Elements & parameters

FX

• 3 Band Compressor
• 3 Band Limiter
• 3 Band Shelf
• Analog Chorus
• Analog Crunch
• Analog Filter
• Analog Flanger
• Analog Tape Delay
• Autopan
• Big Pi Tone
• Biquad Filter
• Bloom
• Brickwall Filter
• Comb Filter
• Compressor Expander
• Convolver
• Crossover Filter
• Diffuse Delay
• Diffusion
• Digital Eq
• Digital Filter
• Diode Clipper
• Dispersor
• Drive
• Dual Delay X
• Effect Rack
• Ensemble 505
• Exciter
• Feedback Compressor
• Feedback Machine
• Flanger
• Formant Crusher
• Freq Shifter
• Fuzz
• Gain
• Gain Matrix
• Gate
• Granulizer
• Guitar Boxes
• Harmonic Resonators
• Harmonizer
• IReverb
• Ladder
• LowPass 12
• LowPass 24
• Magnetic Bass Shaper
• Maximizer
• One Pole
• Opal
• Overdrive
• Phase Meter
• Phasor
• Phasor Filter
• Redux
• Rez Filter
• Rotary
• SVF
• Sallen-Key Filter
• Shifter
• SparkVerb
• Spectrum Analyzer
• Studio Limiter
• TS Overdrive
• Tape Echo
• Thorus
• Tilt
• Tone Stack
• Track Delay
• Tremolo
• Tube Amp
• Tuner
• UVI Filter
• UVI Wide
• UVInyl
• VCF-20
• VCF-20 Dual
• VCF-4023
• Velvet Delay
• Vowel Filter
• Vowels
• WahWah
• Wave Shaper
• Xpander Filter

Modulation

• AHD
• Analog ADSR
• Attack Decay
• DAHDSR
• Drunk
• Flow Noise
• LFO
• Macro
• Multi Envelope
• Multi LFO
• Parametric LFO
• Script Event Modulation
• Smooth Random
• Step Envelope
• Voice Modulator

Event Processor

• Arpeggiator
• MIDI Out
• MIDI Player
• Micro Tuner
• Script Processor

Oscillator

• 8o8 Bass Drum
• Additive
• Analog
• Analog Stack
• Bowed String
• Drum
• FM
• Grains
• Harmonic Resonators
• IRCAM Granular
• IRCAM Multi Granular
• IRCAM Scrub
• IRCAM Stretch
• Noise
• Organ
• Phase Shaper
• Pluck
• Sample
• Slice
• Stretch
• SupraSaw
• Texture
• VOSIM
• Wavetable

Legacy

• 2 Band EQ
• 3 Band EQ
• 8 Band EQ
• Auto Wah
• Beat Repeat
• Chorus
• Compressor
• Cross Phaser
• Double Drive
• Dual Delay
• FX Delay
• FX Filter
• Fat Delay
• Gate Reverb
• Limiter
• Phaser
• Ping Pong Delay
• Plain Reverb
• Predelay Verb
• Redux
• Ring Modulator
• Robotizer
• Rotary
• Rotary Simple
• Rotary Speaker
• Simple Delay
• Simple Reverb
• Stereo Delay
• TalkBox
• UVI Destructor
• UVI Drive
• UVI Mastering

Other

• AuxEffect
• BusRouter
• Engine
• Keygroup
• Layer
• Part
• Program
• Synth

FX

3 Band Compressor

internal name: ThreeBandComp

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
GainIn	Gain In	float	-30,000	30,000	0,000	decibel	yes
GainOut	Gain Out	float	-30,000	30,000	0,000	decibel	yes
GlobalMix	Mix	float	0,000	1,000	1,000	% normalized	yes
LowMidFreq	Split Freq 0	float	10,000	22000,000	400,000	Hz	yes
MidHighFreq	Split Freq 1	float	10,000	22000,000	800,000	Hz	yes
Solo0	Solo 0	boolean	false	true	false		yes
Threshold0	Threshold 0	float	-130,000	0,000	0,000	decibel	yes
Ratio0	Ratio 0	float	1,000	30,000	10,000		yes
Attack0	Attack 0	float	0,000	500,000	10,000	millisecond	yes
Release0	Release 0	float	0,000	5000,000	100,000	millisecond	yes
Makeup0	Gain 0	float	-30,000	30,000	0,000	decibel	yes
Mix0	Mix 0	float	0,000	1,000	1,000	% normalized	yes
AutoMakeup0	Auto-Makeup 0	boolean	false	true	false		yes
Solo1	Solo 1	boolean	false	true	false		yes
Threshold1	Threshold 1	float	-130,000	0,000	0,000	decibel	yes
Ratio1	Ratio 1	float	1,000	30,000	10,000		yes
Attack1	Attack 1	float	0,000	500,000	10,000	millisecond	yes
Release1	Release 1	float	0,000	5000,000	100,000	millisecond	yes
Makeup1	Gain 1	float	-30,000	30,000	0,000	decibel	yes
Mix1	Mix 1	float	0,000	1,000	1,000	% normalized	yes
AutoMakeup1	Auto-Makeup 1	boolean	false	true	false		yes
Solo2	Solo 2	boolean	false	true	false		yes
Threshold2	Threshold 2	float	-130,000	0,000	0,000	decibel	yes
Ratio2	Ratio 2	float	1,000	30,000	10,000		yes
Attack2	Attack 2	float	0,000	500,000	10,000	millisecond	yes
Release2	Release 2	float	0,000	5000,000	100,000	millisecond	yes
Makeup2	Gain 2	float	-30,000	30,000	0,000	decibel	yes
Mix2	Mix 2	float	0,000	1,000	1,000	% normalized	yes
AutoMakeup2	Auto-Makeup 2	boolean	false	true	false		yes

---

3 Band Limiter

internal name: ThreeBandLimiter

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Threshold0	Threshold Low	float	-20,000	0,000	0,000	decibel	yes
Margin0	Margin Low	float	-5,000	0,000	0,000	decibel	yes
Release0	Release Low	float	10,000	500,000	100,000	millisecond	yes
Mix0	Mix Low	float	0,000	1,000	1,000	% normalized	yes
Threshold1	Threshold Mid	float	-20,000	0,000	0,000	decibel	yes
Margin1	Margin Mid	float	-5,000	0,000	0,000	decibel	yes
Release1	Release Mid	float	10,000	500,000	100,000	millisecond	yes
Mix1	Mix Mid	float	0,000	1,000	1,000	% normalized	yes
Threshold2	Threshold High	float	-20,000	0,000	0,000	decibel	yes
Margin2	Margin High	float	-5,000	0,000	0,000	decibel	yes
Release2	Release High	float	10,000	500,000	100,000	millisecond	yes
Mix2	Mix High	float	0,000	1,000	1,000	% normalized	yes
LowMidFreq	Low/Mid Freq	float	20,000	20000,000	250,000	Hz	yes
MidHighFreq	Mid/High Freq	float	20,000	20000,000	2000,000	Hz	yes

---

3 Band Shelf

internal name: ThreeBandShelves

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
FreqLowMid	Low/Mid Freq	float	20,000	1000,000	200,000	Hz	yes
FreqMidHigh	Mid/High Freq	float	2000,000	20000,000	4000,000	Hz	yes
GainLow	Gain Low	float	-24,000	24,000	0,000	decibel	yes
GainMid	Gain Mid	float	-24,000	24,000	0,000	decibel	yes
GainHigh	Gain High	float	-24,000	24,000	0,000	decibel	yes

---

Analog Chorus

internal name: AnalogChorus

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Speed	Speed	float	0,100	10,000	2,000	Hz	yes
Width	Width	float	0,000	6,000	4,000		yes
Intensity	Intensity	float	0,000	6,000	3,000		yes
TransientEnhancement	Transient Enhancement	float	0,000	10,000	2,000		yes

---

Analog Crunch

internal name: GarageFuzz

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
InputGain	Input Gain	float	-30,000	20,000	0,000	decibel	yes
Overdrive	Overdrive	float	0,000	10,000	0,000		yes
Trash	Trash	float	0,000	1,000	0,000	% normalized	yes
Mix	Mix	float	0,000	100,000	100,000	%	yes
OutputGain	Output Gain	float	-40,000	10,000	0,000	decibel	yes
Oversampling	Oversampling	integer	0	4	0		no

---

Analog Filter

internal name: Retro

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Freq	Freq	float	20,000	20000,000	1000,000	Hz	yes
Q	Resonance	float	0,000	1,000	0,000	% normalized	yes
KeyTracking	Key Tracking	float	0,000	1,000	0,000	% normalized	yes	Filter key tracking relative to C3. if C4 is played with KeyTracking at 100%, the filter freq will be one octave higher than the parameters value. Tune the filter freq to C3 for the filter freq to follow the note's frequency
Mode	Mode	integer	0	2	0		yes

---

Analog Flanger

internal name: AnalogFlanger

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Speed	Speed	float	0,100	10,000	2,000	Hz	yes
Width	Width	float	0,000	6,000	4,000		yes
Intensity	Intensity	float	0,000	6,000	3,000		yes
TransientEnhancement	Transient Enhancement	float	0,000	10,000	2,000		yes

---

Analog Tape Delay

internal name: Buzz

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
Trash	Trash	float	0,000	1,000	0,250	% normalized	yes
Spread	Spread	float	0,000	2,000	1,000	% normalized	yes
Delay	Delay	float	40,000	2000,000	200,000	millisecond (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
Feedback	Feedback	float	0,000	1,000	0,200	% normalized	yes
Wet	Wet	float	0,000	1,000	0,500	% normalized	yes
Dry	Dry	float	0,000	1,000	0,500	% normalized	yes
DistortionMode	Distortion Mode	integer	0	2	0		yes
InterpolationTime	InterpolationTime	float	0,010	1,000	0,100	second	yes

---

Autopan

internal name: Autopan

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
Depth	Depth	float	0,000	1,000	1,000	% normalized	yes
Speed	Speed	float	0,000	20,000	3,000	Hz (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
Mode	Mode	integer	0	3	2		yes

---

Big Pi Tone

internal name: BigMuffTone

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Tone	Tone	float	0,000	10,000	5,000		yes
Gain	Gain	float	0,000	10,000	6,000	decibel	yes

---

Biquad Filter

internal name: BiquadFilter

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Mode	Mode	integer	0	3	1		yes
Freq	Freq	float	20,000	20000,000	1000,000	Hz	yes
Q	Resonance	float	0,000	1,000	0,000	% normalized	yes
KeyTracking	Key Tracking	float	0,000	1,000	0,000	% normalized	yes	Filter key tracking relative to C3. if C4 is played with KeyTracking at 100%, the filter freq will be one octave higher than the parameters value. Tune the filter freq to C3 for the filter freq to follow the note's frequency

---

Bloom

internal name: Bloom

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
ReverbGain	Reverb Gain	float	-20,000	20,000	0,000	decibel	yes	Output gain of the reverb signal in dB
ModDepth	Modulation	float	0,000	20,000	4,000	cents	yes	Pitch modulation depth in cents for chorus-like movement
ModRate	Mod. Rate	float	0,100	10,000	1,000		yes	Speed of the pitch modulation as a multiplier
Diffusion	Diffusion	float	0,000	1,000	1,000	% normalized	yes	Amount of diffusion applied to smear transients
Rise	Rise	float	0,000	1,000	0,500	% normalized	yes	Controls the bloom envelope rise time as a fraction of decay
Width	Width	float	0,000	1,000	1,000	% normalized	yes	Stereo width of the reverb output
RoomSize	Room Size	float	4,000	50,000	20,000		yes	Virtual room size in meters, affects delay lengths and decay
DecayTime	Decay Time	float	0,100	10,000	1,000		yes	Reverb decay time multiplier relative to room size
DecayLow	Bass Decay	float	0,100	10,000	1,000		yes	Low frequency decay multiplier relative to main decay
DecayHigh	Hi Decay	float	0,100	10,000	1,000		yes	High frequency decay multiplier relative to main decay
FreqLow	Bass Xover	float	10,000	1000,000	250,000	Hz	yes	Crossover frequency between bass and mid decay bands
FreqHigh	Hi Xover	float	2000,000	20000,000	12000,000	Hz	yes	Crossover frequency between mid and high decay bands
Shape	Shape	float	0,000	1,000	0,300	% normalized	yes	Controls the density distribution of the reverb tail
Mix	Mix	float	0,000	1,000	0,500	% normalized	yes	Dry/wet mix balance
StructuralMode	StructuralMode	integer	0	2	0		yes	Reverb network topology: single, parallel, or serial tanks
TapoutMode	TapoutMode	integer	0	4	1		yes	Controls how delay line taps are mixed for the output
Freeze	Freeze	boolean	false	true	false		yes	Freezes the reverb tail in an infinite sustain
Rolloff	Rolloff	float	2000,000	20000,000	20000,000	Hz	yes	High frequency rolloff filter cutoff
PreDelay	Pre Delay	float	0,000	250,000	0,000	millisecond (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes	Initial delay before the reverb onset
TapAmount	TapAmount	float	0,000	1,000	1,000	% normalized	yes	Blend amount for the selected tapout mode

---

Brickwall Filter

internal name: BrickwallFilter

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Slope	Slope	integer	0	2	2		yes
SoftBypass	SoftBypass	boolean	false	true	false		yes
Freq	Freq	float	20,000	20000,000	1000,000	Hz	yes

---

Comb Filter

internal name: CombFilter

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Mode	Mode	integer	0	1	0		yes
Freq	Freq	float	20,000	20000,000	1000,000	Hz	yes
Q	Resonance	float	0,000	1,000	0,000	% normalized	yes
KeyTracking	Key Tracking	float	0,000	1,000	0,000	% normalized	yes	Filter key tracking relative to C3. if C4 is played with KeyTracking at 100%, the filter freq will be one octave higher than the parameters value. Tune the filter freq to C3 for the filter freq to follow the note's frequency

---

Compressor Expander

internal name: CompExp

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
AutoMakeUp	Auto MakeUp	boolean	false	true	false		yes
MakeUpGain	MakeUp Gain	float	-30,000	30,000	0,000	decibel	yes
CompThreshold	Comp Threshold	float	-130,000	0,000	0,000	decibel	yes
CompRatio	Comp Ratio	float	1,000	30,000	10,000		yes
CompAttack	Comp Attack	float	0,000	500,000	10,000	millisecond	yes
CompRelease	Comp Release	float	0,000	5000,000	100,000	millisecond	yes
GateThreshold	Gate Threshold	float	-130,000	0,000	-130,000	decibel	yes
GateRatio	Gate Ratio	float	0,100	30,000	1,000		yes
GateAttack	Gate Attack	float	0,000	500,000	10,000	millisecond	yes
GateRelease	Gate Release	float	0,000	5000,000	100,000	millisecond	yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes

---

Convolver

internal name: Convolver

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Dry	Dry	float	0,000	1,000	0,000	% normalized	yes
Wet	Wet	float	0,000	1,000	1,000	% normalized	yes
NormalizePower	NormalizePower	boolean	false	true	true		no

---

Crossover Filter

internal name: CrossOverFilter

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
LowFrequency	Low-Mid Freq	float	20,000	20000,000	200,000	Hz	yes
HighFrequency	Mid-High Freq	float	20,000	20000,000	2000,000	Hz	yes

