Appendix

3:RotaryFastRate

4:ReflectionWetLevel

5:ReflectionFeedback

6:ReflectionTone

M18:Multi18(Compressor–Enhancer-2- TapDelay)

Function ThisisamultieffectorthatisrelatedtoCom- pressor-Enhancer-2-TapDelay.

Parameters

0:CompressorDepth

1:CompressorAttack

2:CompressorLevel

LowGain

HighGain

3:Enhancer

4:Enhancer

Time

WetLevel

Feedback

5:Delay

6:Delay

7:Delay

StereoDelay

 

toCompressor-

 

 

 

 

 

 

 

 

 

 

M19:Multi19(Compressor–

1)

Function Thisisamultieffectorrelated

StereoDelay1.

Parameters

0:CompressorDepth

1:CompressorAttack

2:CompressorRelease

3:CompressorLevel

4:DelayTime

5:DelayWetLevel

6:DelayFeedback

7:DelayHighDamp

–Lo-Fi)

relatedtoDistortion-

 

 

M15:Multi15(Distortion

Function Thisisamultieffector

Lo-Fi.

Parameters

RingWetLevel

RingDryLevel

ChorusLFODepth

DelayTime

DelayWetLevel

3:

4:

5:

6:

7:

A-26

0 : Distortion Gain

M13 : Multi13 (Ring Modulator – Distortion)

DistortionLow

DistortionHigh

DistortionLevel

Lo-FiNoise1

Lo-FiNoise2

Lo-FiTone

Lo-FiResonance

 

1:

2:

3:

4:

5:

6:

7:

 

 

Function

ThisisamultieffectorrelatedtoRingModu- lator-Distortion.

 

Parameters

0:RingOSCFrequency

1:RingLFORate

2:RingLFODepth

 

 

 

 

 

 

M16 : Multi16 (Drive Rotary – Reflection)

3:RingWetLevel

4:RingDryLevel

Function

ThisisamultieffectorrelatedtoDriveRotary -Reflection.

Parameters

 

5:DistortionGain

6:DistortionTone

7:DistortionLevel

0:DriveRotaryGain

1:DriveRotaryLevel

2:DriveRotarySpeed

3:DriveRotarySlowRate

4:DriveRotaryFastRate

5:ReflectionWetLevel

6:ReflectionFeedback

7:ReflectionTone

 

M17:Multi17(Rotary–Reflection)

 

Function

ThisisamultieffectorrelatedtoRotary-Re- flection.

Parameters

0:RotarySpeed

1:RotaryBreak

2:RotarySlowRate

M14: Multi14(Lo-Fi–Reflection)

 

Function

ThisisamultieffectorrelatedtoLo-Fi-Re- flection.

 

Parameters

0:Lo-FiNoise1

1:Lo-FiNoise2

2:Lo-FiTone

3:Lo-FiResonance

4:ReflectionType

5:ReflectionWetLevel

6:ReflectionFeedback

7:ReflectionTone

 

 

 

735A-E-140A