the reverb

E/R DLY 0.0 - 100.0 [ms] Time difference between early reflections and reverb

E/R BAL. 0 - 100 [%] Level balance between early reflections and reverb

GATE LVL OFF, -60 - 0 [dB] Threshold level of the gate works

ATTACK 0 - 120 [ms] Attack time when the gate opens

HOLD *1 Time of the gate remaining open

DECAY *2 Speed of the gate closing

HPF Thru, 21 - 8.0k [Hz] Cutoff frequency of the high pass filter

LPF 50 - 16.0k, Thru [Hz] Cutoff frequency of the low pass filter

*1 0.02ms - 2.13s(@fs=44.1kHz), 0.02ms - 1.96s(@fs=48kHz)


EARLY REF.


TYPE *1 Type of early reflection simulation

ROOMSIZE 0.1 - 20.0 Spacing of reflections

LIVENESS 0 - 10 Decay characteristics of the early reflections; 0:dead, 10:live


DIFF. 0 - 10 Spread of the early reflections

DENSITY 0 - 100 [%] Density of reflections

ER NUM. 1 - 19 Number of early reflections

FB GAIN -99 - +99 [%] Amount of feedback HI.RATIO 0.1 - 1.0 Amount of high range feedback



*1 S-Hall, L-Hall, Random, Revers, Plate, Spring

GATE REVERB, REVERSE GATE


TYPE Type-A, Type-B Type of early reflection simulation


LIVENESS 0 - 10 Decay characteristics of the early reflections; 0:dead, 10:liveINI.DLY 0.0 - 500.0 [ms] Delay time until effect begins

DIFF. 0 - 10 Spread of the early reflections


HI.RATIO 0.1 - 1.0 Amount of high range feedback


FB GAIN -99 - +99 [%] Amount of feedback




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MONO DELAY


DELAY 0.0 - 2730.0 [ms] Delay time

NOTE *1 Rate for calculation of delay time; relative to tempo and DELAY

FB.GAIN -99 - +99 [%] Amount of feedback HI.RATIO 0.1 - 1.0 Amount of high range feedback



*1 ( Maximum value depends on the tempo setting)

STEREO DELAY


DELAY L 0.0 - 1350.0 Left channel delay time

NOTE L *1 Rate for calculation of delay time; relative to tempo and DELAY L

FB.G L -99 - +99 [%] Amount of left channel feedback

DELAY R 0.0 - 1350.0 Right channel delay time

NOTE R *1 Rate for calculation of delay time; relative to tempo and DELAY R

FB.G R -99 - +99 [%] Amount of right channel feedback





MOD.DELAY


DELAY 0.0 - 2725.0 [ms] Delay timeDLY NOTE *1 Rate for calculation of delay time; relative to tempo and DELAY

FB.GAIN -99 - +99 [%] Amount of feedback

FREQ. 0.05 - 40.00 [Hz] Speed of modulation

MOD NOTE *2 Rate for calculation of modulation speed; relative to tempo and FREQ.

DEPTH 0 - 100 [%] Modulation depth





*2

- Parameter list -


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DELAY LCR


DELAY L 0.0 - 2730.0 [ms] Left channel delay time


LEVEL L -100 - +100 [%] Left channel delay levelDELAY C 0.0 - 2730.0 [ms] Center channel delay time

NOTE C *1 Rate for calculation of delay time; relative to tempo and DELAY C

LEVEL C -100 - +100 [%] Center channel delay level

DELAY R 0.0 - 2730.0 [ms] Right channel delay time


LEVEL R -100 - +100 [%] Right channel delay level

FB.DLY 0.0 - 2730.0 [ms] Feedback delay time

NOTE FB *1 Rate for calculation of delay time; relative to tempo and FB.DLY






ECHO








FB.D L 0.0 - 1350.0 [ms] Left channel feedback delay time

NOTE FBL *1 Rate for calculation of delay time; relative to tempo and FB.D LL->R FB.G -99 - +99 [%] Amount of left to right cross feedback

FB.D R 0.0 - 1350.0 [ms] Right channel feedback delay time

NOTE FBR *1 Rate for calculation of delay time; relative to tempo and FB.D R

R->L FB.G -99 - +99 [%] Amount of rightto left cross feedback





CHORUS



NOTE *1 Rate for calculation of modulation speed; relative to tempo and FREQ.


MOD.DLY 0.0 - 500.0 [ms] Modulation delay time

WAVE Sine, Tri Modulation wave form

*1

- Parameter list -


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FLANGE




DEPTH 0 - 100 [%] Modulation depthMOD.DLY 0.0 - 500.0 [ms] Modulation delay time



*1

SYMPHONIC







*1

PHASER






OFFSET 0 - 100 Offset of the lowest frequency to which phase shift is applied.STAGE 2, 4, 8, 10, 12, 14, 16 Number of stages of phase shift.

*1

AUTO PAN





DIR. *2 Direction of panning movement

WAVE Sine, Tri, Square Modulation wave form

*1

*2 LR, L>R, L


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- Parameter list -

HQ.PITCH


PITCH -12 - +12 Shift amount of pitch

FINE -50 - +50 [ct] Fine adjust to shift amount of pitch

MODE 1 - 10 Precision of the pitch change.DELAY 0.0 - 1000.0 [ms] Delay time

NOTE *1 Rate for calculation of delay time; relative to tempo and DELAY



DUAL PITCH


PITCH L -24 - +24 Shift amount of left channel pitch

FINE L -50 - +50 [ct] Fine adjust to shift amount of left channel pitch

LEVEL L -100 - +100 [%] Left channel output level

PITCH R -24 - +24 Shift amount of right channel pitch

FINE R -50 - +50 [ct] Fine adjust to shift amount of right channel pitch

LEVEL R -100 - +100 [%] Right channel output level







MODE 1 - 10 Precision of the pitch change.


ROTARY


ROTATE STOP, START Rotation start or stop

SPEED SLOW, FAST Speed mode of rotation

DRIVE 0 - 100 Amout of overdrive

ACCEL 0 - 10 Speed accelation when the speed changes

LOW 0 - 100 Low range level

HIGH 0 - 100 High range level

SLOW 0.05 - 10.00 [Hz] Rotate speed of SLOW mode

FAST 0.05 - 10.00 [Hz] Rotate speed of FAST mode

RING MOD.


SOURCE OSC, SELF Select modulator source. SELF:input signal, OSC:oscilator

OSC FREQ 0.0 - 5000.0 [Hz] Oscelator frequency.

FM FREQ 0.05 - 40.00 [Hz] Speed of OSC frequency moving.

NOTE FM *1 Rate for calculation of FM speed; relative to tempo and FM FREQ.

FM DEPTH 0 - 100 [%] Depth of OSC frequency moving.

*1


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- Parameter list -

MOD.FILTER




DEPTH 0 - 100 [%] Modulation depthTYPE LPF, HPF, BPF Filter type

OFFSET 0 - 100 Filter frequency offset

RESO. 0 - 20 Filter resonance

PHASE 0.00 - 354.38 [dg] Phase difference between left channels moduration and right channels

LEVEL 0 - 100 Output level

*1

DISTORTION


DST TYPE *1 Distortion type

DRIVE 0 - 100 Drive amount of distortion

MASTER 0 - 100 Master volume

TONE -10 - +10 Tone control

N.GATE 0 - 20 Amount of noise reduction

*1 DST1, DST2, OVD1, OVD2, CRUNCH

AMP SIMULATE


AMP TYPE *1 Guitar amp simulation type


N.GATE 0 - 20 Amount of noise reductionDRIVE 0 - 100 Drive amount of distortion


CAB DEP 0 - 100 [%] Amount of speaker simulation.