---

Diffuse Delay

internal name: DiffuseDelay

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
DelayTime	Delay Time	float	0,010	1,000	0,125	second (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes	Overall delay time in seconds
TimeSpread	TimeSpread	float	0,000	1,000	1,000	% normalized	yes	Time spread of the diffusion in % of delay time
Diffusion	Diffusion	float	0,000	1,000	0,500	% normalized	yes	Controls the amount of diffusion in %
Feedback	Feedback	float	0,000	1,000	0,000	% normalized	yes	Controls the amount of feedback in %
Damp	Damp	float	0,000	1,000	0,000	% normalized	yes	Controls the amount of damping in %
CrossTalk	CrossTalk	float	-1,000	1,000	0,000	% normalized	yes	Controls the amount of feedback cross-talk between channels in %
Mix	Mix	float	0,000	1,000	0,500	% normalized	yes	Controls the mixing between dry and wet signals
Randomness	Randomness	float	0,000	0,500	0,000	% normalized	yes	Controls the amount of delays randomisation in %
ModRate	Mod. Rate	float	0,100	10,000	1,000	Hz	yes	Modulation Rate in Hz
ModDepth	Mod. Depth	float	0,000	20,000	0,000	cents	yes	Modulation depth in cents

---

Diffusion

internal name: Diffusion

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Diffusion	Diffusion	float	0,000	1,000	0,618	% normalized	yes	Amount of diffusion applied
DiffusionStart	Diffusion start	float	0,100	20,000	5,000	millisecond	yes	Time before diffusion starts
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes	Dry/wet mix balance

---

Digital Eq

internal name: DigitalEq

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
StereoMode	Stereo Mode	integer	0	1	0		yes
Transpose	Transpose	float	-10,000	10,000	0,000		yes
KeyTracking	KeyTracking	float	-1,000	1,000	0,000	% normalized	yes
OverallGain	Overall Gain	float	-30,000	30,000	0,000	decibel	yes
GainScale	Gain Scale	float	-2,000	2,000	1,000	% normalized	yes
Enabled1	Enabled 1	boolean	false	true	true		yes
Type1	Type 1	integer	0	6	0		yes
Slope1	Slope 1	integer	0	7	1		yes
Channels1	Channels 1	integer	0	2	0		yes
Freq1	Freq 1	float	10,000	22000,000	1000,000	Hz	yes
Q1	Q 1	float	0,018	28,284	0,707		yes
Gain1	Gain 1	float	-30,000	30,000	0,000	decibel	yes
Bandwidth1	Bandwidth 1	float	0,010	10,000	1,000		yes
Enabled2	Enabled 2	boolean	false	true	true		yes
Type2	Type 2	integer	0	6	0		yes
Slope2	Slope 2	integer	0	7	1		yes
Channels2	Channels 2	integer	0	2	0		yes
Freq2	Freq 2	float	10,000	22000,000	1000,000	Hz	yes
Q2	Q 2	float	0,018	28,284	0,707		yes
Gain2	Gain 2	float	-30,000	30,000	0,000	decibel	yes
Bandwidth2	Bandwidth 2	float	0,010	10,000	1,000		yes
Enabled3	Enabled 3	boolean	false	true	true		yes
Type3	Type 3	integer	0	6	0		yes
Slope3	Slope 3	integer	0	7	1		yes
Channels3	Channels 3	integer	0	2	0		yes
Freq3	Freq 3	float	10,000	22000,000	1000,000	Hz	yes
Q3	Q 3	float	0,018	28,284	0,707		yes
Gain3	Gain 3	float	-30,000	30,000	0,000	decibel	yes
Bandwidth3	Bandwidth 3	float	0,010	10,000	1,000		yes
Enabled4	Enabled 4	boolean	false	true	true		yes
Type4	Type 4	integer	0	6	0		yes
Slope4	Slope 4	integer	0	7	1		yes
Channels4	Channels 4	integer	0	2	0		yes
Freq4	Freq 4	float	10,000	22000,000	1000,000	Hz	yes
Q4	Q 4	float	0,018	28,284	0,707		yes
Gain4	Gain 4	float	-30,000	30,000	0,000	decibel	yes
Bandwidth4	Bandwidth 4	float	0,010	10,000	1,000		yes
Enabled5	Enabled 5	boolean	false	true	true		yes
Type5	Type 5	integer	0	6	0		yes
Slope5	Slope 5	integer	0	7	1		yes
Channels5	Channels 5	integer	0	2	0		yes
Freq5	Freq 5	float	10,000	22000,000	1000,000	Hz	yes
Q5	Q 5	float	0,018	28,284	0,707		yes
Gain5	Gain 5	float	-30,000	30,000	0,000	decibel	yes
Bandwidth5	Bandwidth 5	float	0,010	10,000	1,000		yes
Enabled6	Enabled 6	boolean	false	true	true		yes
Type6	Type 6	integer	0	6	0		yes
Slope6	Slope 6	integer	0	7	1		yes
Channels6	Channels 6	integer	0	2	0		yes
Freq6	Freq 6	float	10,000	22000,000	1000,000	Hz	yes
Q6	Q 6	float	0,018	28,284	0,707		yes
Gain6	Gain 6	float	-30,000	30,000	0,000	decibel	yes
Bandwidth6	Bandwidth 6	float	0,010	10,000	1,000		yes
Enabled7	Enabled 7	boolean	false	true	true		yes
Type7	Type 7	integer	0	6	0		yes
Slope7	Slope 7	integer	0	7	1		yes
Channels7	Channels 7	integer	0	2	0		yes
Freq7	Freq 7	float	10,000	22000,000	1000,000	Hz	yes
Q7	Q 7	float	0,018	28,284	0,707		yes
Gain7	Gain 7	float	-30,000	30,000	0,000	decibel	yes
Bandwidth7	Bandwidth 7	float	0,010	10,000	1,000		yes
Enabled8	Enabled 8	boolean	false	true	true		yes
Type8	Type 8	integer	0	6	0		yes
Slope8	Slope 8	integer	0	7	1		yes
Channels8	Channels 8	integer	0	2	0		yes
Freq8	Freq 8	float	10,000	22000,000	1000,000	Hz	yes
Q8	Q 8	float	0,018	28,284	0,707		yes
Gain8	Gain 8	float	-30,000	30,000	0,000	decibel	yes
Bandwidth8	Bandwidth 8	float	0,010	10,000	1,000		yes
Enabled9	Enabled 9	boolean	false	true	true		yes
Type9	Type 9	integer	0	6	0		yes
Slope9	Slope 9	integer	0	7	1		yes
Channels9	Channels 9	integer	0	2	0		yes
Freq9	Freq 9	float	10,000	22000,000	1000,000	Hz	yes
Q9	Q 9	float	0,018	28,284	0,707		yes
Gain9	Gain 9	float	-30,000	30,000	0,000	decibel	yes
Bandwidth9	Bandwidth 9	float	0,010	10,000	1,000		yes
Enabled10	Enabled 10	boolean	false	true	true		yes
Type10	Type 10	integer	0	6	0		yes
Slope10	Slope 10	integer	0	7	1		yes
Channels10	Channels 10	integer	0	2	0		yes
Freq10	Freq 10	float	10,000	22000,000	1000,000	Hz	yes
Q10	Q 10	float	0,018	28,284	0,707		yes
Gain10	Gain 10	float	-30,000	30,000	0,000	decibel	yes
Bandwidth10	Bandwidth 10	float	0,010	10,000	1,000		yes
Enabled11	Enabled 11	boolean	false	true	true		yes
Type11	Type 11	integer	0	6	0		yes
Slope11	Slope 11	integer	0	7	1		yes
Channels11	Channels 11	integer	0	2	0		yes
Freq11	Freq 11	float	10,000	22000,000	1000,000	Hz	yes
Q11	Q 11	float	0,018	28,284	0,707		yes
Gain11	Gain 11	float	-30,000	30,000	0,000	decibel	yes
Bandwidth11	Bandwidth 11	float	0,010	10,000	1,000		yes
Enabled12	Enabled 12	boolean	false	true	true		yes
Type12	Type 12	integer	0	6	0		yes
Slope12	Slope 12	integer	0	7	1		yes
Channels12	Channels 12	integer	0	2	0		yes
Freq12	Freq 12	float	10,000	22000,000	1000,000	Hz	yes
Q12	Q 12	float	0,018	28,284	0,707		yes
Gain12	Gain 12	float	-30,000	30,000	0,000	decibel	yes
Bandwidth12	Bandwidth 12	float	0,010	10,000	1,000		yes
Enabled13	Enabled 13	boolean	false	true	true		yes
Type13	Type 13	integer	0	6	0		yes
Slope13	Slope 13	integer	0	7	1		yes
Channels13	Channels 13	integer	0	2	0		yes
Freq13	Freq 13	float	10,000	22000,000	1000,000	Hz	yes
Q13	Q 13	float	0,018	28,284	0,707		yes
Gain13	Gain 13	float	-30,000	30,000	0,000	decibel	yes
Bandwidth13	Bandwidth 13	float	0,010	10,000	1,000		yes
Enabled14	Enabled 14	boolean	false	true	true		yes
Type14	Type 14	integer	0	6	0		yes
Slope14	Slope 14	integer	0	7	1		yes
Channels14	Channels 14	integer	0	2	0		yes
Freq14	Freq 14	float	10,000	22000,000	1000,000	Hz	yes
Q14	Q 14	float	0,018	28,284	0,707		yes
Gain14	Gain 14	float	-30,000	30,000	0,000	decibel	yes
Bandwidth14	Bandwidth 14	float	0,010	10,000	1,000		yes
Enabled15	Enabled 15	boolean	false	true	true		yes
Type15	Type 15	integer	0	6	0		yes
Slope15	Slope 15	integer	0	7	1		yes
Channels15	Channels 15	integer	0	2	0		yes
Freq15	Freq 15	float	10,000	22000,000	1000,000	Hz	yes
Q15	Q 15	float	0,018	28,284	0,707		yes
Gain15	Gain 15	float	-30,000	30,000	0,000	decibel	yes
Bandwidth15	Bandwidth 15	float	0,010	10,000	1,000		yes
Enabled16	Enabled 16	boolean	false	true	true		yes
Type16	Type 16	integer	0	6	0		yes
Slope16	Slope 16	integer	0	7	1		yes
Channels16	Channels 16	integer	0	2	0		yes
Freq16	Freq 16	float	10,000	22000,000	1000,000	Hz	yes
Q16	Q 16	float	0,018	28,284	0,707		yes
Gain16	Gain 16	float	-30,000	30,000	0,000	decibel	yes
Bandwidth16	Bandwidth 16	float	0,010	10,000	1,000		yes

---

Digital Filter

internal name: DigitalFilter

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Slope	Slope	integer	0	7	1		yes
Freq	Freq	float	10,000	22000,000	1000,000	Hz	yes
KeyTracking	KeyTracking	float	-1,000	1,000	0,000	% normalized	yes
Spread	Spread	float	-48,000	48,000	0,000	semitones	yes
Q	Q	float	0,018	28,284	0,707		yes
Gain	Gain	float	-30,000	30,000	0,000	decibel	yes
Bandwidth	Bandwidth	float	0,010	10,000	1,000		yes

---

Diode Clipper

internal name: DiodeClipper

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Drive	Drive	float	0,000	30,000	0,000	decibel	yes
Tone	Tone	float	100,000	20000,000	20000,000	Hz	yes
HighPass	HighPass	float	1,000	20000,000	1,000	Hz	yes
Asymmetry	Asymmetry	float	0,000	1,000	0,000	% normalized	yes
OutputGain	OutputGain	float	-40,000	10,000	0,000	decibel	yes

---

Dispersor

internal name: Dispersor

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Spread	Spread	float	0,000	1000,000	20,000	millisecond	yes
Freq	Frequency	float	0,000	20000,000	40,000	Hz	yes
Order	Order	integer	1	2	1		yes
Stages	Stages	integer	1	64	64		yes

---

Drive

internal name: Drive

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
DriveAmount	Drive amount	float	0,000	1,000	0,000	% normalized	yes
Mode	Mode	integer	0	2	0		yes
Oversampling	Oversampling	integer	0	4	0		no

---

Dual Delay X

internal name: DualDelayX

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
TapeSaturation	Tape Sat On/Off	boolean	false	true	false		yes	Tape Saturation On/Off
TapeDrive	Tape Drive	float	0,000	1,000	0,000	% normalized	yes	Controls the amount of overdrive applied to the input of the delay
TapeWarmth	Tape Warmth	float	0,000	1,000	0,500	% normalized	yes	Controls the amount of pre-emphasis applied before saturation
Reflection	Reflection	boolean	false	true	false		yes	Toggles between rotation and reflection modes, applied to the stereo feedback
DelayTime	Delay Time	float	0,001	5,000	0,125	second (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes	Controls the main delay time between echoes. Right-click to toggle parameter lock
LowCut	Low Cut	float	20,000	4000,000	20,000	Hz	yes	Controls the cutoff frequency of a lowcut / highpass filter applied to the feedback path
HighCut	High Cut	float	1000,000	20000,000	20000,000	Hz	yes	Controls the cutoff frequency of a highcut / lowpass filter applied to the feedback path
PeakFreq	Peak Freq	float	20,000	20000,000	1000,000	Hz	yes	Controls the center frequency of a peaking EQ filter applied to the delay feedback path
PeakGain	Peak Gain	float	-20,000	20,000	0,000	decibel	yes	Controls the gain in decibels of a peaking EQ filter applied to the delay feedback path
PeakQ	Peak Q	float	0,100	10,000	1,000		yes	Controls the Q / width of a peaking EQ filter applied to the delay feedback path
PeakCompensation	Peak Compensation	float	0,000	1,000	1,000	% normalized	yes	Controls the amount of gain reduction that is applied to the Peaking EQ to avoid feedback instability
Feedback	Feedback	float	0,000	1,000	0,300	% normalized	yes	Controls the amount of delay that is fed back to the input. Right-click to toggle parameter lock
Mix	Mix	float	0,000	1,000	0,500	% normalized	yes	Controls the ratio between dry and wet signal paths. Right-click to toggle parameter lock
Rotation	Rotation	float	-180,000	180,000	0,000		yes	Rotation or reflection angle applied to the stereo field in the feedback path
InputWidth	Input Width	float	0,000	1,000	1,000	% normalized	yes	Controls the input stereo width before entering the delay, 0% corresponds to mono conversion
OutputWidth	Output Width	float	0,000	1,000	1,000	% normalized	yes	Controls the width of the stereo image after the delay
DelayRatio	Delay L/R	float	-0,900	0,900	0,000		yes	Controls the ratio between left and rigth delay times. Use 0.66 for dotted, 0.5 for half and 0.33 for triplet
FeedbackRatio	Feedback L/R	float	-0,900	0,900	0,000		yes	Controls the ratio between left and rigth feedback amounts
InputRotation	Input Rotation	float	-1,000	1,000	0,000	% normalized	yes	Rotates the stereo input field. +45° corresponds to LR->MS conversion, while -45° does the opposite
OutputRotation	Output Rotation	float	-1,000	1,000	0,000	% normalized	yes	Rotates the stereo output field. -45° correspond to MS->LR conversion, while +45° does the opposite
Modulation	Modulation On/Off	boolean	false	true	true		yes
ModDepth	Mod Depth	float	0,000	20,000	0,000	cents	yes	Controls the amount of modulation that is applied to the delay time
ModRate	Mod Rate	float	0,100	10,000	1,000	Hz	yes	Controls the rate of modulation that is applied to the delay time
ModChannelOffset	Mod Channel Offset	float	0,000	1,000	1,000	% normalized	yes	Controls the difference between the modulation that is applied to the left and right delays
Interpolation	Interpolation	integer	0	2	1		yes
DispersionSpread	Dispersion Spread	float	1,000	100,000	20,000	millisecond	yes	Controls the length of the dispersive pulse
DispersionFreq	Dispersion Frequency	float	0,000	20000,000	200,000	Hz	yes	Controls the center frequency where the dispersion delay is maximal
Dispersion	Dispersion On/Off	boolean	false	true	false		yes
DiffusionSpread	Diffusion Spread	float	1,000	100,000	20,000	millisecond	yes	Controls the length of the diffusion pattern
DiffusionAmount	Diffusion Amount	float	0,000	1,000	0,200	% normalized	yes	Controls the levels of diffusive delays with respect to the main delay
Diffusion	Diffusion On/Off	boolean	false	true	false		yes
CrusherFreq	Crusher Freq	integer	0	9	9		yes	Controls the sampling frequency of the virtual digital converter
CrusherBits	Crusher Bits	integer	4	16	16		yes	Controls the number of bits of the virtual digital converter
Crusher	Crusher On/Off	boolean	false	true	false		yes
Filtering	Filtering On/Off	boolean	false	true	true		yes
DuckerThreshold	Ducker Threshold	float	-100,000	0,000	-10,000	decibel	yes	Audio input threshold
DuckerAttack	Ducker Attack	float	1,000	100,000	1,000	millisecond	yes	Attack time of the gate
DuckerHold	Ducker Hold	float	1,000	1000,000	1,000	millisecond	yes	Hold time of the gate
DuckerDecay	Ducker Decay	float	10,000	1000,000	200,000	millisecond	yes	Decay time of the gate
DuckerAttenuation	Ducker Attenuation	float	0,000	50,000	20,000	decibel	yes	Ducker reduction amount
DuckerBypass	Ducker Bypass	boolean	false	true	true		yes	Ducker (On/Off)