BASS 0 - 100 Low frequency range tone control

MIDDLE 0 - 100 Middle frequency range tone control

TREBLE 0 - 100 High frequency range tone control

EQ F 99 - 8.0k [Hz] Frequency of the parametric equalizer

EQ G -12 - +12 [dB] Gain of the parametric equalizer

EQ Q 10.0 - 0.40 Bandwidth of the parametric equalizer

*1 STK-M1, STK-M2, THRASH, MIDBST, CMB-PG, CMB-VR, CMB-DX, CMB-TW, MINI, FLAT


DYNA.FILTER


SOURCE INPUT, MIDI Dynamics source; INPUT:Input signal, MIDI: MIDI note on velocity

SENSE 0 - 100 Sensitivity

TYPE 0 - 20 Select the filter type

OFFSET 0 - 100 Filter frequency offset

RESO. 0 - 20 Filter resonance

LEVEL 0 - 100 Output Level

DIR. UP, DOWN Select whether the frequency will move upward or downward

DECAY *1 Decay speed of the change in filter frequency



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- Parameter list -

DYNA.FLANGE





OFFSET 0 - 100 Offset amount for the delay time

DIR. UP, DOWN Select whether the frequency will move upward or downward

DECAY *1 Decay speed


DYNA.PHASER





OFFSET 0 - 100 Offset of the lowest frequency to which phase shift is applied.DIR. UP, DOWN Select whether the frequency will move upward or downward

STAGE 2, 4, 8, 10, 12, 14, 16 Number of stages of phase shift.

DECAY *1 Decay speed


REV+CHORUS




HI.RATIO 0.1 - 1.0 Reverb time ratio of the high frequency components of the reverbDENSITY 0 - 100 [%] Density of the reverb






REV/CHO 0 - 100 [%] Level balance between reverb and chorus



*1

REV->CHORUS




HI.RATIO 0.1 - 1.0 Reverb time ratio of the high frequency components of the reverb







REV BAL. 0 - 100 [%] Level balance between reverb and chorused reverb; 100%:reverb only

HPF Thru, 21 - 8.0k [Hz] Cutoff frequency of the high pass filterLPF 50 - 16.0k, Thru [Hz] Cutoff frequency of the low pass filter

*1


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- Parameter list -

REV+FLANGE











REV/FLG 0 - 100 [%] Level balance between reverb and flange



*1

REV->FLANGE











WAVE Sine, Tri Modulation wave formREV BAL. 0 - 100 [%] Level balance between reverb and flanged reverb; 100%:reverb only



*1

REV+SYMPHO.










REV/SYM 0 - 100 [%] Level balance between reverb and symphonic



*1


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- Parameter list -

REV->SYMPHO.










REV BAL. 0 - 100 [%] Level balance between reverb and symphoniced reverb



*1

REV->PAN









DIR. *2 Direction of panning movement

WAVE Sine, Tri, Square Modulation wave form

REV BAL. 0 - 100 [%] Level balance between reverb and panned reverb

HPF Thru, 21 - 8.0k [Hz] Cutoff frequency of the high pass filterLPF 50 - 16.0k, Thru [Hz] Cutoff frequency of the low pass filter

*1

*2 LR, L>R, L


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- Parameter list -

DELAY->ER.










DLY BAL. 0 - 100 [%] Level balance between delay and early reflected delay

TYPE *2 Type of early reflection simulation


LIVENESS 0 - 10 Decay characteristics of the early reflections; 0:dead, 10:live





*2 S-Hall, L-Hall, Random, Revers, Plate, Spring

DELAY+REV







DLY HI 0.1 - 1.0 Amount of high range feedback



DLY/REV 0 - 100 [%] Level balance between delay and reverb



REV HI 0.1 - 1.0 Reverb time ratio of the high frequency components of the reverb






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- Parameter list -

DELAY->REV




FB.GAIN -99 - +99 [%] Amount of feedback DELAY R 0.0 - 1000.0 [ms] Right channel delay time


DLY HI 0.1 - 1.0 Amount of high range feedback



DLY BAL 0 - 100 [%] Level balance between delay and delayed reverb



REV HI 0.1 - 1.0 Reverb time ratio of the high frequency components of the reverb





DIST->DELAY



DRIVE 0 - 100 Drive amount of distortion


TONE -10 - +10 Tone control

N.GATE 0 - 20 Amount of noise reduction

DLY BAL 0 - 100 [%] Level balance of delay

DELAY 0.0 - 2725.0 [ms] Delay time

DLY NOTE *2 Rate for calculation of delay time; relative to tempo and DELAYFB.GAIN -99 - +99 [%] Amount of feedback



MOD NOTE *3 Rate for calculation of modulation speed; relative to tempo and FREQ.




*3

MULTI FILTER


TYPE 1 HPF, LPF, BPF Select the filter type of filter 1



FREQ. 1 28 - 16.0k Hz Filter 1 frequency



LEVEL 1 0 - 100 Filter 1 level



RESO. 1 0 - 20 Filter 1 resonance




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- Parameter list -

FREEZE


REC MODE MANUAL, INPUT Select the recording mode.

START *1 Specify the point at which playback will begin.

[SAMPLE] 0 - 131070 ( sample unit display of START)PLY MODE *2 Select the playback mode.

END *1 Specify the point at which playback will end

[SAMPLE] 0 - 131070 ( sample unit display of END)

LOOP NUM 0 - 100 Specify the number of times that playback will be looped.

LOOP *1 Specify the start of the loop.

[SAMPLE] 0 - 131070 ( sample unit display of LOOP)

TRG LVL -60 - 0 [dB] Specify the level of the input trigger.

TRG DLY -1000 - +1000 [ms] Specify the delay time when recording actually begins.

TRG MASK 0 - 1000 [ms] Specify the time funtil the next trigger can be accepted.

MIDI TRG OFF, C1 - C6, ALL Make settings for triggering via MIDI note-on/off messages

PITCH -12 - +12 Specify the change in playback pitch in semitone steps.

FINE -50 - +50 [ct] Specify a fine adjustment in 1-cent steps to the playback pitch.

*1 0.0 - 2972.1ms(@fs=44.1kHz), 0.0ms - 2730.6ms(@fs=48kHz)

*2 MOMENT, CONTINUE, INPUT


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- Data list -

No. Parameter Range Value Data step

REVERB HALL, REVERB ROOM, REVERB STAGE, REVERB PLATE

0 REV TIME 0.3 - 99.0 [s] 0 - 83 See Table #1

1 INI.DLY 0.0 - 500.0 [ms] 0 - 50000 0.1 ms

2 HI.RATIO 0.1 - 1.0 0 - 9 0.1

3 LO.RATIO 0.1 - 2.4 0 - 23 0.14 DIFF. 0 - 10 0 - 10 1

5 DENSITY 0 - 100 [%] 0 - 100 1%

6 E/R DLY 0.0 - 100.0 [ms] 0 - 1000 0.1 ms

7 E/R BAL. 0 - 100 [%] 0 - 100 1%

8 GATE LVL OFF, -60 - 0 [dB] 0 - 62 See Table #6

9 ATTACK 0 - 120 [ms] 0 - 120 1 ms

10 HOLD 0.02ms - 2.13s(@fs=44.1kHz), 0.02ms - 1.96s(@fs=48kHz) 0 - 215 See Table #9

11 DECAY 6.0ms - 46.0s(@fs=44.1kHz), 5.0ms - 42.3s(@fs=48kHz) 0 - 159 See Table #10

12 HPF Thru, 21 - 8.0k [Hz] 0 - 104 See Table #2

13 LPF 50 - 16.0k, Thru [Hz] 0 - 101 See Table #3

EARLY REF.

0 TYPE S-Hall, L-Hall, Random, Revers, Plate, Spring 0 - 51 ROOMSIZE 0.1 - 20.0 0 - 199 0.1

2 LIVENESS 0 - 10 0 - 10 1

3 INI.DLY 0.0 - 500.0 [ms] 0 - 5000 0.1 ms

4 DIFF. 0 - 10 0 - 10 1

5 DENSITY 0 - 100 [%] 0 - 100 1%

6 ER NUM. 1 - 19 0 - 18 1

7 FB GAIN -99 - +99 [%] 0 - 198 1%

8 HI.RATIO 0.1 - 1.0 0 - 9 0.1



GATE REVERB, REVERSE GATE

0 TYPE Type-A, Type-B 0 - 1

1 ROOMSIZE 0.1 - 20.0 0 - 199 0.1

2 LIVENESS 0 - 10 0 - 10 1

3 INI.DLY 0.0 - 500.0 [ms] 0 - 5000 0.1 ms

4 DIFF. 0 - 10 0 - 10 1

5 DENSITY 0 - 100 [%] 0 - 100 1%

6 HI.RATIO 0.1 - 1.0 0 - 18 1

7 ER NUM. 1 - 19 0 - 198 1%

8 FB GAIN -99 - +99 [%] 0 - 9 0.1



MONO DELAY

0,1 DELAY 0.0 - 2730.0 [ms] 0 - 27300 0.1 ms

2 NOTE 0 - 143 FB.GAIN -99 - +99 [%] 0 - 198 1%

4 HI.RATIO 0.1 - 1.0 0 - 9 0.1




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- Data list -


STEREO DELAY

0 DELAY L 0.0 - 1350.0 0 - 13500 0.1 ms

1 NOTE L 0 - 13

2 FB.G L -99 - +99 [%] 0 - 198 1%

3 DELAY R 0.0 - 1350.0 0 - 13500 0.1 ms4 NOTE R 0 - 13

5 FB.G R -99 - +99 [%] 0 - 198 1%

6 HI.RATIO 0.1 - 1.0 0 - 9 0.1



MOD.DELAY

0,1 DELAY 0.0 - 2725.0 [ms] 0 - 27250 0.1 ms

2 DLY NOTE 0 - 14

3 FB.GAIN -99 - +99 [%] 0 - 198 1%

4 FREQ. 0.05 - 40.00 [Hz] 0 - 799 0.05 Hz

5 MOD NOTE 0 - 12

6 DEPTH 0 - 100 [%] 0 - 100 1%7 HI.RATIO 0.1 - 1.0 0 - 9 0.1



DELAY LCR

0,1 DELAY L 0.0 - 2730.0 [ms] 0 - 27300 0.1 ms

2 NOTE L 0 - 14

3 LEVEL L -100 - +100 [%] 0 - 200 1%

4,5 DELAY C 0.0 - 2730.0 [ms] 0 - 27300 0.1 ms

6 NOTE C 0 - 14

7 LEVEL C -100 - +100 [%] 0 - 200 1%

8,9 DELAY R 0.0 - 2730.0 [ms] 0 - 27300 0.1 ms

10 NOTE R 0 - 14

11 LEVEL R -100 - +100 [%] 0 - 200 1%

12,13FB.DLY 0.0 - 2730.0 [ms] 0 - 27300 0.1 ms

14 NOTE FB 0 - 14

15 FB.GAIN -99 - +99 [%] 0 - 198 1%

16 HI.RATIO 0.1 - 1.0 0 - 9 0.1



ECHO

0 DELAY L 0.0 - 1350.0 [ms] 0 - 13500 0.1 ms

1 NOTE L 0 - 13

2 FB.G L -99 - +99 [%] 0 - 198 1%

3 DELAY R 0.0 - 1350.0 [ms] 0 - 13500 0.1 ms

4 NOTE R 0 - 135 FB.G R -99 - +99 [%] 0 - 198 1%

6 FB.D L 0.0 - 1350.0 [ms] 0 - 13500 0.1 ms

7 NOTE FBL 0 - 13

8 L->R FB.G -99 - +99 [%] 0 - 198 1%

9 FB.D R 0.0 - 1350.0 [ms] 0 - 13500 0.1 ms

10 NOTE FBR 0 - 13

11 R->L FB.G -99 - +99 [%] 0 - 198 1%

12 HI.RATIO 0.1 - 1.0 0 - 9 0.1




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- Data list -


CHORUS

0 FREQ. 0.05 - 40.00 [Hz] 0 - 799 0.05 Hz

1 NOTE 0 - 12

2 DEPTH 0 - 100 [%] 0 - 100 1%

3 MOD.DLY 0.0 - 500.0 [ms] 0 - 5000 0.1 ms4 WAVE Sine, Tri 0 - 1

FLANGE

0 FREQ. 0.05 - 40.00 [Hz] 0 - 799 0.05 Hz

1 NOTE 0 - 12

2 DEPTH 0 - 100 [%] 0 - 100 1%

3 MOD.DLY 0.0 - 500.0 [ms] 0 - 5000 0.1 ms

4 FB.GAIN -99 - +99 [%] 0 - 198 1%

5 WAVE Sine, Tri 0 - 1

SYMPHONIC

0 FREQ. 0.05 - 40.00 [Hz] 0 - 799 0.05 Hz

1 NOTE 0 - 122 DEPTH 0 - 100 [%] 0 - 100 1%

3 MOD.DLY 0.0 - 500.0 [ms] 0 - 5000 0.1 ms


PHASER

0 FREQ. 0.05 - 40.00 [Hz] 0 - 799 0.05 Hz

1 NOTE 0 - 12

2 DEPTH 0 - 100 [%] 0 - 100 1%

3 FB.GAIN -99 - +99 [%] 0 - 198 1%

4 OFFSET 0 - 100 0 - 100 1

5 STAGE 2, 4, 8, 10, 12, 14, 16 0 - 7

AUTO PAN

0 FREQ. 0.05 - 40.00 [Hz] 0 - 799 0.05 Hz

1 NOTE 0 - 12

2 DEPTH 0 - 100 [%] 0 - 100 1%

3 DIR. LR, L>R, L


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- Data list -


DUAL PITCH

0 PITCH L -24 - +24 0 - 24 1

1 FINE L -50 - +50 [ct] 0 - 100 1 ct

2 LEVEL L -100 - +100 [%] 0 - 200 1%

3 PITCH R -24 - +24 0 - 24 14 FINE R -50 - +50 [ct] 0 - 100 1 ct

5 LEVEL R -100 - +100 [%] 0 - 200 1%

6 DELAY L 0.0 - 1000.0 [ms] 0 - 10000 0.1 ms

7 NOTE L 0 - 13

8 FB.G L -99 - +99 [%] 0 - 198 1%

9 DELAY R 0.0 - 1000.0 [ms] 0 - 10000 0.1 ms

10 NOTE R 0 - 13

11 FB.G R -99 - +99 [%] 0 - 198 1%

12 MODE 1 - 10 0 - 9 1

ROTARY

0 ROTATE STOP, START 0 - 1

1 SPEED SLOW, FAST 0 - 12 DRIVE 0 - 100 0 - 100 1

3 ACCEL 0 - 10 0 - 10 1

4 LOW 0 - 100 0 - 100 1

5 HIGH 0 - 100 0 - 100 1

6 SLOW 0.05 - 10.00 [Hz] 0 - 199 0.05 Hz

7 FAST 0.05 - 10.00 [Hz] 0 - 199 0.05 Hz

RING MOD.