---

Effect Rack

internal name: EffectRack

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes

---

Ensemble 505

internal name: Ensemble

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Mode	Mode	integer	0	2	0		yes
Tone	Tone	float	3000,000	10000,000	6000,000	Hz	yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes

---

Exciter

internal name: Exciter

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
InputGain	Input Gain	float	-30,000	20,000	0,000	decibel	yes
Amount	Amount	float	0,000	15,000	0,000		yes
Mix	Mix	float	0,000	100,000	100,000	%	yes
Mode	Mode	integer	0	1	1		yes
OutputGain	Output Gain	float	-40,000	10,000	0,000	decibel	yes
Oversampling	Oversampling	integer	0	4	0		no

---

Feedback Compressor

internal name: FeedbackCompressor

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Threshold	Threshold	float	-100,000	0,000	-10,000	decibel	yes
Ratio	Ratio	float	2,000	20,000	4,000		yes
Knee	Knee	float	1,000	30,000	10,000	decibel	yes
DynamicRange	Dynamic Range	float	10,000	100,000	100,000	decibel	yes
Attack	Attack	float	0,000	100,000	0,000	millisecond	yes
Release	Release	float	50,000	1000,000	100,000	millisecond	yes
Makeup	Makeup	float	0,000	1,000	0,500	% normalized	yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes
OutputGain	Output Gain	float	-40,000	40,000	0,000	decibel	yes
InputGain	Input Gain	float	-40,000	40,000	0,000	decibel	yes

---

Feedback Machine

internal name: FeedbackMachine

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
DelayTime	Delay Time	float	0,002	1,000	0,005	second	yes
Feedback	Feedback	float	0,000	1,000	0,500	% normalized	yes
Mix	Mix	float	0,000	1,000	0,500	% normalized	yes

---

Flanger

internal name: Flanger

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
Speed	Speed	float	0,010	10,000	0,800	Hz (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
Feedback	Feedback	float	0,000	1,000	0,000	% normalized	yes
DelayTime	Delay Time	float	0,000	1,000	0,200	second	yes
Depth	Depth	float	0,000	1,000	0,080	% normalized	yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes

---

Formant Crusher

internal name: FormantCrusher

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Morph	Morph	float	0,000	1,000	0,000	% normalized	yes
Q	Q	float	10,000	20,000	10,000		yes
Formant	Formant	float	-1,000	1,000	0,000	% normalized	yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes
Bite	Bite	float	0,000	1,000	0,000	% normalized	yes
FilterA	Filter A	integer	0	10	0		yes
FilterB	Filter B	integer	0	10	2		yes

---

Freq Shifter

internal name: FreqShifter

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
CoarseFreq	Coarse Freq	float	-10000,000	10000,000	0,000	Hz	yes
FineFreq	Fine Freq	float	-200,000	200,000	0,000	Hz	yes
ChannelSpread	Channel Spread	float	-200,000	200,000	0,000	Hz	yes
CrossoverFreq	Post HighPass Freq	float	20,000	20000,000	20,000	Hz	yes
PreHighPassFreq	Pre HighPass Freq	float	20,000	20000,000	20,000	Hz	yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes
WetGain	Wet Gain	float	-12,000	12,000	0,000	decibel	yes
Mirror	Mirror	boolean	false	true	false		yes
PreHighPassEnabled	Pre HighPass Enabled	boolean	false	true	false		yes
CrossoverEnabled	Crossover Enabled	boolean	false	true	false		yes

---

Fuzz

internal name: StraightFuzz

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
InputGain	Input Gain	float	-30,000	20,000	0,000	decibel	yes
Overdrive	Overdrive	float	0,000	10,000	0,000		yes
Trash	Trash	float	0,000	1,000	0,000	% normalized	yes
Mix	Mix	float	0,000	100,000	100,000	%	yes
OutputGain	Output Gain	float	-40,000	10,000	0,000	decibel	yes
Oversampling	Oversampling	integer	0	4	0		no

---

Gain

internal name: Gain

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Volume	Volume	float	0,000	3,981	1,000		yes

---

Gain Matrix

internal name: GainMatrix

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Gain_1_1	Gain_1_1	float	-1,000	1,000	1,000		yes
Gain_1_2	Gain_1_2	float	-1,000	1,000	0,000		yes
Gain_1_3	Gain_1_3	float	-1,000	1,000	0,000		yes
Gain_1_4	Gain_1_4	float	-1,000	1,000	0,000		yes
Gain_1_5	Gain_1_5	float	-1,000	1,000	0,000		yes
Gain_1_6	Gain_1_6	float	-1,000	1,000	0,000		yes
Gain_1_7	Gain_1_7	float	-1,000	1,000	0,000		yes
Gain_1_8	Gain_1_8	float	-1,000	1,000	0,000		yes
Gain_1_9	Gain_1_9	float	-1,000	1,000	0,000		yes
Gain_1_10	Gain_1_10	float	-1,000	1,000	0,000		yes
Gain_1_11	Gain_1_11	float	-1,000	1,000	0,000		yes
Gain_1_12	Gain_1_12	float	-1,000	1,000	0,000		yes
Gain_2_1	Gain_2_1	float	-1,000	1,000	0,000		yes
Gain_2_2	Gain_2_2	float	-1,000	1,000	1,000		yes
Gain_2_3	Gain_2_3	float	-1,000	1,000	0,000		yes
Gain_2_4	Gain_2_4	float	-1,000	1,000	0,000		yes
Gain_2_5	Gain_2_5	float	-1,000	1,000	0,000		yes
Gain_2_6	Gain_2_6	float	-1,000	1,000	0,000		yes
Gain_2_7	Gain_2_7	float	-1,000	1,000	0,000		yes
Gain_2_8	Gain_2_8	float	-1,000	1,000	0,000		yes
Gain_2_9	Gain_2_9	float	-1,000	1,000	0,000		yes
Gain_2_10	Gain_2_10	float	-1,000	1,000	0,000		yes
Gain_2_11	Gain_2_11	float	-1,000	1,000	0,000		yes
Gain_2_12	Gain_2_12	float	-1,000	1,000	0,000		yes
Gain_3_1	Gain_3_1	float	-1,000	1,000	0,000		yes
Gain_3_2	Gain_3_2	float	-1,000	1,000	0,000		yes
Gain_3_3	Gain_3_3	float	-1,000	1,000	1,000		yes
Gain_3_4	Gain_3_4	float	-1,000	1,000	0,000		yes
Gain_3_5	Gain_3_5	float	-1,000	1,000	0,000		yes
Gain_3_6	Gain_3_6	float	-1,000	1,000	0,000		yes
Gain_3_7	Gain_3_7	float	-1,000	1,000	0,000		yes
Gain_3_8	Gain_3_8	float	-1,000	1,000	0,000		yes
Gain_3_9	Gain_3_9	float	-1,000	1,000	0,000		yes
Gain_3_10	Gain_3_10	float	-1,000	1,000	0,000		yes
Gain_3_11	Gain_3_11	float	-1,000	1,000	0,000		yes
Gain_3_12	Gain_3_12	float	-1,000	1,000	0,000		yes
Gain_4_1	Gain_4_1	float	-1,000	1,000	0,000		yes
Gain_4_2	Gain_4_2	float	-1,000	1,000	0,000		yes
Gain_4_3	Gain_4_3	float	-1,000	1,000	0,000		yes
Gain_4_4	Gain_4_4	float	-1,000	1,000	1,000		yes
Gain_4_5	Gain_4_5	float	-1,000	1,000	0,000		yes
Gain_4_6	Gain_4_6	float	-1,000	1,000	0,000		yes
Gain_4_7	Gain_4_7	float	-1,000	1,000	0,000		yes
Gain_4_8	Gain_4_8	float	-1,000	1,000	0,000		yes
Gain_4_9	Gain_4_9	float	-1,000	1,000	0,000		yes
Gain_4_10	Gain_4_10	float	-1,000	1,000	0,000		yes
Gain_4_11	Gain_4_11	float	-1,000	1,000	0,000		yes
Gain_4_12	Gain_4_12	float	-1,000	1,000	0,000		yes
Gain_5_1	Gain_5_1	float	-1,000	1,000	0,000		yes
Gain_5_2	Gain_5_2	float	-1,000	1,000	0,000		yes
Gain_5_3	Gain_5_3	float	-1,000	1,000	0,000		yes
Gain_5_4	Gain_5_4	float	-1,000	1,000	0,000		yes
Gain_5_5	Gain_5_5	float	-1,000	1,000	1,000		yes
Gain_5_6	Gain_5_6	float	-1,000	1,000	0,000		yes
Gain_5_7	Gain_5_7	float	-1,000	1,000	0,000		yes
Gain_5_8	Gain_5_8	float	-1,000	1,000	0,000		yes
Gain_5_9	Gain_5_9	float	-1,000	1,000	0,000		yes
Gain_5_10	Gain_5_10	float	-1,000	1,000	0,000		yes
Gain_5_11	Gain_5_11	float	-1,000	1,000	0,000		yes
Gain_5_12	Gain_5_12	float	-1,000	1,000	0,000		yes
Gain_6_1	Gain_6_1	float	-1,000	1,000	0,000		yes
Gain_6_2	Gain_6_2	float	-1,000	1,000	0,000		yes
Gain_6_3	Gain_6_3	float	-1,000	1,000	0,000		yes
Gain_6_4	Gain_6_4	float	-1,000	1,000	0,000		yes
Gain_6_5	Gain_6_5	float	-1,000	1,000	0,000		yes
Gain_6_6	Gain_6_6	float	-1,000	1,000	1,000		yes
Gain_6_7	Gain_6_7	float	-1,000	1,000	0,000		yes
Gain_6_8	Gain_6_8	float	-1,000	1,000	0,000		yes
Gain_6_9	Gain_6_9	float	-1,000	1,000	0,000		yes
Gain_6_10	Gain_6_10	float	-1,000	1,000	0,000		yes
Gain_6_11	Gain_6_11	float	-1,000	1,000	0,000		yes
Gain_6_12	Gain_6_12	float	-1,000	1,000	0,000		yes
Gain_7_1	Gain_7_1	float	-1,000	1,000	0,000		yes
Gain_7_2	Gain_7_2	float	-1,000	1,000	0,000		yes
Gain_7_3	Gain_7_3	float	-1,000	1,000	0,000		yes
Gain_7_4	Gain_7_4	float	-1,000	1,000	0,000		yes
Gain_7_5	Gain_7_5	float	-1,000	1,000	0,000		yes
Gain_7_6	Gain_7_6	float	-1,000	1,000	0,000		yes
Gain_7_7	Gain_7_7	float	-1,000	1,000	1,000		yes
Gain_7_8	Gain_7_8	float	-1,000	1,000	0,000		yes
Gain_7_9	Gain_7_9	float	-1,000	1,000	0,000		yes
Gain_7_10	Gain_7_10	float	-1,000	1,000	0,000		yes
Gain_7_11	Gain_7_11	float	-1,000	1,000	0,000		yes
Gain_7_12	Gain_7_12	float	-1,000	1,000	0,000		yes
Gain_8_1	Gain_8_1	float	-1,000	1,000	0,000		yes
Gain_8_2	Gain_8_2	float	-1,000	1,000	0,000		yes
Gain_8_3	Gain_8_3	float	-1,000	1,000	0,000		yes
Gain_8_4	Gain_8_4	float	-1,000	1,000	0,000		yes
Gain_8_5	Gain_8_5	float	-1,000	1,000	0,000		yes
Gain_8_6	Gain_8_6	float	-1,000	1,000	0,000		yes
Gain_8_7	Gain_8_7	float	-1,000	1,000	0,000		yes
Gain_8_8	Gain_8_8	float	-1,000	1,000	1,000		yes
Gain_8_9	Gain_8_9	float	-1,000	1,000	0,000		yes
Gain_8_10	Gain_8_10	float	-1,000	1,000	0,000		yes
Gain_8_11	Gain_8_11	float	-1,000	1,000	0,000		yes
Gain_8_12	Gain_8_12	float	-1,000	1,000	0,000		yes
Gain_9_1	Gain_9_1	float	-1,000	1,000	0,000		yes
Gain_9_2	Gain_9_2	float	-1,000	1,000	0,000		yes
Gain_9_3	Gain_9_3	float	-1,000	1,000	0,000		yes
Gain_9_4	Gain_9_4	float	-1,000	1,000	0,000		yes
Gain_9_5	Gain_9_5	float	-1,000	1,000	0,000		yes
Gain_9_6	Gain_9_6	float	-1,000	1,000	0,000		yes
Gain_9_7	Gain_9_7	float	-1,000	1,000	0,000		yes
Gain_9_8	Gain_9_8	float	-1,000	1,000	0,000		yes
Gain_9_9	Gain_9_9	float	-1,000	1,000	1,000		yes
Gain_9_10	Gain_9_10	float	-1,000	1,000	0,000		yes
Gain_9_11	Gain_9_11	float	-1,000	1,000	0,000		yes
Gain_9_12	Gain_9_12	float	-1,000	1,000	0,000		yes
Gain_10_1	Gain_10_1	float	-1,000	1,000	0,000		yes
Gain_10_2	Gain_10_2	float	-1,000	1,000	0,000		yes
Gain_10_3	Gain_10_3	float	-1,000	1,000	0,000		yes
Gain_10_4	Gain_10_4	float	-1,000	1,000	0,000		yes
Gain_10_5	Gain_10_5	float	-1,000	1,000	0,000		yes
Gain_10_6	Gain_10_6	float	-1,000	1,000	0,000		yes
Gain_10_7	Gain_10_7	float	-1,000	1,000	0,000		yes
Gain_10_8	Gain_10_8	float	-1,000	1,000	0,000		yes
Gain_10_9	Gain_10_9	float	-1,000	1,000	0,000		yes
Gain_10_10	Gain_10_10	float	-1,000	1,000	1,000		yes
Gain_10_11	Gain_10_11	float	-1,000	1,000	0,000		yes
Gain_10_12	Gain_10_12	float	-1,000	1,000	0,000		yes
Gain_11_1	Gain_11_1	float	-1,000	1,000	0,000		yes
Gain_11_2	Gain_11_2	float	-1,000	1,000	0,000		yes
Gain_11_3	Gain_11_3	float	-1,000	1,000	0,000		yes
Gain_11_4	Gain_11_4	float	-1,000	1,000	0,000		yes
Gain_11_5	Gain_11_5	float	-1,000	1,000	0,000		yes
Gain_11_6	Gain_11_6	float	-1,000	1,000	0,000		yes
Gain_11_7	Gain_11_7	float	-1,000	1,000	0,000		yes
Gain_11_8	Gain_11_8	float	-1,000	1,000	0,000		yes
Gain_11_9	Gain_11_9	float	-1,000	1,000	0,000		yes
Gain_11_10	Gain_11_10	float	-1,000	1,000	0,000		yes
Gain_11_11	Gain_11_11	float	-1,000	1,000	1,000		yes
Gain_11_12	Gain_11_12	float	-1,000	1,000	0,000		yes
Gain_12_1	Gain_12_1	float	-1,000	1,000	0,000		yes
Gain_12_2	Gain_12_2	float	-1,000	1,000	0,000		yes
Gain_12_3	Gain_12_3	float	-1,000	1,000	0,000		yes
Gain_12_4	Gain_12_4	float	-1,000	1,000	0,000		yes
Gain_12_5	Gain_12_5	float	-1,000	1,000	0,000		yes
Gain_12_6	Gain_12_6	float	-1,000	1,000	0,000		yes
Gain_12_7	Gain_12_7	float	-1,000	1,000	0,000		yes
Gain_12_8	Gain_12_8	float	-1,000	1,000	0,000		yes
Gain_12_9	Gain_12_9	float	-1,000	1,000	0,000		yes
Gain_12_10	Gain_12_10	float	-1,000	1,000	0,000		yes
Gain_12_11	Gain_12_11	float	-1,000	1,000	0,000		yes
Gain_12_12	Gain_12_12	float	-1,000	1,000	1,000		yes