0 SOURCE OSC, SELF 0 - 1

1,2 OSC FREQ 0.0 - 5000.0 [Hz] 0 - 50000 0.1 Hz

3 FM FREQ 0.05 - 40.00 [Hz] 0 - 799 0.05 Hz

4 NOTE FM 0 -12

5 FM DEPTH 0 - 100 [%] 0 - 100 1%

MOD.FILTER

0 FREQ. 0.05 - 40.00 [Hz] 0 - 799 0.05 Hz

1 NOTE 0 -12

2 DEPTH 0 - 100 [%] 0 - 100 1%

3 TYPE LPF, HPF, BPF 0 - 2

4 OFFSET 0 - 100 0 - 100 1

5 RESO. 0 - 20 0 - 20 1

6 PHASE 0.00 - 354.38 [dg] 0 - 63 See Table #8

7 LEVEL 0 - 100 0 - 100 1

DISTORTION

0 DST TYPE DST1, DST2, OVD1, OVD2, CRUNCH 0 - 4

1 DRIVE 0 - 100 0 - 100 12 MASTER 0 - 100 0 - 100 1

3 TONE -10 - +10 0 - 20 1

4 N.GATE 0 - 20 0 - 20 1


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- Data list -


AMP SIMULATE

0 AMP TYPE *1 0 - 9


2 N.GATE 0 - 20 0 - 20 1

3 DRIVE 0 - 100 0 - 100 14 MASTER 0 - 100 0 - 100 1

5 CAB DEP 0 - 100 [%] 0 - 100 1%

6 BASS 0 - 100 0 - 100 1

7 MIDDLE 0 - 100 0 - 100 1

8 TREBLE 0 - 100 0 - 100 1

9 EQ F 99 - 8.0k [Hz] 0 - 76 See Table #4

10 EQ G -12 - +12 [dB] 0 - 48 0.5dB

11 EQ Q 10.0 - 0.40 0 - 40 See Table #5

*1 STK-M1, STK-M2, THRASH, MIDBST, CMB-PG, CMB-VR, CMB-DX, CMB-TW, MINI, FLAT

DYNA.FILTER

0 SOURCE INPUT, MIDI 0 - 11 SENSE 0 - 100 0 - 100 1

2 TYPE 0 - 20 0 - 20 1

3 OFFSET 0 - 100 0 - 100 1

4 RESO. 0 - 20 0 - 20 1

5 LEVEL 0 - 100 0 - 100 1

6 DIR. UP, DOWN 0 - 1


DYNA.FLANGE

0 SOURCE INPUT, MIDI 0 - 1

1 SENSE 0 - 100 0 - 100

2 FB GAIN -99 - +99 [%] 0 - 198 1%

3 OFFSET 0 - 100 0 - 100 1



DYNA.PHASER

0 SOURCE INPUT, MIDI 0 - 1

1 SENSE 0 - 100 0 - 100

2 FB GAIN -99 - +99 [%] 0 - 198 1%

3 OFFSET 0 - 100 0 - 100 1


5 STAGE 2, 4, 8, 10, 12, 14, 16 0 - 7


REV+CHORUS

0 REV TIME 0.3 - 99.0 [s] 0 - 83 See Table #11 INI.DLY 0.0 - 500.0 [ms] 0 - 50000 0.1 ms

2 HI.RATIO 0.1 - 1.0 0 - 9 0.1

3 DENSITY 0 - 100 [%] 0 - 100 1%

4 FREQ. 0.05 - 40.00 [Hz] 0 - 799 0.1 Hz

5 NOTE 0 - 12

6 DEPTH 0 - 100 [%] 0 - 100 1%

7 MOD.DLY 0.0 - 500.0 [ms] 0 - 5000 0.1 ms


9 REV/CHO 0 - 100 [%] 0 - 100 1%




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- Data list -


REV->CHORUS


1 INI.DLY 0.0 - 500.0 [ms] 0 - 50000 0.1 ms

2 HI.RATIO 0.1 - 1.0 0 - 9 0.1

3 DENSITY 0 - 100 [%] 0 - 100 1%4 FREQ. 0.05 - 40.00 [Hz] 0 - 799 0.1 Hz

5 NOTE 0 - 12

6 DEPTH 0 - 100 [%] 0 - 100 1%

7 MOD.DLY 0.0 - 500.0 [ms] 0 - 5000 0.1 ms


9 REV BAL. 0 - 100 [%] 0 - 100 1%



REV+FLANGE


1 INI.DLY 0.0 - 500.0 [ms] 0 - 50000 0.1 ms

2 HI.RATIO 0.1 - 1.0 0 - 9 0.13 DENSITY 0 - 100 [%] 0 - 100 1%

4 FREQ. 0.05 - 40.00 [Hz] 0 - 799 0.1 Hz

5 NOTE 0 - 12

6 DEPTH 0 - 100 [%] 0 - 100 1%

7 MOD.DLY 0.0 - 500.0 [ms] 0 - 5000 0.1 ms

8 FB.GAIN -99 - +99 [%] 0 - 198 1%


10 REV/FLG 0 - 100 [%] 0 - 100 1%



REV->FLANGE


1 INI.DLY 0.0 - 500.0 [ms] 0 - 50000 0.1 ms

2 HI.RATIO 0.1 - 1.0 0 - 9 0.1

3 DENSITY 0 - 100 [%] 0 - 100 1%

4 FREQ. 0.05 - 40.00 [Hz] 0 - 799 0.1 Hz

5 NOTE 0 - 12

6 DEPTH 0 - 100 [%] 0 - 100 1%

7 MOD.DLY 0.0 - 500.0 [ms] 0 - 5000 0.1 ms

8 FB.GAIN -99 - +99 [%] 0 - 198 1%


10 REV BAL. 0 - 100 [%] 0 - 100 1%



REV+SYMPHO.0 REV TIME 0.3 - 99.0 [s] 0 - 83 See Table #1

1 INI.DLY 0.0 - 500.0 [ms] 0 - 50000 0.1 ms

2 HI.RATIO 0.1 - 1.0 0 - 9 0.1

3 DENSITY 0 - 100 [%] 0 - 100 1%

4 FREQ. 0.05 - 40.00 [Hz] 0 - 799 0.1 Hz

5 NOTE 0 - 12

6 DEPTH 0 - 100 [%] 0 - 100 1%

7 MOD.DLY 0.0 - 500.0 [ms] 0 - 5000 0.1 ms


9 REV/SYM 0 - 100 [%] 0 - 100 1%




21/29

21


- Data list -


REV->SYMPHO.


1 INI.DLY 0.0 - 500.0 [ms] 0 - 50000 0.1 ms

2 HI.RATIO 0.1 - 1.0 0 - 9 0.1

3 DENSITY 0 - 100 [%] 0 - 100 1%4 FREQ. 0.05 - 40.00 [Hz] 0 - 799 0.1 Hz

5 NOTE 0 - 12

6 DEPTH 0 - 100 [%] 0 - 100 1%

7 MOD.DLY 0.0 - 500.0 [ms] 0 - 5000 0.1 ms


9 REV BAL. 0 - 100 [%] 0 - 100 1%



REV->PAN


1 INI.DLY 0.0 - 500.0 [ms] 0 - 50000 0.1 ms

2 HI.RATIO 0.1 - 1.0 0 - 9 0.13 DENSITY 0 - 100 [%] 0 - 100 1%

4 FREQ. 0.05 - 40.00 [Hz] 0 - 799 0.1 Hz

5 NOTE 0 - 12

6 DEPTH 0 - 100 [%] 0 - 100 1%

7 DIR. LR, L>R, L


22/29

22


- Data list -


DELAY->ER.