---

Gate

internal name: Gate

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Threshold	Threshold	float	0,000	1,000	0,500		yes
Attack	Attack	float	0,000	0,100	0,020	second	yes
Release	Release	float	0,010	1,000	0,050	second	yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes

---

Granulizer

internal name: Granulizer

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
CoarseTune	CoarseTune	integer	-12	12	0	semitones	yes
FineTune	FineTune	float	-100,000	100,000	0,000	cents	yes
DetuneSpread	Detune Spread	float	0,000	100,000	0,000	cents	yes
Delay	Delay	float	0,000	2,000	0,001	second	yes
DelaySpread	Delay Spread	float	0,000	0,005	0,001	second	yes
Period	Period	float	0,010	2,000	0,050	second	yes
Jitter	Jitter	float	0,000	1,000	0,000	% normalized	yes
Density	Density	float	1,000	10,000	1,000		yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes
Feedback	Feedback	float	0,000	1,000	0,000	% normalized	yes
Direction	Direction	integer	0	3	0		yes
DensityCompensation	Density Compensation	float	0,000	1,000	0,500	% normalized	yes	Determines the compromise between DC and white noise density gain compensation. 0% = DC, 100% = white noise

---

Guitar Boxes

internal name: BoxModeler

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes
Separation	Separation	float	-30,000	30,000	0,000	millisecond	yes
Spread	Spread	float	0,000	1,000	1,000	% normalized	yes
Model	Model	integer	0	14	0		yes
MicType	Mic Type	integer	0	2	0		yes

---

Harmonic Resonators

internal name: HarmonicResonators

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
BandCoarse1	Coarse 1	integer	-24	24	0	semitones	yes
BandFine1	Fine 1	float	-50,000	50,000	0,000	cents	yes
BandGain1	Gain 1	float	0,000	2,000	1,000		yes
BandCoupling1	Coupling 1	float	0,000	1,000	0,000	% normalized	yes
BandEnable1	Enable 1	boolean	false	true	true		yes
BandCoarse2	Coarse 2	integer	-24	24	0	semitones	yes
BandFine2	Fine 2	float	-50,000	50,000	0,000	cents	yes
BandGain2	Gain 2	float	0,000	2,000	1,000		yes
BandCoupling2	Coupling 2	float	0,000	1,000	0,000	% normalized	yes
BandEnable2	Enable 2	boolean	false	true	false		yes
BandCoarse3	Coarse 3	integer	-24	24	0	semitones	yes
BandFine3	Fine 3	float	-50,000	50,000	0,000	cents	yes
BandGain3	Gain 3	float	0,000	2,000	1,000		yes
BandCoupling3	Coupling 3	float	0,000	1,000	0,000	% normalized	yes
BandEnable3	Enable 3	boolean	false	true	false		yes
BandCoarse4	Coarse 4	integer	-24	24	0	semitones	yes
BandFine4	Fine 4	float	-50,000	50,000	0,000	cents	yes
BandGain4	Gain 4	float	0,000	2,000	1,000		yes
BandCoupling4	Coupling 4	float	0,000	1,000	0,000	% normalized	yes
BandEnable4	Enable 4	boolean	false	true	false		yes
BandCoarse5	Coarse 5	integer	-24	24	0	semitones	yes
BandFine5	Fine 5	float	-50,000	50,000	0,000	cents	yes
BandGain5	Gain 5	float	0,000	2,000	1,000		yes
BandCoupling5	Coupling 5	float	0,000	1,000	0,000	% normalized	yes
BandEnable5	Enable 5	boolean	false	true	false		yes
BandCoarse6	Coarse 6	integer	-24	24	0	semitones	yes
BandFine6	Fine 6	float	-50,000	50,000	0,000	cents	yes
BandGain6	Gain 6	float	0,000	2,000	1,000		yes
BandCoupling6	Coupling 6	float	0,000	1,000	0,000	% normalized	yes
BandEnable6	Enable 6	boolean	false	true	false		yes
Note	Note	integer	12	84	48	midi key	yes
Tone	Tone	float	0,000	1,000	1,000	% normalized	yes
Decay	Decay	float	20,000	20000,000	100,000	millisecond	yes
DecayScaling	Decay Scaling	float	0,000	1,000	0,000	% normalized	yes
Gain	Gain	float	-20,000	20,000	0,000	decibel	yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes
ModDepth	Mod. Depth	float	0,000	20,000	0,000	cents	yes
CouplingMode	Coupling Mode	integer	0	2	0		yes
KeyTracking	Key Tracking	boolean	false	true	false		yes

---

Harmonizer

internal name: Harmonizer

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Enabled0	Voice 0	boolean	false	true	true		yes
Detune0	Detune 0	float	-12,000	12,000	0,000	semitones	yes
Gain0	Gain 0	float	-40,000	0,000	0,000	decibel	yes
Enabled1	Voice 1	boolean	false	true	false		yes
Detune1	Detune 1	float	-12,000	12,000	0,000	semitones	yes
Gain1	Gain 1	float	-40,000	0,000	0,000	decibel	yes
Enabled2	Voice 2	boolean	false	true	false		yes
Detune2	Detune 2	float	-12,000	12,000	0,000	semitones	yes
Gain2	Gain 2	float	-40,000	0,000	0,000	decibel	yes
Enabled3	Voice 3	boolean	false	true	false		yes
Detune3	Detune 3	float	-12,000	12,000	0,000	semitones	yes
Gain3	Gain 3	float	-40,000	0,000	0,000	decibel	yes
Enabled4	Voice 4	boolean	false	true	false		yes
Detune4	Detune 4	float	-12,000	12,000	0,000	semitones	yes
Gain4	Gain 4	float	-40,000	0,000	0,000	decibel	yes
GrainSize	Window Size	float	10,000	60,000	20,000	millisecond	yes

---

IReverb

internal name: SampledReverb

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Dry	Dry	float	0,000	1,000	0,500	% normalized	yes
Wet	Wet	float	0,000	1,000	0,500	% normalized	yes
Time	Time	float	0,100	1,000	1,000	% normalized	yes
DampingLow	Low Damp	float	-1,000	1,000	0,000	% normalized	yes
DampingHigh	High Damp	float	-1,000	1,000	0,000	% normalized	yes
PreDelay	Pre Delay	float	0,000	100,000	50,000	millisecond	yes
Width	Width	float	-1,000	1,000	0,000	% normalized	yes
NormalizePower	NormalizePower	boolean	false	true	true		no

---

Ladder

internal name: MoogLadder

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Freq	Freq	float	20,000	20000,000	1000,000	Hz	yes
Q	Resonance	float	0,000	1,000	0,000	% normalized	yes
KeyTracking	Key Tracking	float	0,000	1,000	0,000	% normalized	yes	Filter key tracking relative to C3. if C4 is played with KeyTracking at 100%, the filter freq will be one octave higher than the parameters value. Tune the filter freq to C3 for the filter freq to follow the note's frequency
VoltageRef	Reference Voltage	float	0,010	1,000	0,100		yes
ResonanceTrim	Resonance Trim	float	0,000	0,500	0,000	% normalized	yes
GainCompensation	Gain Compensation	float	0,000	1,000	0,000	% normalized	yes
Algorithm	Algorithm	integer	0	2	2		yes
Oversampling	Oversampling	integer	2	4	2		yes
OversamplingType	OversamplingType	integer	0	1	0		yes

---

LowPass 12

internal name: IIRLFOFilter

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Freq	Freq	float	20,000	20000,000	1000,000	Hz	yes
Q	Resonance	float	0,000	1,000	0,000	% normalized	yes
KeyTracking	Key Tracking	float	0,000	1,000	0,000	% normalized	yes	Filter key tracking relative to C3. if C4 is played with KeyTracking at 100%, the filter freq will be one octave higher than the parameters value. Tune the filter freq to C3 for the filter freq to follow the note's frequency

---

LowPass 24

internal name: MoogFilter

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Freq	Freq	float	20,000	20000,000	1000,000	Hz	yes
Q	Resonance	float	0,000	1,000	0,000	% normalized	yes
KeyTracking	Key Tracking	float	0,000	1,000	0,000	% normalized	yes	Filter key tracking relative to C3. if C4 is played with KeyTracking at 100%, the filter freq will be one octave higher than the parameters value. Tune the filter freq to C3 for the filter freq to follow the note's frequency

---

Magnetic Bass Shaper

internal name: HighpassFilterRL

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
HighPass	HighPass	float	1,000	500,000	1,000	Hz	yes
Drive	Drive	float	0,000	30,000	0,000	decibel	yes
InputGain	InputGain	float	-30,000	30,000	0,000	decibel	yes
OutputGain	OutputGain	float	-30,000	30,000	0,000	decibel	yes
Model	Model	integer	1	2	1		yes
Inductor	Inductor	integer	2	3	2		yes

---

Maximizer

internal name: Maximizer

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Threshold	Threshold	float	-40,000	0,000	-6,000	decibel	yes
Attack	Attack	float	0,000	20,000	0,000	millisecond	yes
Lookahead	Lookahead	float	1,000	20,000	2,000	millisecond	yes
Release	Release	float	0,100	1000,000	10,000	millisecond	yes
Ceiling	Ceiling	float	-20,000	0,000	-0,100	decibel	yes
Knee	Knee	float	0,000	10,000	0,000	decibel	yes
ReleaseBlend	Release Blend	float	0,000	1,000	0,100	% normalized	yes
SlewRate	Slew Rate	float	0,000	200,000	20,000	millisecond	yes

---

One Pole

internal name: OnePole

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Freq	Freq	float	20,000	20000,000	1000,000	Hz	yes
KeyTracking	Key Tracking	float	0,000	1,000	0,000	% normalized	yes	Filter key tracking relative to C3. if C4 is played with KeyTracking at 100%, the filter freq will be one octave higher than the parameters value. Tune the filter freq to C3 for the filter freq to follow the note's frequency
Mode	Mode	integer	0	1	0		yes

---

Opal

internal name: LA2A

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
InputGain	Input Gain	float	-20,000	20,000	0,000	decibel	yes
Compression	Peak Reduction	float	0,000	100,000	0,000	%	yes
Presence	Mid Presence	float	0,000	100,000	0,000	%	yes
Limiter	Limiter	boolean	false	true	false		yes
Makeup	MakeUp Gain	float	0,000	100,000	23,000	%	yes
MakeupDrive	Drive	float	-40,000	40,000	0,000	decibel	yes
Tube	Tube	boolean	false	true	true		yes
Mix	Mix	float	0,000	100,000	100,000	%	yes
LinkMode	Link Mode	integer	0	4	4		yes
OptoType	Model	integer	0	6	4		yes
Treble	Treble	boolean	false	true	true		yes
External	External	boolean	false	true	false		yes
VU	VU	integer	0	1	1		yes
Responsiveness	Responsiveness	float	0,100	10,000	1,000		yes

---

Overdrive

internal name: SmoothOverdrive

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
InputGain	Input Gain	float	-30,000	20,000	0,000	decibel	yes
Overdrive	Overdrive	float	0,000	10,000	0,000		yes
Trash	Trash	float	0,000	1,000	0,000	% normalized	yes
Mix	Mix	float	0,000	100,000	100,000	%	yes
OutputGain	Output Gain	float	-40,000	10,000	0,000	decibel	yes
Oversampling	Oversampling	integer	0	4	0		no

---

Phase Meter

internal name: PhaseMeter

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
RefreshRate	Refresh	float	20,000	100,000	20,000	millisecond	no
Decay	Decay	float	0,000	1000,000	100,000	millisecond	no
AmpMode	Amp Mode	integer	0	1	0		no

---

Phasor

internal name: Phasor

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
Speed	Speed	float	0,010	10,000	0,300	Hz (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
MinFreq	Min Freq	float	20,000	20000,000	200,000	Hz	yes
MaxFreq	Max Freq	float	20,000	20000,000	3000,000	Hz	yes
Feedback	Feedback	float	-0,990	0,990	0,700	% normalized	yes
Depth	Depth	float	0,000	1,000	1,000	% normalized	yes
Spread	Spread	float	0,000	1,000	1,000	% normalized	yes
Order	Order	integer	1	12	3		yes
LFOSHape	LFO Shape	integer	0	3	0		yes

---

Phasor Filter

internal name: PhasorFilter

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
KeyTracking	Key Tracking	float	0,000	1,000	0,000	% normalized	yes	Filter key tracking relative to C3. if C4 is played with KeyTracking at 100%, the filter freq will be one octave higher than the parameters value. Tune the filter freq to C3 for the filter freq to follow the note's frequency
Freq	Freq	float	20,000	20000,000	1000,000	Hz	yes
Feedback	Feedback	float	-0,990	0,990	0,700	% normalized	yes
Depth	Depth	float	0,000	1,000	1,000	% normalized	yes
Spread	Spread	float	-12,000	12,000	0,000	semitones	yes
Order	Order	integer	1	12	3		yes
CutoffMode	CutoffMode	integer	0	1	0		yes

---

Redux

internal name: Redux2

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Frequency	Frequency	float	200,000	44100,000	44100,000	Hz	yes
Bits	Bits	float	1,000	32,000	32,000		yes
Jitter	Jitter	float	0,000	1,000	0,000	% normalized	yes
QuantizeLaw	Quantize Law	integer	0	1	0		yes
Dither	Dither	float	0,000	2,000	0,000	% normalized	yes
FilterFreq	Filter Freq	float	20,000	20000,000	10000,000	Hz	yes
FilterRes	Filter Res	float	0,000	1,000	0,000	% normalized	yes
FilterMode	Filter Mode	integer	0	2	0		yes
FilterPosition	Filter Position	integer	0	2	0		yes
Antialiasing	Antialiasing	boolean	false	true	true		yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes
BandLimitFreq	BandLimitFreq	float	200,000	20000,000	20000,000	Hz	yes

---

Rez Filter

internal name: Rez

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Freq	Freq	float	20,000	20000,000	1000,000	Hz	yes
Q	Resonance	float	0,000	1,000	0,000	% normalized	yes
KeyTracking	Key Tracking	float	0,000	1,000	0,000	% normalized	yes	Filter key tracking relative to C3. if C4 is played with KeyTracking at 100%, the filter freq will be one octave higher than the parameters value. Tune the filter freq to C3 for the filter freq to follow the note's frequency
Mode	Mode	integer	0	2	0		yes

---

Rotary

internal name: Rotary2

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
HornAccelerationTime	Horn Acceleration Time	float	0,100	10,000	1,000	second	yes
HornDecelerationTime	Horn Deceleration Time	float	0,100	10,000	0,500	second	yes
DrumAccelerationTime	Drum Acceleration Time	float	0,100	10,000	6,280	second	yes
DrumDecelerationTime	Drum Deceleration Time	float	0,100	10,000	3,080	second	yes
TremoloSpeed	Tremolo	float	3,000	10,000	6,800	Hz	yes
ChoraleSpeed	Chorale	float	0,100	3,000	0,800	Hz	yes
SpeedMode	Speed Mode	integer	0	2	2		yes
Model	Model	integer	0	6	0		yes
MicDistance	Mic Distance	float	0,100	2,000	1,000		yes
MicAngle	Mic Width	float	-180,000	180,000	90,000		yes
AngleSkew	Angle	float	-1,000	1,000	0,000	% normalized	yes
DistanceSkew	Skew	float	-1,000	1,000	0,000	% normalized	yes
Drive	Drive	float	0,000	1,000	0,000	% normalized	yes
Order	Order	integer	0	3	2		yes
Reflection	Reflection	float	0,000	1,000	0,900	% normalized	yes
HornFilter	HornFilter	integer	0	3	3		yes
DrumFilter	DrumFilter	integer	0	1	1		yes
DrumVolume	Drum Vol.	float	0,000	1,000	1,000		yes
HornVolume	Horn Vol.	float	0,000	1,000	1,000		yes
OutputGain	Output Gain	float	0,000	4,000	1,000		yes
Radius	Radius	float	0,000	1,000	1,000	% normalized	yes
EnableCrossover	Enable Crossover	boolean	false	true	true		yes
DrumHP	Drum HP	boolean	false	true	true		yes
HornDirectivity	HornDirectivity	integer	0	6	0		yes
DrumDirectivity	DrumDirectivity	integer	0	8	5		yes
ReverbType	ReverbType	integer	0	1	0		yes
DelayCompensation	Delay Compensation	boolean	false	true	true		yes
HornLengthMod	Horn Length Mod	float	0,000	1,000	1,000	% normalized	yes
BoxReverb	Box Reverb	boolean	false	true	true		yes
ReverbGain	Reverb Gain	float	0,000	1,000	0,300	% normalized	yes
EnableSaturation	Enable Saturation	boolean	false	true	true		yes
SphericalDamp	SphericalDamp	float	0,000	1,000	1,000	% normalized	yes
EnablePreemphasis	Enable preemphasis	boolean	false	true	true		yes
PreemphasisDepth	Preemphasis Depth	float	0,000	1,000	0,500	% normalized	yes

---

SVF

internal name: SVF

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Freq	Freq	float	20,000	20000,000	1000,000	Hz	yes
Q	Resonance	float	0,000	1,000	0,000	% normalized	yes
KeyTracking	Key Tracking	float	0,000	1,000	0,000	% normalized	yes	Filter key tracking relative to C3. if C4 is played with KeyTracking at 100%, the filter freq will be one octave higher than the parameters value. Tune the filter freq to C3 for the filter freq to follow the note's frequency
FilterMode	Filter Mode	integer	0	4	0		yes
DriveMode	Drive Mode	integer	0	1	0		yes

---

Sallen-Key Filter

internal name: SKF

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Freq	Freq	float	20,000	20000,000	1000,000	Hz	yes
Q	Resonance	float	0,000	1,000	0,000	% normalized	yes
KeyTracking	Key Tracking	float	0,000	1,000	0,000	% normalized	yes	Filter key tracking relative to C3. if C4 is played with KeyTracking at 100%, the filter freq will be one octave higher than the parameters value. Tune the filter freq to C3 for the filter freq to follow the note's frequency
SaturationRange	Saturation Range	float	0,000	15,000	15,000		yes
SaturationBias	Saturation Bias	float	-1,000	1,000	0,000	% normalized	yes
Output	Output	integer	0	1	0		yes	Toggle between pre (soft) and post opamp (hard) outputs

---

Shifter

internal name: Shifter

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Detune	Detune	float	-12,000	12,000	0,000	semitones	yes
FineTune	Fine Tune	float	-100,000	100,000	0,000	cents	yes
QuantizeTune	Quantize	boolean	false	true	false		yes
GrainSize	Window Size	float	10,000	60,000	20,000	millisecond	yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes

---

SparkVerb

internal name: SparkVerb

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
ModDepth	Modulation	float	0,000	20,000	4,000	cents	yes
ModRate	Mod. Rate	float	0,250	4,000	1,000		yes
Diffusion	Diffusion	float	0,000	1,000	0,618	% normalized	yes
DiffusionStart	Diffusion start	float	1,000	10,000	5,000	millisecond	yes
Width	Width	float	0,000	1,000	1,000	% normalized	yes
RoomSize	Room Size	float	4,000	50,000	20,000		yes
DecayTime	Decay Time	float	0,100	10,000	1,000		yes
DecayLow	Bass Decay	float	0,100	10,000	1,000		yes
DecayHigh	Hi Decay	float	0,100	10,000	1,000		yes
FreqLow	Bass Xover	float	10,000	1000,000	250,000	Hz	yes
FreqHigh	Hi Xover	float	2000,000	20000,000	12000,000	Hz	yes
Shape	Shape	float	0,000	1,000	0,000	% normalized	yes
Mix	Mix	float	0,000	1,000	0,500	% normalized	yes
Quality	Density	integer	2	4	3		yes
Mode	Mode	integer	0	2	1		yes
Freeze	Freeze	boolean	false	true	false		yes
HiCut	Decay Hi-Cut	boolean	false	true	false		yes	change High frequency decay filter to a -6dB/octave lowpass filter instead of a shelf
LowCut	Decay Low-Cut	boolean	false	true	false		yes	change Low frequency decay filter to a 6dB/octave highpass filter instead of a shelf
Rolloff	Rolloff	float	2000,000	20000,000	20000,000	Hz	yes
DiffusionOnOff	Diffusion On/Off	boolean	false	true	false		yes	Enable diffusion
PreDelay	Pre Delay	float	0,000	100,000	0,000	millisecond	yes
MixMode	MixMode	integer	0	1	1		yes
UseOldInputMatrix	UseOldInputMatrix	boolean	false	true	true		yes
UseOldOutputMatrix	UseOldOutputMatrix	boolean	false	true	true		yes
UseFilterInFeedback	UseFilterInFeedback	boolean	false	true	true		yes
EarlyShape	EarlyShape	float	-1,000	1,000	0,000	% normalized	yes

---

Spectrum Analyzer

internal name: SpectrumAnalyzer

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
LogFFTSize	FFT size	integer	10	15	11		no
GraphType	Draw Type	integer	0	2	0		no
XScaleType	X scale	integer	0	3	1		no
WindowType	Window type	integer	0	2	1		no
RefreshRate	Refresh	float	40,000	200,000	100,000	millisecond	no
MaxDecibels	Max dB	float	-200,000	40,000	0,000	decibel	no
RangeDecibels	dB range	float	10,000	200,000	90,000	decibel	no

---

Studio Limiter

internal name: BrickwallLimiter

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Threshold	Threshold	float	-20,000	0,000	0,000	decibel	yes
Margin	Margin	float	-5,000	0,000	0,000	decibel	yes
Release	Release	float	10,000	500,000	100,000	millisecond	yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes

---

TS Overdrive

internal name: TSDrive

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Drive	Drive	float	0,000	1,000	0,000	% normalized	yes
InputVoltage	Input Voltage	float	0,100	2,000	0,200		yes
OutputGain	Output Gain	float	0,100	10,000	1,000		yes
LowFreq	Low Freq.	float	100,000	2000,000	720,484	Hz	yes
HighFreq	High Freq.	float	10000,000	100000,000	61189,906	Hz	yes
Asymmetry	Asymmetry	float	0,000	1,000	0,000	% normalized	yes

---

Tape Echo

internal name: TapeEcho

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
Speed	Repeat Rate	float	1,000	3,000	2,000	% normalized	yes
Feedback	Intensity	float	0,000	2,000	0,500	% normalized	yes
Mode	Mode	integer	1	12	1		yes
Bass	Bass	float	-10,000	10,000	0,000		yes
Treble	Treble	float	-10,000	10,000	0,000		yes
Delay1	Delay 1	float	0,050	0,500	0,165	second (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
Delay2	Delay 2	float	0,050	0,500	0,324	second (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
Delay3	Delay 3	float	0,050	0,500	0,487	second (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
Mix	Mix	float	0,000	1,000	0,500	% normalized	yes
ReverbGain	ReverbGain	float	0,000	1,000	1,000	% normalized	yes
NoiseLevel	Noise floor	float	0,000	0,001	0,000		yes
TapeStop	Tape Stop	boolean	false	true	false		yes

---

Thorus

internal name: WhiteChorus

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Speed	Speed	float	0,100	1,000	0,200	Hz	yes
Depth	Depth	float	1,000	40,000	5,000	cents	yes
Edge	Edge	float	-1,000	1,000	0,000	% normalized	yes
Tone	Tone	float	2000,000	22050,000	22050,000	Hz	yes
Crossover	Crossover	float	20,000	5000,000	20,000	Hz	yes
LowGain	LowGain	float	0,000	2,000	1,000	% normalized	yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes
Trim	Trim	float	-12,000	0,000	0,000	decibel	yes
NumVoices	NumVoices	integer	2	8	4		yes
Mode	Mode	integer	0	1	0		yes

---

Tilt

internal name: Tilt

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Tilt	Tilt	float	-6,000	6,000	0,000	decibel	yes
Freq	Freq	float	20,000	20000,000	1000,000	Hz	yes

---

Tone Stack

internal name: ToneStack

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Bass	Bass	float	0,000	1,000	0,500	% normalized	yes
Mid	Mid	float	0,000	1,000	0,500	% normalized	yes
Treble	Treble	float	0,000	1,000	0,500	% normalized	yes
Gain	Gain	float	0,000	1,000	0,300	% normalized	yes
Model	Model	integer	0	25	0		yes

---

Track Delay

internal name: TrackDelay

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
DelayTime	Delay Time	float	0,000	5,000	0,000	second (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes

---

Tremolo

internal name: Tremolo

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
Depth	Depth	float	0,000	1,000	1,000	% normalized	yes
Freq	Freq	float	0,000	20,000	5,000	Hz (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes

---

Tube Amp

internal name: JCMAmp

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Drive	Drive	float	0,001	1,000	0,500	% normalized	yes
Bass	Bass	float	0,001	1,000	0,500	% normalized	yes
Middle	Middle	float	0,001	1,000	0,500	% normalized	yes
Treble	Treble	float	0,001	1,000	0,500	% normalized	yes
InputVoltage	Input Voltage	float	0,100	2,000	1,000		yes
OutputGain	Output Gain	float	0,100	10,000	1,000		yes

---

Tuner

internal name: Tuner

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
RefreshRate	Refresh	float	40,000	200,000	100,000	millisecond	no
FreqMin	Freq Min	integer	0	127	24	midi key	no
FreqMax	Freq Max	integer	0	127	127	midi key	no

---

UVI Filter

internal name: UviFilter

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Cutoff	Cutoff	float	-1,000	1,000	0,000		yes
Q	Q	float	0,000	1,000	0,000		yes
MappingMode	Mapping Mode	integer	0	2	0		yes

---

UVI Wide

internal name: Widener

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Delay	Delay	float	-15,000	15,000	0,000	millisecond	yes
Width	Width	float	-1,000	1,000	0,000	% normalized	yes
HighShelfFreqSide	Extra Width Freq	float	2000,000	20000,000	10000,000	Hz	yes
HighSelfGainSide	Extra Width Gain	float	-15,000	15,000	0,000	decibel	yes

---

UVInyl

internal name: Vinyl

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
MechanicalNoiseGain	Mechanical Noise Gain	float	-30,000	20,000	-30,000	decibel	yes
Wear	Wear	float	0,000	100,000	0,000	%	yes
ElectricalNoiseGain	Electrical Noise Gain	float	-30,000	20,000	-30,000	decibel	yes
DustGain	Dust Gain	float	-30,000	20,000	-30,000	decibel	yes
DustAmount	Dust Amount	float	0,000	100,000	0,000	%	yes
ScratchGain	Scratch Gain	float	-60,000	40,000	-60,000	decibel	yes
ScratchAmount	Scratch Amount	float	0,000	100,000	0,000	%	yes
Year	Year	integer	0	5	5		yes
RPMType	RPM Type	integer	0	2	0		yes
MixToMono	Mix To Mono	boolean	false	true	false		yes

---

VCF-20

internal name: MS20

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Freq	Freq	float	20,000	20000,000	1000,000	Hz	yes
Q	Resonance	float	0,000	1,000	0,000	% normalized	yes
KeyTracking	Key Tracking	float	0,000	1,000	0,000	% normalized	yes	Filter key tracking relative to C3. if C4 is played with KeyTracking at 100%, the filter freq will be one octave higher than the parameters value. Tune the filter freq to C3 for the filter freq to follow the note's frequency
ResonanceTrim	Resonance Trim	float	0,000	1,000	0,500	% normalized	yes
ReferenceVoltage	Reference Voltage	float	0,500	5,000	1,000		yes
Morph	HP/LP	float	0,000	1,000	0,000	% normalized	yes

---

VCF-20 Dual

internal name: MS20Dual

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Freq	Freq	float	20,000	20000,000	1000,000	Hz	yes
Q	Resonance	float	0,000	1,000	0,000	% normalized	yes
KeyTracking	Key Tracking	float	0,000	1,000	0,000	% normalized	yes	Filter key tracking relative to C3. if C4 is played with KeyTracking at 100%, the filter freq will be one octave higher than the parameters value. Tune the filter freq to C3 for the filter freq to follow the note's frequency
FreqHP	FreqHP	float	20,000	20000,000	20,000	Hz	yes
Q_HP	Resonance HP	float	0,000	1,000	0,000	% normalized	yes
ResonanceTrim	Resonance Trim	float	0,000	1,000	0,500	% normalized	yes
ReferenceVoltage	Reference Voltage	float	0,500	5,000	1,000		yes

---

VCF-4023

internal name: ARP4023

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
VoltageReference	Voltage Reference	float	1,000	15,000	5,000		yes
Oversampling	Oversampling	integer	1	4	1		yes
HighPassCutoff	HP Freq	float	0,000	1,000	0,000	% normalized	yes
OTA_Saturation	OTA Sat.	boolean	false	true	true		yes
OPA_Saturation	OPA Sat.	boolean	false	true	true		yes
AltOutput	Alt. output	boolean	false	true	false		yes
Freq	Freq	float	20,000	20000,000	1000,000	Hz	yes
Q	Resonance	float	0,000	1,000	0,000	% normalized	yes
KeyTracking	Key Tracking	float	0,000	1,000	0,000	% normalized	yes	Filter key tracking relative to C3. if C4 is played with KeyTracking at 100%, the filter freq will be one octave higher than the parameters value. Tune the filter freq to C3 for the filter freq to follow the note's frequency

---

Velvet Delay

internal name: DiffuseDelayNested

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
DelayTime	Delay Time	float	0,001	1,000	0,050	second (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
TimeSpread	Time spread	float	0,100	1,000	1,000	% normalized	yes
Diffusion	Diffusion Level	float	0,000	0,900	0,100	% normalized	yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes
Seed	Seed	integer	0	100	0		yes
Shape	Shape	integer	0	6	0		yes
ShapeCurve	Curve	float	-1,000	1,000	0,000	% normalized	yes

---

Vowel Filter

internal name: VowelFilter

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Morph	Morph	float	0,000	1,000	0,000	% normalized	yes
Q	Q	float	10,000	20,000	10,000		yes
Formant	Formant	float	-1,000	1,000	0,000	% normalized	yes
FilterA	Filter A	integer	0	10	0		yes
FilterB	Filter B	integer	0	10	2		yes
Mode	Mode	integer	0	2	1		yes
NumFormants	Num Formants	integer	1	4	3		yes

---

Vowels

internal name: Vowels

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
MorphX	MorphX	float	0,000	1,000	0,000	% normalized	yes
MorphY	MorphY	float	0,000	1,000	0,000	% normalized	yes
Formant	Formant	float	-1,000	1,000	0,000	% normalized	yes
Mode	Mode	integer	0	2	1		yes
NumFormants	Num Formants	integer	2	5	2		yes