0 DELAY L 0.0 - 1000.0 [ms] 0 - 10000 0.1 ms

1 NOTE L 0 - 13

2 FB.GAIN -99 - +99 [%] 0 - 198 1%

3 DELAY R 0.0 - 1000.0 [ms] 0 - 10000 0.1 ms4 NOTE R 0 - 13

5 HI.RATIO 0.1 - 1.0 0 - 9 10%

6 FB.DLY 0.0 - 1000.0 [ms] 0 - 10000 0.1 ms

7 NOTE FB 0 - 14

8 DLY BAL. 0 - 100 [%] 0 - 100 1%

9 TYPE S-Hall, L-Hall, Random, Revers, Plate, Spring 0 - 5

10 ROOMSIZE 0.1 - 20.0 0 - 199 0.1

11 LIVENESS 0 - 10 0 - 10 1

12 INI.DLY 0.0 - 500.0 [ms] 0 - 5000 0.1 ms

13 DENSITY 0 - 100 [%] 0 - 100 1%

14 ER NUM. 1 - 19 0 - 18 1

DELAY+REV0 DELAY L 0.0 - 1000.0 [ms] 0 - 10000 0.1 ms1 NOTE L 0 - 13

2 FB.GAIN -99 - +99 [%] 0 - 198 1%

3 DELAY R 0.0 - 1000.0 [ms] 0 - 10000 0.1 ms

4 NOTE R 0 - 13

5 DLY HI 0.1 - 1.0 0 - 9 10%

6 FB.DLY 0.0 - 1000.0 [ms] 0 - 10000 0.1 ms

7 NOTE FB 0 - 13

8 DLY/REV 0 - 100 [%] 0 - 100 1%


10 INI.DLY 0.0 - 500.0 [ms] 0 - 50000 0.1 ms

11 REV HI 0.1 - 1.0 0 - 9 0.1

12 DENSITY 0 - 100 [%] 0 - 100 1%

13 HPF Thru, 21 - 8.0k [Hz] 0 - 104 See Table #214 LPF 50 - 16.0k, Thru [Hz] 0 - 101 See Table #3

DELAY->REV

0 DELAY L 0.0 - 1000.0 [ms] 0 - 10000 0.1 ms

1 NOTE L 0 - 13

2 FB.GAIN -99 - +99 [%] 0 - 198 1%

3 DELAY R 0.0 - 1000.0 [ms] 0 - 10000 0.1 ms

4 NOTE R 0 - 13

5 DLY HI 0.1 - 1.0 0 - 9 10%

6 FB.DLY 0.0 - 1000.0 [ms] 0 - 10000 0.1 ms

7 NOTE FB 0 - 13

8 DLY BAL 0 - 100 [%] 0 - 100 1%

9 REV TIME 0.3 - 99.0 [s] 0 - 83 See Table #110 INI.DLY 0.0 - 500.0 [ms] 0 - 50000 0.1 ms

11 REV HI 0.1 - 1.0 0 - 9 0.1

12 DENSITY 0 - 100 [%] 0 - 100 1%




23/29

23


- Data list -


DIST->DELAY


1 DRIVE 0 - 100 0 - 100 1

2 MASTER 0 - 100 0 - 100 1

3 TONE -10 - +10 0 - 20 14 N.GATE 0 - 20 0 - 20 1

5 DLY BAL 0 - 100 [%] 0 - 100 1%

6 DELAY 0.0 - 2725.0 [ms] 0 - 27250 0.1 ms

7 DLY NOTE 0 - 14

8 FB.GAIN -99 - +99 [%] 0 - 198 1%

9 HI.RATIO 0.1 - 1.0 0 - 9 0.1

10 FREQ. 0.05 - 40.00 [Hz] 0 - 799 0.05 Hz

11 MOD NOTE 0 - 12

12 DEPTH 0 - 100 [%] 0 - 100 1%

MULTI FILTER0 TYPE 1 HPF, LPF, BPF 0 - 2

1 TYPE 2 HPF, LPF, BPF 0 - 22 TYPE 3 HPF, LPF, BPF 0 - 2

3 FREQ. 1 28 - 16.0k Hz 0 - 110 See Table #11



6 LEVEL 1 0 - 100 0 - 100 1

7 LEVEL 2 0 - 100 0 - 100 1

8 LEVEL 3 0 - 100 0 - 100 1

9 RESO. 1 0 - 20 0 - 20 1

10 RESO. 2 0 - 20 0 - 20 1

11 RESO. 3 0 - 20 0 - 20 1

FREEZE

0 REC MODE MANUAL, INPUT 0 - 1

1,2 START *1 0 - 131070 1 sample

3 PLY MODE MOMENT, CONTINUE, INPUT 0 - 2

4,5 END *1 0 - 131070 1 sample

6 LOOP NUM 0 - 100 0 - 100 1

7,8 LOOP *1 0 - 131070 1 sample

9 TRG LVL -60 - 0 [dB] 0 - 60 1 dB

10 TRG DLY -1000 - +1000 [ms] 0 - 2000 1 ms

11 TRG MASK 0 - 1000 [ms] 0 - 1000 1 ms

12 MIDI TRG OFF, C1 - C6, ALL 0 - 62 See Table #12

13 PITCH -12 - +12 0 - 24 1

14 FINE -50 - +50 [ct] 0 - 100 1 ct

*1 0 - 131070 samples;0.0 - 2972.1ms(@fs=44.1kHz), 0.0ms - 2730.6ms(@fs=48kHz)


24/29

24


- Data list -

Table #1 Table #2 Table #3 Table #4

REV TIME [s] HPF [Hz] LPF [Hz] EQ- f [Hz]

Dat a Val ue Dat a Val ue Dat a Val ue Dat a Val ue Dat a Val ue Dat a Val ue Dat a Val ue Dat a Val ue

0 0.3 64 17.0 0 THRU 64 794 0 50 64 2.00k 0 99 64 4.00k

1 0.4 65 18.0 1 21 65 841 1 53 65 2.11k 1 105 65 4.23k

2 0.5 66 19.0 2 22 66 891 2 56 66 2.24k 2 111 66 4.49k

3 0.6 67 20.0 3 23 67 944 3 59 67 2.37k 3 118 67 4.75k4 0.7 68 25.0 4 25 68 1.00k 4 63 68 2.52k 4 125 68 5.04k