---

WahWah

internal name: WahWah

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Wah	Wah	float	0,000	1,000	0,500	% normalized	yes
Drive	Drive	float	0,000	1,000	0,000	% normalized	yes
Master	Master	float	0,000	10,000	3,162		yes
Model	Model	integer	0	6	0		yes

---

Wave Shaper

internal name: WaveShaper

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
InputGain	Input Gain	float	-40,000	40,000	0,000	decibel	yes
OutputGain	Output Gain	float	-40,000	40,000	0,000	decibel	yes
Amount	Amount	float	0,000	1,000	0,000	% normalized	yes
Knee	Knee	float	-10,000	10,000	0,000		yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes
PreFreq	Pre Freq	float	20,000	22000,000	20000,000	Hz	yes
PostFreq	Post Freq	float	2,000	20000,000	20,000	Hz	yes
Oversampling	Oversampling	integer	0	4	0		no
Mode	Mode	integer	0	11	0		no

---

Xpander Filter

internal name: XpanderFilter

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Freq	Freq	float	20,000	20000,000	1000,000	Hz	yes
Q	Resonance	float	0,000	1,000	0,000	% normalized	yes
KeyTracking	Key Tracking	float	0,000	1,000	0,000	% normalized	yes	Filter key tracking relative to C3. if C4 is played with KeyTracking at 100%, the filter freq will be one octave higher than the parameters value. Tune the filter freq to C3 for the filter freq to follow the note's frequency
Mode	Mode	integer	0	36	3		yes
DistortionType	Distortion Type	integer	0	2	0		yes
Drive	Drive	float	-20,000	20,000	0,000	decibel	yes
Fat	Boost	float	0,000	1,000	1,000	% normalized	yes
Algorithm	Algorithm	integer	0	1	0		yes
Oversampling	Oversampling	integer	0	1	1		yes

---

Modulation

AHD

internal name: AHD

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
AttackTime	Attack Time	float	0,000	10,000	0,000	second	yes
AttackCurve	Attack Curve	float	-1,000	1,000	0,000		no
HoldTime	Hold Time	float	0,000	10,000	1,000	second	yes
DecayTime	Decay Time	float	0,000	30,000	0,100	second	yes
DecayCurve	Decay Curve	float	-1,000	1,000	0,000		no
VelocityAmount	Velocity Amount	float	0,000	1,000	0,000	% normalized	no
VelocitySens	Velocity Sensitivity	float	-1,000	1,000	0,750	% normalized	no
Retrigger	Trigger Mode	integer	0	2	1		no
NoteOffRetrigger	Note Off Retrigger	boolean	false	true	false		no

---

Analog ADSR

internal name: AnalogADSR

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
AttackTime	Attack Time	float	0,000	10,000	0,001	second	yes
DecayTime	Decay Time	float	0,000	10,000	0,050	second	yes
KeyToDecay	Key > Decay	float	-2,000	2,000	0,000	% normalized	yes	key to decay modulation depth. -100% means that the decay in halved each octave
KeyToAttack	Key > Attack	float	-2,000	2,000	0,000	% normalized	yes	key to attack modulation depth. -100% means that the attack in halved each octave
VelToDecay	Vel > Decay	float	-1,000	1,000	0,000	% normalized	yes	Velocity to decay modulation depth
Punch	Punch	float	0,000	1,000	0,000	% normalized	yes
VelToAttack	Vel > Attack	float	-1,000	1,000	0,000	% normalized	yes	velocity to attack modulation depth
DynamicRange	Dynamic Range	float	0,000	40,000	0,000	decibel	yes	velocity to dynamic range (dB)
SustainLevel	Sustain Level	float	0,000	1,000	1,000	% normalized	yes
ReleaseTime	Release Time	float	0,000	10,000	0,010	second	yes
ManualTrigger	Manual Trigger	float	0,000	1,000	0,000		yes
TriggerMode	Trigger Mode	integer	0	1	0		no
InvertVelocity	Invert Velocity	boolean	false	true	false		no
AttackDecayMode	Attack/Decay Mode	boolean	false	true	false		yes

---

Attack Decay

internal name: AttackDecayEnv

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Attack	Attack	float	0,000	1,000	0,100	% normalized	yes
DecayTime	Decay Time	float	0,001	10,000	0,300	second	yes

---

DAHDSR

internal name: DAHDSR

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
DelayTime	Delay Time	float	0,000	10,000	0,000	second	yes
AttackTime	Attack Time	float	0,000	10,000	0,000	second	yes
AttackCurve	Attack Curve	float	-1,000	1,000	0,000		no
HoldTime	Hold Time	float	0,000	10,000	0,000	second	yes
DecayTime	Decay Time	float	0,000	30,000	0,000	second	yes
DecayCurve	Decay Curve	float	-1,000	1,000	0,000		no
SustainLevel	Sustain Level	float	0,000	1,000	1,000	% normalized	yes
ReleaseTime	Release Time	float	0,000	20,000	0,050	second	yes
ReleaseCurve	Release Curve	float	-1,000	1,000	0,000		no
VelocityAmount	Velocity Amount	float	0,000	1,000	0,000	% normalized	no
VelocitySens	Velocity Sensitivity	float	-1,000	1,000	0,750	% normalized	no
Retrigger	Trigger Mode	integer	0	2	1		no
NoteOffRetrigger	Note Off Retrigger	boolean	false	true	false		no

---

Drunk

internal name: Drunk

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
InitialValue	Initial Value	float	-1,000	1,000	0,000		yes
Bias	Bias	float	-1,000	1,000	0,000		yes
Step	Bandwidth	float	0,100	1000,000	4,000	Hz	yes
Rate	Smooth	float	0,100	1000,000	100,000	Hz	yes
TriggerMode	Trigger Mode	integer	0	2	1		no
Bipolar	Bipolar	boolean	false	true	true		no

---

Flow Noise

internal name: InterpolationRandom

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Rate	Rate	float	0,100	100,000	1,000	Hz	yes
TriggerMode	Trigger Mode	integer	0	2	1		no
Depth	Depth	float	0,000	1,000	1,000	% normalized	yes
Bipolar	Bipolar	boolean	false	true	true		no
RandomStart	RandomStart	boolean	false	true	false		no

---

LFO

internal name: LFO

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
DelayTime	Delay Time	float	0,000	10,000	0,000	second	yes
RiseTime	Rise Time	float	0,000	10,000	0,000	second	yes
Freq	Frequency	float	0,000	20,000	0,500	Hz (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
Depth	Depth	float	0,000	1,000	1,000	% normalized	yes
Phase	Phase	float	0,000	1,000	0,000		yes
WaveFormType	Waveform	integer	0	9	0		no
ManualTrigger	Manual Trigger	float	0,000	1,000	0,000		yes
Retrigger	Trigger Mode	integer	0	3	1		no
Bipolar	Bipolar	boolean	false	true	true		no
Smooth	Smooth	float	0,000	1,000	0,000	second	yes

---

Macro

internal name: ConstantModulation

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Bipolar	Bipolar	boolean	false	true	false		no
Style	Style	integer	0	1	0		no
Value	Value	float	0,000	1,000	0,000	% normalized	yes

---

Multi Envelope

internal name: MultiEnvelope

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
VelocityAmount	Velocity Amount	float	0,000	1,000	0,000	% normalized	no
VelocitySens	Velocity Sensitivity	float	-1,000	1,000	0,750	% normalized	no
Retrigger	Trigger Mode	integer	0	2	1		no
NumSteps	NumSteps	integer	1	128	1		yes
Speed	Speed	float	0,100	10,000	1,000		yes
Smooth	Smooth	float	0,000	1,000	0,000	second	yes
Bipolar	Bipolar	boolean	false	true	false		no
NoteOffRetrigger	Note Off Retrigger	boolean	false	true	false		no

---

Multi LFO

internal name: MultiLFO

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
SineDepth	Sine Depth	float	-1,000	1,000	0,000	% normalized	yes
TriangleDepth	Triangle Depth	float	-1,000	1,000	0,000	% normalized	yes
SawDepth	Saw Depth	float	-1,000	1,000	0,000	% normalized	yes
SquareDepth	Square Depth	float	-1,000	1,000	0,000	% normalized	yes
NoiseDepth	Noise Depth	float	-1,000	1,000	0,000	% normalized	yes
PulseWidth	Pulse Width	float	0,050	0,950	0,500	% normalized	yes
RiseTime	Rise Time	float	0,000	10,000	0,000	second	yes
Freq	Frequency	float	0,000	20,000	0,500	Hz (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
Depth	Depth	float	0,000	1,000	1,000	% normalized	yes
Phase	Phase	float	0,000	1,000	0,000		yes
ManualTrigger	Manual Trigger	float	0,000	1,000	0,000		yes
Retrigger	Trigger Mode	integer	0	3	1		no
Bipolar	Bipolar	boolean	false	true	true		no
Invert	Invert	boolean	false	true	false		no
NormalizeOutput	NormalizeOutput	boolean	false	true	true		no
Smooth	Smooth	float	0,000	1,000	0,000	second	yes

---

Parametric LFO

internal name: ParametricLFO

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
Freq	Frequency	float	0,000	50,000	0,500	Hz (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
Phase	Phase	float	-1,000	1,000	0,000		yes
Depth	Depth	float	0,000	1,000	1,000	% normalized	yes
Shape	Shape	float	-1,000	1,000	0,000	% normalized	yes
PulseWidth	Pulse Width	float	0,000	1,000	0,500	% normalized	yes
Symmetry	Symmetry	float	-1,000	1,000	0,000	% normalized	yes
Swing	Swing	float	0,000	2,000	0,000	% normalized	yes
Bipolar	Bipolar	boolean	false	true	true		no
Retrigger	Trigger Mode	integer	0	3	1		no

---

Script Event Modulation

internal name: ScriptEventModulation

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
EventId	Event Id	integer	0	127	0		yes
Bipolar	Bipolar	boolean	false	true	true		no

---

Smooth Random

internal name: StdRandom

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Rate	Rate	float	0,000	1000,000	1,000	Hz	yes
TriggerMode	Trigger Mode	integer	0	2	1		no
Depth	Depth	float	0,000	1,000	1,000	% normalized	yes
Bipolar	Bipolar	boolean	false	true	true		no
RandomStart	RandomStart	boolean	false	true	false		no

---

Step Envelope

internal name: StepEnvelope

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
NumSteps	NumSteps	integer	1	128	16		no
Freq	Freq	float	0,000	20,000	1,000	Hz (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
ManualTrigger	Manual Trigger	float	0,000	1,000	0,000		yes
Retrigger	Trigger Mode	integer	0	2	0		no
Bipolar	Bipolar	boolean	false	true	false		no
InterpolationMode	Interpolation Mode	integer	0	1	0		no
Smooth	Smooth	float	0,000	1,000	0,000	second	yes
Depth	Depth	float	0,000	1,000	1,000	% normalized	yes

---

Voice Modulator

internal name: VoiceModulator

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
NumSteps	NumSteps	integer	1	16	8		no
Legato	Legato	boolean	false	true	false		no