5 0.8 69 30.0 5 26 69 1.05k 5 66 69 2.67k 5 132 69 5.33k

6 0.9 70 35.0 6 28 70 1.12k 6 70 70 2.82k 6 140 70 5.65k

7 1.0 71 40.0 7 29 71 1.18k 7 74 71 2.99k 7 149 71 5.99k

8 1.1 72 45.0 8 31 72 1.26k 8 79 72 3.17k 8 157 72 6.35k

9 1.2 73 50.0 9 33 73 1.33k 9 83 73 3.36k 9 167 73 6.72k

10 1.3 74 55.0 10 35 74 1.41k 10 88 74 3.56k 10 177 74 7.12k

11 1.4 75 60.0 11 37 75 1.49k 11 94 75 3.77k 11 187 75 7.55k

12 1.5 76 65.0 12 39 76 1.58k 12 99 76 4.00k 12 198 76 8.00k

13 1.6 77 70.0 13 42 77 1.68k 13 105 77 4 .23k 13 2 10

14 1.7 78 75.0 14 44 78 1.78k 14 111 78 4 .49k 14 2 23

15 1.8 79 80.0 15 47 79 1.88k 15 118 79 4 .75k 15 2 36

16 1.9 80 85.0 16 50 80 2.00k 16 125 80 5 .04k 16 2 50

17 2.0 81 90.0 17 53 81 2.11k 17 132 81 5 .33k 17 2 65

18 2.1 82 95.0 18 56 82 2.24k 18 140 82 5 .65k 18 2 81

19 2.2 83 99.0 19 59 83 2.37k 19 149 83 5 .99k 19 2 97

20 2.3 20 63 84 2.52k 20 157 84 6.35k 20 315

21 2.4 21 66 85 2.67k 21 167 85 6.72k 21 334

22 2.5 22 70 86 2.82k 22 177 86 7.12k 22 354

23 2.6 23 74 87 2.99k 23 187 87 7.55k 23 375

24 2.7 24 79 88 3.17k 24 198 88 8.00k 24 397

25 2.8 25 83 89 3.36k 25 210 89 8.47k 25 420

26 2.9 26 88 90 3.56k 26 223 90 8.98k 26 445

27 3.0 27 94 91 3.77k 27 236 91 9.51k 27 472

28 3.1 28 99 92 4.00k 28 250 92 10.0k 28 500

29 3.2 29 105 93 4.23k 29 265 93 10.6k 29 530

30 3.3 30 111 94 4.49k 30 281 94 11.3k 30 561

31 3.4 31 118 95 4.75k 31 297 95 11.9k 31 595

32 3.5 32 125 96 5.04k 32 315 96 12.6k 32 630

33 3.6 33 132 97 5.33k 33 334 97 13.4k 33 667

34 3.7 34 140 98 5.65k 34 354 98 14.2k 34 707

35 3.8 35 149 99 5.99k 35 375 99 15.1k 35 749

36 3.9 36 157 100 6.35k 36 397 100 16.0k 36 79437 4.0 37 167 101 6.72k 37 420 101 THRU 37 841

38 4.1 38 177 102 7.12k 38 445 38 891

39 4.2 39 187 103 7.55k 39 472 39 944

40 4.3 40 198 104 8.00k 40 500 40 1.00k

41 4.4 41 210 41 530 41 1.05k

42 4.5 42 223 42 561 42 1.12k

43 4.6 43 236 43 595 43 1.18k

44 4.7 44 250 44 630 44 1.26k

45 4.8 45 265 45 667 45 1.33k

46 4.9 46 281 46 707 46 1.41k

47 5.0 47 297 47 749 47 1.49k

48 5.5 48 315 48 794 48 1.58k

49 6.0 49 334 49 841 49 1.68k

50 6.5 50 354 50 891 50 1.78k

51 7.0 51 375 51 944 51 1.88k

52 7.5 52 397 52 1.00k 52 2.00k

53 8.0 53 420 53 1.05k 53 2.11k

54 8.5 54 445 54 1.12k 54 2.24k

55 9.0 55 472 55 1.18k 55 2.37k

56 9.5 56 500 56 1.26k 56 2.52k

57 10.0 57 530 57 1.33k 57 2.67k

58 11.0 58 561 58 1.41k 58 2.82k

59 12.0 59 595 59 1.49k 59 2.99k

60 13.0 60 630 60 1.58k 60 3.17k

61 14.0 61 667 61 1.68k 61 3.36k

62 15.0 62 707 62 1.78k 62 3.56k

63 16.0 63 749 63 1.88k 63 3.77k


25/29

25


- Data list -

Table # 5 Table #6 Table #7 Table #8

EQ- Q GATE LVL[dB] AN PHASE[dg]

Dat a Value Dat a Value Dat a Value Dat a Value

0 10.0 0 OFF 0 L16 0 0.00

1 9.0 1 - 60 1 L15 1 5.63

2 8.0 2 - 59 2 L14 2 11.25

3 7.0 3 - 58 3 L13 3 16.884 6.3 4 - 58 4 L12 4 22.50

5 5.6 5 - 57 5 L11 5 28.13

6 5.0 6 - 56 6 L10 6 33.75

7 4.5 7 - 55 7 L9 7 39.38

8 4.0 8 - 54 8 L8 8 45.00

9 3.5 9 - 53 9 L7 9 50.63

10 3.2 10 - 52 10 L6 10 56.25

11 2.8 11 - 51 11 L5 11 61.88

12 2.5 12 - 50 12 L4 12 67.50

13 2.2 13 - 49 13 L3 13 73.13

14 2.0 14 - 48 14 L2 14 78.75

15 1.8 15 - 47 15 L1 15 84.38

16 1.6 16 - 46 16 CENTER 16 90.00

17 1.4 17 - 45 17 R1 17 95.63

18 1.2 18 - 44 18 R2 18 101.25

19 1.1 19 - 43 19 R3 19 106.88

20 1.0 20 - 42 20 R4 20 112.50

21 0.90 21 - 41 21 R5 21 118.13

22 0.80 22 - 40 22 R6 22 123.75

23 0.70 23 - 39 23 R7 23 129.38

24 0.63 24 - 38 24 R8 24 135.00

25 0.56 25 - 37 25 R9 25 140.63

26 0.50 26 - 36 26 R10 26 146.25

37 0.45 27 - 35 27 R11 27 151.88

28 0.40 28 - 34 28 R12 28 157.50

29 0.35 29 - 33 29 R13 29 163.13

30 0.32 30 - 32 30 R14 30 168.75

31 0.28 31 - 31 31 R15 31 174.38

32 0.25 32 - 30 32 R16 32 180.00

33 0.22 33 - 29 33 185.63

34 0.20 34 - 28 34 191.25

35 0.18 35 - 27 35 196.88

36 0.16 36 - 26 36 202.5037 0.14 37 - 25 37 208.13

38 0.12 38 - 24 38 213.75

39 0.11 39 - 23 39 219.38

40 0.10 40 - 22 40 225.00

41 - 21 41 230.63

42 - 20 42 236.25

43 - 19 43 241.88

44 - 18 44 247.50

45 - 17 45 253.13

46 - 16 46 258.75

47 - 15 47 264.38

48 - 14 48 270.00

49 - 13 49 275.63

50 - 12 50 281.25

51 - 11 51 286.88

52 - 10 52 292.50

53 - 9 53 298.13

54 - 8 54 303.75

55 - 7 55 309.38

56 - 6 56 315.00

57 - 5 57 320.63

58 - 4 58 326.25

59 - 3 59 331.88

60 - 2 60 337.50

61 - 1 61 343.13

62 0 62 348.75

6 3 3 54 .3 8


26/29

26


- Data list -

Table # 9

HOLD 48KHz Fs 4.1KHz Fs

Dat a Val ue Dat a Val ue Dat a Val ue Dat a Val ue Dat a Val ue Dat a Val ue Dat a Val ue Dat a Val ue

0 0.02ms 64 2.69ms 128 42.6ms 192 682ms 0 0.02ms 64 2.93ms 128 46.4ms 192 743ms



3 0.08ms 67 3.19ms 131 50.6ms 195 810ms 3 0.09ms 67 3.47ms 131 55.1ms 195 882ms4 0.10ms 68 3.35ms 132 53.3ms 196 853ms 4 0.11ms 68 3.65ms 132 58.0ms 196 928ms


6 0.15ms 70 3.69ms 134 58.6ms 198 938ms 6 0.16ms 70 4.01ms 134 63.8ms 198 1.02s

7 0.17ms 71 3.85ms 135 61.3ms 199 981ms 7 0.18ms 71 4.20ms 135 66.7ms 199 1.06s

8 0.19ms 72 4.02ms 136 64.0ms 200 1.02s 8 0.20ms 72 4.38ms 136 69.6ms 200 1.11s

9 0.21ms 73 4.19ms 137 66.6ms 201 1.06s 9 0.23ms 73 4.56ms 137 72.5ms 201 1.16s

10 0.23ms 74 4.35ms 138 69.3ms 202 1.10s 10 0.25ms 74 4.74ms 138 75.4ms 202 1.20s

11 0.25ms 75 4.52ms 139 72.0ms 203 1.15s 11 0.27ms 75 4.92ms 139 78.3ms 203 1.25s

12 0.27ms 76 4.69ms 140 74.6ms 204 1.19s 12 0.29ms 76 5.10ms 140 81.2ms 204 1.30s

13 0.29ms 77 4.85ms 141 77.3ms 205 1.23s 13 0.32ms 77 5.28ms 141 84.2ms 205 1.34s

14 0.31ms 78 5.02ms 142 80.0ms 206 1.28s 14 0.34ms 78 5.46ms 142 87.1ms 206 1.39s

15 0.33ms 79 5.19ms 143 82.6ms 207 1.32s 15 0.36ms 79 5.65ms 143 90.0ms 207 1.43s

16 0.35ms 80 5.35ms 144 85.3ms 208 1.36s 16 0.39ms 80 5.83ms 144 92.9ms 208 1.48s

17 0.38ms 81 5.69ms 145 90.6ms 209 1.45s 17 0.41ms 81 6.19ms 145 98.7ms 209 1.57s

18 0.40ms 82 6.02ms 146 96.0ms 210 1.53s 18 0.43ms 82 6.55ms 146 104ms 210 1.67s

19 0.42ms 83 6.35ms 147 101ms 211 1.62s 19 0.45ms 83 6.92ms 147 110ms 211 1.76s

20 0.44ms 84 6.69ms 148 106ms 212 1.70s 20 0.48ms 84 7.28ms 148 116ms 212 1.85s

21 0.46ms 85 7.02ms 149 112ms 213 1.79s 21 0.50ms 85 7.64ms 149 121ms 213 1.95s

22 0.48ms 86 7.35ms 150 117ms 214 1.87s 22 0.52ms 86 8.00ms 150 127ms 214 2.04s

23 0.50ms 87 7.69ms 151 122ms 215 1.96s 23 0.54ms 87 8.37ms 151 133ms 215 2.13s

24 0.52ms 88 8.02ms 152 128ms 24 0.57ms 88 8.73ms 152 139ms

25 0.54ms 89 8.35ms 153 133ms 25 0.59ms 89 9.09ms 153 145ms

26 0.56ms 90 8.69ms 154 138ms 26 0.61ms 90 9.46ms 154 150ms

27 0.58ms 91 9.02ms 155 144ms 27 0.63ms 91 9.82ms 155 156ms

28 0.60ms 92 9.35ms 156 149ms 28 0.66ms 92 10.1ms 156 162ms

29 0.63ms 93 9.69ms 157 154ms 29 0.68ms 93 10.5ms 157 168ms

30 0.65ms 94 10.0ms 158 160ms 30 0.70ms 94 10.9ms 158 174ms

31 0.67ms 95 10.3ms 159 165ms 31 0.73ms 95 11.2ms 159 179ms

32 0.69ms 96 10.6ms 160 170ms 32 0.75ms 96 11.6ms 160 185ms

33 0.73ms 97 11.3ms 161 181ms 33 0.79ms 97 12.3ms 161 197ms

34 0.77ms 98 12.0ms 162 192ms 34 0.84ms 98 13.0ms 162 209ms

35 0.81ms 59 12.6ms 163 202ms 35 0.88ms 59 13.8ms 163 220ms

36 0.85ms 100 13.3ms 164 213ms 36 0.93ms 100 14.5ms 164 232ms37 0.90ms 101 14.0ms 165 224ms 37 0.98ms 101 15.2ms 165 243ms

38 0.94ms 102 14.6ms 166 234ms 38 1.02ms 102 15.9ms 166 255ms

39 0.98ms 103 15.3ms 167 245ms 39 1.07ms 103 16.7ms 167 267ms

40 1.02ms 104 16.0ms 168 256ms 40 1.11ms 104 17.4ms 168 278ms

41 1.06ms 105 16.6ms 169 266ms 41 1.16ms 105 18.1ms 169 290ms

42 1.10ms 106 17.3ms 170 277ms 42 1.20ms 106 18.8ms 170 301ms

43 1.15ms 107 18.0ms 171 288ms 43 1.25ms 107 19.6ms 171 313ms

44 1.19ms 108 18.6ms 172 298ms 44 1.29ms 108 20.3ms 172 325ms

45 1.23ms 109 19.3ms 173 309ms 45 1.34ms 109 21.0ms 173 336ms

46 1.27ms 110 20.0ms 174 320ms 46 1.38ms 110 21.7ms 174 348ms

47 1.31ms 111 20.6ms 175 330ms 47 1.43ms 111 22.5ms 175 359ms

48 1.35ms 112 21.3ms 176 341ms 48 1.47ms 112 23.2ms 176 371ms

49 1.44ms 113 22.6ms 177 362ms 49 1.56ms 113 24.6ms 177 394ms

50 1.52ms 114 24.0ms 178 384ms 50 1.66ms 114 26.1ms 178 417ms

51 1.60ms 115 25.3ms 179 405ms 51 1.75ms 115 27.6ms 179 441ms

52 1.69ms 116 26.6ms 180 426ms 52 1.84ms 116 29.0ms 180 464ms

53 1.77ms 117 28.0ms 181 448ms 53 1.93ms 117 30.5ms 181 487ms

54 1.85ms 118 29.3ms 182 469ms 54 2.02ms 118 31.9ms 182 510ms

55 1.94ms 119 30.6ms 183 490ms 55 2.11ms 119 33.4ms 183 534ms

56 2.02ms 120 32.0ms 184 512ms 56 2.20ms 120 34.8ms 184 557ms

57 2.10ms 121 33.3ms 185 533ms 57 2.29ms 121 36.3ms 185 580ms

58 2.17ms 122 34.6ms 186 554ms 58 2.38ms 122 37.7ms 186 603ms

59 2.25ms 123 36.0ms 187 576ms 59 2.47ms 123 39.2ms 187 626ms

60 2.33ms 124 37.3ms 188 597ms 60 2.56ms 124 40.6ms 188 650ms

61 2.44ms 125 38.6ms 189 618ms 61 2.65ms 125 42.1ms 189 673ms

62 2.52ms 126 40.0ms 190 640ms 62 2.74ms 126 43.5ms 190 696ms

63 2.60ms 127 41.3ms 191 661ms 63 2.83ms 127 45.0ms 181 719ms


27/29

27


- Data list -

Table # 10

DECAY 48KHz Fs 44.1KHz Fs

Dat a Value Da t a Va lue Da t a Va lue Dat a Value Da t a Va lue Da t a Va lue

0 5ms 64 688ms 128 10.9s 0 6ms 64 749ms 128 11.8s

1 11ms 65 730ms 129 11.6s 1 12ms 65 795ms 129 12.6s

2 16ms 66 773ms 130 12.2s 2 17ms 66 842ms 130 13.3s

3 21ms 67 816ms 131 12.9s 3 23ms 67 888ms 131 14.1s4 27ms 68 858ms 132 13.6s 4 29ms 68 934ms 132 14.8s