---

Event Processor

Arpeggiator

internal name: Arpeggiator

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Mode	Mode	integer	0	27	0		no
TriggerMode	Trigger Mode	integer	0	2	1		no
OctaveMode	Octave Mode	integer	0	1	1		no
Octave	Octave	integer	-6	6	0		no
NumStrike	Num Strike	integer	1	4	1		no
RepeatBottomNote	Repeat Bottom	boolean	false	true	false		no
RepeatTopNote	Repeat Top	boolean	false	true	false		no
Resolution	Resolution	integer	0	29	22		no
StepLength	Step Length	float	0,000	1,100	1,000	% normalized	yes
ArpVelocityBlend	Arp/Vel. Blend	float	0,000	1,000	0,500	% normalized	no
GrooveAmount	Groove Amnt	float	0,000	1,000	0,000	% normalized	no
Hold	Hold	boolean	false	true	false		no
Record	Record	boolean	false	true	false		no
RecordIndex	RecordIndex	integer	0	128	0		no
NumSteps	NumSteps	integer	1	128	16		no
Step0State	Step0State	integer	0	3	0		no
Step1State	Step1State	integer	0	3	0		no
Step2State	Step2State	integer	0	3	0		no
Step3State	Step3State	integer	0	3	0		no
Step4State	Step4State	integer	0	3	0		no
Step5State	Step5State	integer	0	3	0		no
Step6State	Step6State	integer	0	3	0		no
Step7State	Step7State	integer	0	3	0		no
Step8State	Step8State	integer	0	3	0		no
Step9State	Step9State	integer	0	3	0		no
Step10State	Step10State	integer	0	3	0		no
Step11State	Step11State	integer	0	3	0		no
Step12State	Step12State	integer	0	3	0		no
Step13State	Step13State	integer	0	3	0		no
Step14State	Step14State	integer	0	3	0		no
Step15State	Step15State	integer	0	3	0		no
Step16State	Step16State	integer	0	3	0		no
Step17State	Step17State	integer	0	3	0		no
Step18State	Step18State	integer	0	3	0		no
Step19State	Step19State	integer	0	3	0		no
Step20State	Step20State	integer	0	3	0		no
Step21State	Step21State	integer	0	3	0		no
Step22State	Step22State	integer	0	3	0		no
Step23State	Step23State	integer	0	3	0		no
Step24State	Step24State	integer	0	3	0		no
Step25State	Step25State	integer	0	3	0		no
Step26State	Step26State	integer	0	3	0		no
Step27State	Step27State	integer	0	3	0		no
Step28State	Step28State	integer	0	3	0		no
Step29State	Step29State	integer	0	3	0		no
Step30State	Step30State	integer	0	3	0		no
Step31State	Step31State	integer	0	3	0		no
Step32State	Step32State	integer	0	3	0		no
Step33State	Step33State	integer	0	3	0		no
Step34State	Step34State	integer	0	3	0		no
Step35State	Step35State	integer	0	3	0		no
Step36State	Step36State	integer	0	3	0		no
Step37State	Step37State	integer	0	3	0		no
Step38State	Step38State	integer	0	3	0		no
Step39State	Step39State	integer	0	3	0		no
Step40State	Step40State	integer	0	3	0		no
Step41State	Step41State	integer	0	3	0		no
Step42State	Step42State	integer	0	3	0		no
Step43State	Step43State	integer	0	3	0		no
Step44State	Step44State	integer	0	3	0		no
Step45State	Step45State	integer	0	3	0		no
Step46State	Step46State	integer	0	3	0		no
Step47State	Step47State	integer	0	3	0		no
Step48State	Step48State	integer	0	3	0		no
Step49State	Step49State	integer	0	3	0		no
Step50State	Step50State	integer	0	3	0		no
Step51State	Step51State	integer	0	3	0		no
Step52State	Step52State	integer	0	3	0		no
Step53State	Step53State	integer	0	3	0		no
Step54State	Step54State	integer	0	3	0		no
Step55State	Step55State	integer	0	3	0		no
Step56State	Step56State	integer	0	3	0		no
Step57State	Step57State	integer	0	3	0		no
Step58State	Step58State	integer	0	3	0		no
Step59State	Step59State	integer	0	3	0		no
Step60State	Step60State	integer	0	3	0		no
Step61State	Step61State	integer	0	3	0		no
Step62State	Step62State	integer	0	3	0		no
Step63State	Step63State	integer	0	3	0		no
Step64State	Step64State	integer	0	3	0		no
Step65State	Step65State	integer	0	3	0		no
Step66State	Step66State	integer	0	3	0		no
Step67State	Step67State	integer	0	3	0		no
Step68State	Step68State	integer	0	3	0		no
Step69State	Step69State	integer	0	3	0		no
Step70State	Step70State	integer	0	3	0		no
Step71State	Step71State	integer	0	3	0		no
Step72State	Step72State	integer	0	3	0		no
Step73State	Step73State	integer	0	3	0		no
Step74State	Step74State	integer	0	3	0		no
Step75State	Step75State	integer	0	3	0		no
Step76State	Step76State	integer	0	3	0		no
Step77State	Step77State	integer	0	3	0		no
Step78State	Step78State	integer	0	3	0		no
Step79State	Step79State	integer	0	3	0		no
Step80State	Step80State	integer	0	3	0		no
Step81State	Step81State	integer	0	3	0		no
Step82State	Step82State	integer	0	3	0		no
Step83State	Step83State	integer	0	3	0		no
Step84State	Step84State	integer	0	3	0		no
Step85State	Step85State	integer	0	3	0		no
Step86State	Step86State	integer	0	3	0		no
Step87State	Step87State	integer	0	3	0		no
Step88State	Step88State	integer	0	3	0		no
Step89State	Step89State	integer	0	3	0		no
Step90State	Step90State	integer	0	3	0		no
Step91State	Step91State	integer	0	3	0		no
Step92State	Step92State	integer	0	3	0		no
Step93State	Step93State	integer	0	3	0		no
Step94State	Step94State	integer	0	3	0		no
Step95State	Step95State	integer	0	3	0		no
Step96State	Step96State	integer	0	3	0		no
Step97State	Step97State	integer	0	3	0		no
Step98State	Step98State	integer	0	3	0		no
Step99State	Step99State	integer	0	3	0		no
Step100State	Step100State	integer	0	3	0		no
Step101State	Step101State	integer	0	3	0		no
Step102State	Step102State	integer	0	3	0		no
Step103State	Step103State	integer	0	3	0		no
Step104State	Step104State	integer	0	3	0		no
Step105State	Step105State	integer	0	3	0		no
Step106State	Step106State	integer	0	3	0		no
Step107State	Step107State	integer	0	3	0		no
Step108State	Step108State	integer	0	3	0		no
Step109State	Step109State	integer	0	3	0		no
Step110State	Step110State	integer	0	3	0		no
Step111State	Step111State	integer	0	3	0		no
Step112State	Step112State	integer	0	3	0		no
Step113State	Step113State	integer	0	3	0		no
Step114State	Step114State	integer	0	3	0		no
Step115State	Step115State	integer	0	3	0		no
Step116State	Step116State	integer	0	3	0		no
Step117State	Step117State	integer	0	3	0		no
Step118State	Step118State	integer	0	3	0		no
Step119State	Step119State	integer	0	3	0		no
Step120State	Step120State	integer	0	3	0		no
Step121State	Step121State	integer	0	3	0		no
Step122State	Step122State	integer	0	3	0		no
Step123State	Step123State	integer	0	3	0		no
Step124State	Step124State	integer	0	3	0		no
Step125State	Step125State	integer	0	3	0		no
Step126State	Step126State	integer	0	3	0		no
Step127State	Step127State	integer	0	3	0		no
Step0Size	Step0Size	float	0,000	1,000	1,000	% normalized	no
Step1Size	Step1Size	float	0,000	1,000	1,000	% normalized	no
Step2Size	Step2Size	float	0,000	1,000	1,000	% normalized	no
Step3Size	Step3Size	float	0,000	1,000	1,000	% normalized	no
Step4Size	Step4Size	float	0,000	1,000	1,000	% normalized	no
Step5Size	Step5Size	float	0,000	1,000	1,000	% normalized	no
Step6Size	Step6Size	float	0,000	1,000	1,000	% normalized	no
Step7Size	Step7Size	float	0,000	1,000	1,000	% normalized	no
Step8Size	Step8Size	float	0,000	1,000	1,000	% normalized	no
Step9Size	Step9Size	float	0,000	1,000	1,000	% normalized	no
Step10Size	Step10Size	float	0,000	1,000	1,000	% normalized	no
Step11Size	Step11Size	float	0,000	1,000	1,000	% normalized	no
Step12Size	Step12Size	float	0,000	1,000	1,000	% normalized	no
Step13Size	Step13Size	float	0,000	1,000	1,000	% normalized	no
Step14Size	Step14Size	float	0,000	1,000	1,000	% normalized	no
Step15Size	Step15Size	float	0,000	1,000	1,000	% normalized	no
Step16Size	Step16Size	float	0,000	1,000	1,000	% normalized	no
Step17Size	Step17Size	float	0,000	1,000	1,000	% normalized	no
Step18Size	Step18Size	float	0,000	1,000	1,000	% normalized	no
Step19Size	Step19Size	float	0,000	1,000	1,000	% normalized	no
Step20Size	Step20Size	float	0,000	1,000	1,000	% normalized	no
Step21Size	Step21Size	float	0,000	1,000	1,000	% normalized	no
Step22Size	Step22Size	float	0,000	1,000	1,000	% normalized	no
Step23Size	Step23Size	float	0,000	1,000	1,000	% normalized	no
Step24Size	Step24Size	float	0,000	1,000	1,000	% normalized	no
Step25Size	Step25Size	float	0,000	1,000	1,000	% normalized	no
Step26Size	Step26Size	float	0,000	1,000	1,000	% normalized	no
Step27Size	Step27Size	float	0,000	1,000	1,000	% normalized	no
Step28Size	Step28Size	float	0,000	1,000	1,000	% normalized	no
Step29Size	Step29Size	float	0,000	1,000	1,000	% normalized	no
Step30Size	Step30Size	float	0,000	1,000	1,000	% normalized	no
Step31Size	Step31Size	float	0,000	1,000	1,000	% normalized	no
Step32Size	Step32Size	float	0,000	1,000	1,000	% normalized	no
Step33Size	Step33Size	float	0,000	1,000	1,000	% normalized	no
Step34Size	Step34Size	float	0,000	1,000	1,000	% normalized	no
Step35Size	Step35Size	float	0,000	1,000	1,000	% normalized	no
Step36Size	Step36Size	float	0,000	1,000	1,000	% normalized	no
Step37Size	Step37Size	float	0,000	1,000	1,000	% normalized	no
Step38Size	Step38Size	float	0,000	1,000	1,000	% normalized	no
Step39Size	Step39Size	float	0,000	1,000	1,000	% normalized	no
Step40Size	Step40Size	float	0,000	1,000	1,000	% normalized	no
Step41Size	Step41Size	float	0,000	1,000	1,000	% normalized	no
Step42Size	Step42Size	float	0,000	1,000	1,000	% normalized	no
Step43Size	Step43Size	float	0,000	1,000	1,000	% normalized	no
Step44Size	Step44Size	float	0,000	1,000	1,000	% normalized	no
Step45Size	Step45Size	float	0,000	1,000	1,000	% normalized	no
Step46Size	Step46Size	float	0,000	1,000	1,000	% normalized	no
Step47Size	Step47Size	float	0,000	1,000	1,000	% normalized	no
Step48Size	Step48Size	float	0,000	1,000	1,000	% normalized	no
Step49Size	Step49Size	float	0,000	1,000	1,000	% normalized	no
Step50Size	Step50Size	float	0,000	1,000	1,000	% normalized	no
Step51Size	Step51Size	float	0,000	1,000	1,000	% normalized	no
Step52Size	Step52Size	float	0,000	1,000	1,000	% normalized	no
Step53Size	Step53Size	float	0,000	1,000	1,000	% normalized	no
Step54Size	Step54Size	float	0,000	1,000	1,000	% normalized	no
Step55Size	Step55Size	float	0,000	1,000	1,000	% normalized	no
Step56Size	Step56Size	float	0,000	1,000	1,000	% normalized	no
Step57Size	Step57Size	float	0,000	1,000	1,000	% normalized	no
Step58Size	Step58Size	float	0,000	1,000	1,000	% normalized	no
Step59Size	Step59Size	float	0,000	1,000	1,000	% normalized	no
Step60Size	Step60Size	float	0,000	1,000	1,000	% normalized	no
Step61Size	Step61Size	float	0,000	1,000	1,000	% normalized	no
Step62Size	Step62Size	float	0,000	1,000	1,000	% normalized	no
Step63Size	Step63Size	float	0,000	1,000	1,000	% normalized	no
Step64Size	Step64Size	float	0,000	1,000	1,000	% normalized	no
Step65Size	Step65Size	float	0,000	1,000	1,000	% normalized	no
Step66Size	Step66Size	float	0,000	1,000	1,000	% normalized	no
Step67Size	Step67Size	float	0,000	1,000	1,000	% normalized	no
Step68Size	Step68Size	float	0,000	1,000	1,000	% normalized	no
Step69Size	Step69Size	float	0,000	1,000	1,000	% normalized	no
Step70Size	Step70Size	float	0,000	1,000	1,000	% normalized	no
Step71Size	Step71Size	float	0,000	1,000	1,000	% normalized	no
Step72Size	Step72Size	float	0,000	1,000	1,000	% normalized	no
Step73Size	Step73Size	float	0,000	1,000	1,000	% normalized	no
Step74Size	Step74Size	float	0,000	1,000	1,000	% normalized	no
Step75Size	Step75Size	float	0,000	1,000	1,000	% normalized	no
Step76Size	Step76Size	float	0,000	1,000	1,000	% normalized	no
Step77Size	Step77Size	float	0,000	1,000	1,000	% normalized	no
Step78Size	Step78Size	float	0,000	1,000	1,000	% normalized	no
Step79Size	Step79Size	float	0,000	1,000	1,000	% normalized	no
Step80Size	Step80Size	float	0,000	1,000	1,000	% normalized	no
Step81Size	Step81Size	float	0,000	1,000	1,000	% normalized	no
Step82Size	Step82Size	float	0,000	1,000	1,000	% normalized	no
Step83Size	Step83Size	float	0,000	1,000	1,000	% normalized	no
Step84Size	Step84Size	float	0,000	1,000	1,000	% normalized	no
Step85Size	Step85Size	float	0,000	1,000	1,000	% normalized	no
Step86Size	Step86Size	float	0,000	1,000	1,000	% normalized	no
Step87Size	Step87Size	float	0,000	1,000	1,000	% normalized	no
Step88Size	Step88Size	float	0,000	1,000	1,000	% normalized	no
Step89Size	Step89Size	float	0,000	1,000	1,000	% normalized	no
Step90Size	Step90Size	float	0,000	1,000	1,000	% normalized	no
Step91Size	Step91Size	float	0,000	1,000	1,000	% normalized	no
Step92Size	Step92Size	float	0,000	1,000	1,000	% normalized	no
Step93Size	Step93Size	float	0,000	1,000	1,000	% normalized	no
Step94Size	Step94Size	float	0,000	1,000	1,000	% normalized	no
Step95Size	Step95Size	float	0,000	1,000	1,000	% normalized	no
Step96Size	Step96Size	float	0,000	1,000	1,000	% normalized	no
Step97Size	Step97Size	float	0,000	1,000	1,000	% normalized	no
Step98Size	Step98Size	float	0,000	1,000	1,000	% normalized	no
Step99Size	Step99Size	float	0,000	1,000	1,000	% normalized	no
Step100Size	Step100Size	float	0,000	1,000	1,000	% normalized	no
Step101Size	Step101Size	float	0,000	1,000	1,000	% normalized	no
Step102Size	Step102Size	float	0,000	1,000	1,000	% normalized	no
Step103Size	Step103Size	float	0,000	1,000	1,000	% normalized	no
Step104Size	Step104Size	float	0,000	1,000	1,000	% normalized	no
Step105Size	Step105Size	float	0,000	1,000	1,000	% normalized	no
Step106Size	Step106Size	float	0,000	1,000	1,000	% normalized	no
Step107Size	Step107Size	float	0,000	1,000	1,000	% normalized	no
Step108Size	Step108Size	float	0,000	1,000	1,000	% normalized	no
Step109Size	Step109Size	float	0,000	1,000	1,000	% normalized	no
Step110Size	Step110Size	float	0,000	1,000	1,000	% normalized	no
Step111Size	Step111Size	float	0,000	1,000	1,000	% normalized	no
Step112Size	Step112Size	float	0,000	1,000	1,000	% normalized	no
Step113Size	Step113Size	float	0,000	1,000	1,000	% normalized	no
Step114Size	Step114Size	float	0,000	1,000	1,000	% normalized	no
Step115Size	Step115Size	float	0,000	1,000	1,000	% normalized	no
Step116Size	Step116Size	float	0,000	1,000	1,000	% normalized	no
Step117Size	Step117Size	float	0,000	1,000	1,000	% normalized	no
Step118Size	Step118Size	float	0,000	1,000	1,000	% normalized	no
Step119Size	Step119Size	float	0,000	1,000	1,000	% normalized	no
Step120Size	Step120Size	float	0,000	1,000	1,000	% normalized	no
Step121Size	Step121Size	float	0,000	1,000	1,000	% normalized	no
Step122Size	Step122Size	float	0,000	1,000	1,000	% normalized	no
Step123Size	Step123Size	float	0,000	1,000	1,000	% normalized	no
Step124Size	Step124Size	float	0,000	1,000	1,000	% normalized	no
Step125Size	Step125Size	float	0,000	1,000	1,000	% normalized	no
Step126Size	Step126Size	float	0,000	1,000	1,000	% normalized	no
Step127Size	Step127Size	float	0,000	1,000	1,000	% normalized	no
Step0Level	Step0Level	float	0,000	1,000	1,000	% normalized	no
Step1Level	Step1Level	float	0,000	1,000	1,000	% normalized	no