5 32ms 69 901ms 133 14.3s 5 35ms 69 981ms 133 15.6s

6 37ms 70 944ms 134 15.0s 6 41ms 70 1.02s 134 16.3s

7 43ms 71 986ms 135 15.7s 7 46ms 71 1.07s 135 17.0s

8 48ms 72 1.02s 136 16.3s 8 52ms 72 1.12s 136 17.8s

9 53ms 73 1.07s 137 17.0s 9 58ms 73 1.16s 137 18.5s

10 59ms 74 1.11s 138 17.7s 10 64ms 74 1.21s 138 19.3s

11 64ms 75 1.15s 139 18.4s 11 70ms 75 1.25s 139 20.0s

12 69ms 76 1.20s 140 19.1s 12 75ms 76 1.30s 140 20.8s

13 75ms 77 1.24s 141 19.7s 13 81ms 77 1.35s 141 21.5s

14 80ms 78 1.28s 142 20.4s 14 87ms 78 1.39s 142 22.2s

15 85ms 79 1.32s 143 21.1s 15 93ms 79 1.44s 143 23.0s

16 91ms 80 1.37s 144 21.8s 16 99ms 80 1.49s 144 23.7s

17 96ms 81 1.45s 145 23.2s 17 104ms 81 1.58s 145 25.2s

18 101ms 82 1.54s 146 24.5s 18 110ms 82 1.67s 146 26.7s

19 107ms 83 1.62s 147 25.9s 19 116ms 83 1.77s 147 28.2s

20 112ms 84 1.71s 148 27.3s 20 122ms 84 1.86s 148 29.7s

21 117ms 85 1.79s 149 28.6s 21 128ms 85 1.95s 149 31.2s

22 123ms 86 1.88s 150 30.0s 22 133ms 86 2.04s 150 32.6s

23 128ms 87 1.96s 151 31.4s 23 139ms 87 2.14s 151 34.1s

24 133ms 88 2.05s 152 32.7s 24 145ms 88 2.23s 152 35.6s

25 139ms 89 2.13s 153 34.1s 25 151ms 89 2.32s 153 37.1s

26 144ms 90 2.22s 154 35.4s 26 157ms 90 2.42s 154 38.6s

27 149ms 91 2.30s 155 36.8s 27 163ms 91 2.51s 155 40.1s

28 155ms 92 2.39s 156 38.2s 28 168ms 92 2.60s 156 41.6s

29 160ms 93 2.47s 157 39.5s 29 174ms 93 2.69s 157 43.0s

30 165ms 94 2.56s 158 40.9s 30 180ms 94 2.79s 158 44.5s

31 171ms 95 2.65s 159 42.3s 31 186ms 95 2.88s 159 46.0s

32 176ms 96 2.73s 32 192ms 96 2.97s

33 187ms 97 2.90s 33 203ms 97 3.16s

34 197ms 98 3.07s 34 215ms 98 3.34s

35 208ms 99 3.24s 35 226ms 99 3.53s

36 219ms 100 3.41s 36 238ms 100 3.72s37 229ms 101 3.58s 37 250ms 101 3.90s

38 240ms 102 3.75s 38 261ms 102 4.09s

39 251ms 103 3.93s 39 273ms 103 4.27s

40 261ms 104 4.10s 40 284ms 104 4.46s

41 272ms 105 4.27s 41 296ms 105 4.64s

42 283ms 106 4.44s 42 308ms 106 4.83s

43 293ms 107 4.61s 43 319ms 107 5.02s

44 304ms 108 4.78s 44 331ms 108 5.20s

45 315ms 109 4.95s 45 342ms 109 5.39s

46 325ms 110 5.12s 46 354ms 110 5.57s

47 336ms 111 5.29s 47 366ms 111 5.76s

48 347ms 112 5.46s 48 377ms 112 5.94s

49 368ms 113 5.80s 49 400ms 113 6.32s

50 389ms 114 6.14s 50 424ms 114 6.69s

51 411ms 115 6.48s 51 447ms 115 7.06s

52 432ms 116 6.83s 52 470ms 116 7.43s

53 453ms 117 7.17s 53 493ms 117 7.80s

54 475ms 118 7.51s 54 517ms 118 8.17s

55 496ms 119 7.85s 55 540ms 119 8.54s

56 517ms 120 8.19s 56 563ms 120 8.92s

57 539ms 121 8.53s 57 586ms 121 9.29s

58 560ms 122 8.87s 58 609ms 122 9.66s

59 581ms 123 9.21s 59 633ms 123 10.0s

60 603ms 124 9.56s 60 656ms 124 10.4s

61 624ms 125 9.90s 61 679ms 125 10.7s

62 645ms 126 10.2s 62 702ms 126 11.1s

63 667ms 127 10.5s 63 725ms 127 11.5s


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- Data list -

Table # 11 Table #12

Freq.[Hz] MIDI

Dat a Val ue Dat a Val ue Dat a Val ue

0 28 64 1.12k 0 OFF

1 29 65 1.18k 1 C1

2 31 66 1.26k 2 C#1

3 33 67 1.33k 3 D14 35 68 1.41k 4 D#1

5 37 69 1.49k 5 E1

6 39 70 1.58k 6 F1

7 42 71 1.68k 7 F#1

8 44 72 1.78k 8 G1

9 47 73 1.88k 9 G#1

10 50 74 2.00k 10 A1

11 53 75 2.11k 11 A#1

12 56 76 2.24k 12 B1

13 59 77 2.37k 13 C2

14 63 78 2.52k 14 C#2

15 66 79 2.67k 15 D2

16 70 80 2.82k 16 D#2

17 74 81 2.99k 17 E2

18 79 82 3.17k 18 F2

19 83 83 3.36k 19 F#2

20 88 84 3.56k 20 G2

21 94 85 3.77k 21 G#2

22 99 86 4.00k 22 A

23 105 87 4.23k 23 A#2

24 111 88 4.49k 24 B2

25 118 89 4.75k 25 C3

26 125 90 5.04k 26 C#3

27 132 91 5.33k 27 D3

28 140 92 5.65k 28 D#3

29 149 93 5.99k 29 E3

30 157 94 6.35k 30 F3

31 167 95 6.72k 31 F#3

32 177 96 7.12k 32 G3

33 187 97 7.55k 33 G#3

34 198 98 8.00k 34 A3

35 210 99 8.47k 35 A#3

36 223 100 8.98k 36 B337 236 101 9.51k 37 C4

38 250 102 10.0k 38 C#4

39 265 103 10.6k 39 D4

40 281 104 11.3k 40 D#4

41 297 105 11.9k 41 E4

42 315 106 12.6k 42 F4

43 334 107 13.4k 43 F#4

44 354 108 14.2k 44 G4

45 375 109 15.1k 45 G#4

46 397 110 16.0k 46 A4

47 420 47 A#4

48 445 48 B4

49 472 49 C5

50 500 50 C#5

51 530 51 D5

52 561 52 D#5

53 595 53 E5

54 630 54 F5

55 667 55 F#5

56 707 56 G5

57 749 57 G#5

58 794 58 A5

59 841 59 A#5

60 891 60 B5

61 944 61 C6

62 1.00k 62 ALL

6 3 1.0 5k


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When DELAY or FREQ. paramater changed

1. Calculate the corresponding note parameter from tempo and delay ( or freq.) parameter

n = { delay[ms] x (tempo[bpm] / 60000[ms])} x 48

or n = { tempo[bpm] / ( 60[sec] x freq.[Hz])} x 48if ( n == 0) note =else if ( n < 7) note =else if ( n < 11) note =else if ( n < 15) note =else if ( n < 17) note =else if ( n < 23) note =else if ( n < 31) note =else if ( n < 35) note =else if ( n < 47) note =else if ( n < 71) note =else if ( n < 95) note =else if ( n < 143) note =else if ( n < 191) note =else if ( n < 383) note =else note =

2. Update compare buffer of the delay( or freq.) and tempo

When NOTE parameter changed

1. Calculate the corresponding delay( or freq.) parameter from tempo and the note parameter

ex) if note =

delay[ms] = ( 60000[ms] / tempo[bpm]) x 0.5

freq.[Hz] = tempo[bpm] / ( 60[sec] x 0.5)

2. Update compare buffer of the delay( or freq.) and tempo.

When tempo changed

1. Calculate all rerative parameters ( delays and freq.) from tempo, tempo compare buffer and

delays and freq. compare buffer.

delay[ms] = delay_cmp[ms] x ( tempo_cmp / tempo)

freq[hz] = freq._cmp[Hz] x ( tempo / tempo_cmp)

- Tempo -

Delay and modulation type effects ( MONO DELAY, CHORUS, ....) have tempo

rerative parameters. This is the specification of them.

01v effect spec

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