Step2Level	Step2Level	float	0,000	1,000	1,000	% normalized	no
Step3Level	Step3Level	float	0,000	1,000	1,000	% normalized	no
Step4Level	Step4Level	float	0,000	1,000	1,000	% normalized	no
Step5Level	Step5Level	float	0,000	1,000	1,000	% normalized	no
Step6Level	Step6Level	float	0,000	1,000	1,000	% normalized	no
Step7Level	Step7Level	float	0,000	1,000	1,000	% normalized	no
Step8Level	Step8Level	float	0,000	1,000	1,000	% normalized	no
Step9Level	Step9Level	float	0,000	1,000	1,000	% normalized	no
Step10Level	Step10Level	float	0,000	1,000	1,000	% normalized	no
Step11Level	Step11Level	float	0,000	1,000	1,000	% normalized	no
Step12Level	Step12Level	float	0,000	1,000	1,000	% normalized	no
Step13Level	Step13Level	float	0,000	1,000	1,000	% normalized	no
Step14Level	Step14Level	float	0,000	1,000	1,000	% normalized	no
Step15Level	Step15Level	float	0,000	1,000	1,000	% normalized	no
Step16Level	Step16Level	float	0,000	1,000	1,000	% normalized	no
Step17Level	Step17Level	float	0,000	1,000	1,000	% normalized	no
Step18Level	Step18Level	float	0,000	1,000	1,000	% normalized	no
Step19Level	Step19Level	float	0,000	1,000	1,000	% normalized	no
Step20Level	Step20Level	float	0,000	1,000	1,000	% normalized	no
Step21Level	Step21Level	float	0,000	1,000	1,000	% normalized	no
Step22Level	Step22Level	float	0,000	1,000	1,000	% normalized	no
Step23Level	Step23Level	float	0,000	1,000	1,000	% normalized	no
Step24Level	Step24Level	float	0,000	1,000	1,000	% normalized	no
Step25Level	Step25Level	float	0,000	1,000	1,000	% normalized	no
Step26Level	Step26Level	float	0,000	1,000	1,000	% normalized	no
Step27Level	Step27Level	float	0,000	1,000	1,000	% normalized	no
Step28Level	Step28Level	float	0,000	1,000	1,000	% normalized	no
Step29Level	Step29Level	float	0,000	1,000	1,000	% normalized	no
Step30Level	Step30Level	float	0,000	1,000	1,000	% normalized	no
Step31Level	Step31Level	float	0,000	1,000	1,000	% normalized	no
Step32Level	Step32Level	float	0,000	1,000	1,000	% normalized	no
Step33Level	Step33Level	float	0,000	1,000	1,000	% normalized	no
Step34Level	Step34Level	float	0,000	1,000	1,000	% normalized	no
Step35Level	Step35Level	float	0,000	1,000	1,000	% normalized	no
Step36Level	Step36Level	float	0,000	1,000	1,000	% normalized	no
Step37Level	Step37Level	float	0,000	1,000	1,000	% normalized	no
Step38Level	Step38Level	float	0,000	1,000	1,000	% normalized	no
Step39Level	Step39Level	float	0,000	1,000	1,000	% normalized	no
Step40Level	Step40Level	float	0,000	1,000	1,000	% normalized	no
Step41Level	Step41Level	float	0,000	1,000	1,000	% normalized	no
Step42Level	Step42Level	float	0,000	1,000	1,000	% normalized	no
Step43Level	Step43Level	float	0,000	1,000	1,000	% normalized	no
Step44Level	Step44Level	float	0,000	1,000	1,000	% normalized	no
Step45Level	Step45Level	float	0,000	1,000	1,000	% normalized	no
Step46Level	Step46Level	float	0,000	1,000	1,000	% normalized	no
Step47Level	Step47Level	float	0,000	1,000	1,000	% normalized	no
Step48Level	Step48Level	float	0,000	1,000	1,000	% normalized	no
Step49Level	Step49Level	float	0,000	1,000	1,000	% normalized	no
Step50Level	Step50Level	float	0,000	1,000	1,000	% normalized	no
Step51Level	Step51Level	float	0,000	1,000	1,000	% normalized	no
Step52Level	Step52Level	float	0,000	1,000	1,000	% normalized	no
Step53Level	Step53Level	float	0,000	1,000	1,000	% normalized	no
Step54Level	Step54Level	float	0,000	1,000	1,000	% normalized	no
Step55Level	Step55Level	float	0,000	1,000	1,000	% normalized	no
Step56Level	Step56Level	float	0,000	1,000	1,000	% normalized	no
Step57Level	Step57Level	float	0,000	1,000	1,000	% normalized	no
Step58Level	Step58Level	float	0,000	1,000	1,000	% normalized	no
Step59Level	Step59Level	float	0,000	1,000	1,000	% normalized	no
Step60Level	Step60Level	float	0,000	1,000	1,000	% normalized	no
Step61Level	Step61Level	float	0,000	1,000	1,000	% normalized	no
Step62Level	Step62Level	float	0,000	1,000	1,000	% normalized	no
Step63Level	Step63Level	float	0,000	1,000	1,000	% normalized	no
Step64Level	Step64Level	float	0,000	1,000	1,000	% normalized	no
Step65Level	Step65Level	float	0,000	1,000	1,000	% normalized	no
Step66Level	Step66Level	float	0,000	1,000	1,000	% normalized	no
Step67Level	Step67Level	float	0,000	1,000	1,000	% normalized	no
Step68Level	Step68Level	float	0,000	1,000	1,000	% normalized	no
Step69Level	Step69Level	float	0,000	1,000	1,000	% normalized	no
Step70Level	Step70Level	float	0,000	1,000	1,000	% normalized	no
Step71Level	Step71Level	float	0,000	1,000	1,000	% normalized	no
Step72Level	Step72Level	float	0,000	1,000	1,000	% normalized	no
Step73Level	Step73Level	float	0,000	1,000	1,000	% normalized	no
Step74Level	Step74Level	float	0,000	1,000	1,000	% normalized	no
Step75Level	Step75Level	float	0,000	1,000	1,000	% normalized	no
Step76Level	Step76Level	float	0,000	1,000	1,000	% normalized	no
Step77Level	Step77Level	float	0,000	1,000	1,000	% normalized	no
Step78Level	Step78Level	float	0,000	1,000	1,000	% normalized	no
Step79Level	Step79Level	float	0,000	1,000	1,000	% normalized	no
Step80Level	Step80Level	float	0,000	1,000	1,000	% normalized	no
Step81Level	Step81Level	float	0,000	1,000	1,000	% normalized	no
Step82Level	Step82Level	float	0,000	1,000	1,000	% normalized	no
Step83Level	Step83Level	float	0,000	1,000	1,000	% normalized	no
Step84Level	Step84Level	float	0,000	1,000	1,000	% normalized	no
Step85Level	Step85Level	float	0,000	1,000	1,000	% normalized	no
Step86Level	Step86Level	float	0,000	1,000	1,000	% normalized	no
Step87Level	Step87Level	float	0,000	1,000	1,000	% normalized	no
Step88Level	Step88Level	float	0,000	1,000	1,000	% normalized	no
Step89Level	Step89Level	float	0,000	1,000	1,000	% normalized	no
Step90Level	Step90Level	float	0,000	1,000	1,000	% normalized	no
Step91Level	Step91Level	float	0,000	1,000	1,000	% normalized	no
Step92Level	Step92Level	float	0,000	1,000	1,000	% normalized	no
Step93Level	Step93Level	float	0,000	1,000	1,000	% normalized	no
Step94Level	Step94Level	float	0,000	1,000	1,000	% normalized	no
Step95Level	Step95Level	float	0,000	1,000	1,000	% normalized	no
Step96Level	Step96Level	float	0,000	1,000	1,000	% normalized	no
Step97Level	Step97Level	float	0,000	1,000	1,000	% normalized	no
Step98Level	Step98Level	float	0,000	1,000	1,000	% normalized	no
Step99Level	Step99Level	float	0,000	1,000	1,000	% normalized	no
Step100Level	Step100Level	float	0,000	1,000	1,000	% normalized	no
Step101Level	Step101Level	float	0,000	1,000	1,000	% normalized	no
Step102Level	Step102Level	float	0,000	1,000	1,000	% normalized	no
Step103Level	Step103Level	float	0,000	1,000	1,000	% normalized	no
Step104Level	Step104Level	float	0,000	1,000	1,000	% normalized	no
Step105Level	Step105Level	float	0,000	1,000	1,000	% normalized	no
Step106Level	Step106Level	float	0,000	1,000	1,000	% normalized	no
Step107Level	Step107Level	float	0,000	1,000	1,000	% normalized	no
Step108Level	Step108Level	float	0,000	1,000	1,000	% normalized	no
Step109Level	Step109Level	float	0,000	1,000	1,000	% normalized	no
Step110Level	Step110Level	float	0,000	1,000	1,000	% normalized	no
Step111Level	Step111Level	float	0,000	1,000	1,000	% normalized	no
Step112Level	Step112Level	float	0,000	1,000	1,000	% normalized	no
Step113Level	Step113Level	float	0,000	1,000	1,000	% normalized	no
Step114Level	Step114Level	float	0,000	1,000	1,000	% normalized	no
Step115Level	Step115Level	float	0,000	1,000	1,000	% normalized	no
Step116Level	Step116Level	float	0,000	1,000	1,000	% normalized	no
Step117Level	Step117Level	float	0,000	1,000	1,000	% normalized	no
Step118Level	Step118Level	float	0,000	1,000	1,000	% normalized	no
Step119Level	Step119Level	float	0,000	1,000	1,000	% normalized	no
Step120Level	Step120Level	float	0,000	1,000	1,000	% normalized	no
Step121Level	Step121Level	float	0,000	1,000	1,000	% normalized	no
Step122Level	Step122Level	float	0,000	1,000	1,000	% normalized	no
Step123Level	Step123Level	float	0,000	1,000	1,000	% normalized	no
Step124Level	Step124Level	float	0,000	1,000	1,000	% normalized	no
Step125Level	Step125Level	float	0,000	1,000	1,000	% normalized	no
Step126Level	Step126Level	float	0,000	1,000	1,000	% normalized	no
Step127Level	Step127Level	float	0,000	1,000	1,000	% normalized	no
Step0Offset	Step0Offset	integer	-48	48	0	semitones	no
Step1Offset	Step1Offset	integer	-48	48	0	semitones	no
Step2Offset	Step2Offset	integer	-48	48	0	semitones	no
Step3Offset	Step3Offset	integer	-48	48	0	semitones	no
Step4Offset	Step4Offset	integer	-48	48	0	semitones	no
Step5Offset	Step5Offset	integer	-48	48	0	semitones	no
Step6Offset	Step6Offset	integer	-48	48	0	semitones	no
Step7Offset	Step7Offset	integer	-48	48	0	semitones	no
Step8Offset	Step8Offset	integer	-48	48	0	semitones	no
Step9Offset	Step9Offset	integer	-48	48	0	semitones	no
Step10Offset	Step10Offset	integer	-48	48	0	semitones	no
Step11Offset	Step11Offset	integer	-48	48	0	semitones	no
Step12Offset	Step12Offset	integer	-48	48	0	semitones	no
Step13Offset	Step13Offset	integer	-48	48	0	semitones	no
Step14Offset	Step14Offset	integer	-48	48	0	semitones	no
Step15Offset	Step15Offset	integer	-48	48	0	semitones	no
Step16Offset	Step16Offset	integer	-48	48	0	semitones	no
Step17Offset	Step17Offset	integer	-48	48	0	semitones	no
Step18Offset	Step18Offset	integer	-48	48	0	semitones	no
Step19Offset	Step19Offset	integer	-48	48	0	semitones	no
Step20Offset	Step20Offset	integer	-48	48	0	semitones	no
Step21Offset	Step21Offset	integer	-48	48	0	semitones	no
Step22Offset	Step22Offset	integer	-48	48	0	semitones	no
Step23Offset	Step23Offset	integer	-48	48	0	semitones	no
Step24Offset	Step24Offset	integer	-48	48	0	semitones	no
Step25Offset	Step25Offset	integer	-48	48	0	semitones	no
Step26Offset	Step26Offset	integer	-48	48	0	semitones	no
Step27Offset	Step27Offset	integer	-48	48	0	semitones	no
Step28Offset	Step28Offset	integer	-48	48	0	semitones	no
Step29Offset	Step29Offset	integer	-48	48	0	semitones	no
Step30Offset	Step30Offset	integer	-48	48	0	semitones	no
Step31Offset	Step31Offset	integer	-48	48	0	semitones	no
Step32Offset	Step32Offset	integer	-48	48	0	semitones	no
Step33Offset	Step33Offset	integer	-48	48	0	semitones	no
Step34Offset	Step34Offset	integer	-48	48	0	semitones	no
Step35Offset	Step35Offset	integer	-48	48	0	semitones	no
Step36Offset	Step36Offset	integer	-48	48	0	semitones	no
Step37Offset	Step37Offset	integer	-48	48	0	semitones	no
Step38Offset	Step38Offset	integer	-48	48	0	semitones	no
Step39Offset	Step39Offset	integer	-48	48	0	semitones	no
Step40Offset	Step40Offset	integer	-48	48	0	semitones	no
Step41Offset	Step41Offset	integer	-48	48	0	semitones	no
Step42Offset	Step42Offset	integer	-48	48	0	semitones	no
Step43Offset	Step43Offset	integer	-48	48	0	semitones	no
Step44Offset	Step44Offset	integer	-48	48	0	semitones	no
Step45Offset	Step45Offset	integer	-48	48	0	semitones	no
Step46Offset	Step46Offset	integer	-48	48	0	semitones	no
Step47Offset	Step47Offset	integer	-48	48	0	semitones	no
Step48Offset	Step48Offset	integer	-48	48	0	semitones	no
Step49Offset	Step49Offset	integer	-48	48	0	semitones	no
Step50Offset	Step50Offset	integer	-48	48	0	semitones	no
Step51Offset	Step51Offset	integer	-48	48	0	semitones	no
Step52Offset	Step52Offset	integer	-48	48	0	semitones	no
Step53Offset	Step53Offset	integer	-48	48	0	semitones	no
Step54Offset	Step54Offset	integer	-48	48	0	semitones	no
Step55Offset	Step55Offset	integer	-48	48	0	semitones	no
Step56Offset	Step56Offset	integer	-48	48	0	semitones	no
Step57Offset	Step57Offset	integer	-48	48	0	semitones	no
Step58Offset	Step58Offset	integer	-48	48	0	semitones	no
Step59Offset	Step59Offset	integer	-48	48	0	semitones	no
Step60Offset	Step60Offset	integer	-48	48	0	semitones	no
Step61Offset	Step61Offset	integer	-48	48	0	semitones	no
Step62Offset	Step62Offset	integer	-48	48	0	semitones	no
Step63Offset	Step63Offset	integer	-48	48	0	semitones	no
Step64Offset	Step64Offset	integer	-48	48	0	semitones	no
Step65Offset	Step65Offset	integer	-48	48	0	semitones	no
Step66Offset	Step66Offset	integer	-48	48	0	semitones	no
Step67Offset	Step67Offset	integer	-48	48	0	semitones	no
Step68Offset	Step68Offset	integer	-48	48	0	semitones	no
Step69Offset	Step69Offset	integer	-48	48	0	semitones	no
Step70Offset	Step70Offset	integer	-48	48	0	semitones	no
Step71Offset	Step71Offset	integer	-48	48	0	semitones	no
Step72Offset	Step72Offset	integer	-48	48	0	semitones	no
Step73Offset	Step73Offset	integer	-48	48	0	semitones	no
Step74Offset	Step74Offset	integer	-48	48	0	semitones	no
Step75Offset	Step75Offset	integer	-48	48	0	semitones	no
Step76Offset	Step76Offset	integer	-48	48	0	semitones	no
Step77Offset	Step77Offset	integer	-48	48	0	semitones	no
Step78Offset	Step78Offset	integer	-48	48	0	semitones	no
Step79Offset	Step79Offset	integer	-48	48	0	semitones	no
Step80Offset	Step80Offset	integer	-48	48	0	semitones	no
Step81Offset	Step81Offset	integer	-48	48	0	semitones	no
Step82Offset	Step82Offset	integer	-48	48	0	semitones	no
Step83Offset	Step83Offset	integer	-48	48	0	semitones	no
Step84Offset	Step84Offset	integer	-48	48	0	semitones	no
Step85Offset	Step85Offset	integer	-48	48	0	semitones	no
Step86Offset	Step86Offset	integer	-48	48	0	semitones	no
Step87Offset	Step87Offset	integer	-48	48	0	semitones	no
Step88Offset	Step88Offset	integer	-48	48	0	semitones	no
Step89Offset	Step89Offset	integer	-48	48	0	semitones	no
Step90Offset	Step90Offset	integer	-48	48	0	semitones	no
Step91Offset	Step91Offset	integer	-48	48	0	semitones	no
Step92Offset	Step92Offset	integer	-48	48	0	semitones	no
Step93Offset	Step93Offset	integer	-48	48	0	semitones	no
Step94Offset	Step94Offset	integer	-48	48	0	semitones	no
Step95Offset	Step95Offset	integer	-48	48	0	semitones	no
Step96Offset	Step96Offset	integer	-48	48	0	semitones	no
Step97Offset	Step97Offset	integer	-48	48	0	semitones	no
Step98Offset	Step98Offset	integer	-48	48	0	semitones	no
Step99Offset	Step99Offset	integer	-48	48	0	semitones	no
Step100Offset	Step100Offset	integer	-48	48	0	semitones	no
Step101Offset	Step101Offset	integer	-48	48	0	semitones	no
Step102Offset	Step102Offset	integer	-48	48	0	semitones	no
Step103Offset	Step103Offset	integer	-48	48	0	semitones	no
Step104Offset	Step104Offset	integer	-48	48	0	semitones	no
Step105Offset	Step105Offset	integer	-48	48	0	semitones	no
Step106Offset	Step106Offset	integer	-48	48	0	semitones	no
Step107Offset	Step107Offset	integer	-48	48	0	semitones	no
Step108Offset	Step108Offset	integer	-48	48	0	semitones	no
Step109Offset	Step109Offset	integer	-48	48	0	semitones	no
Step110Offset	Step110Offset	integer	-48	48	0	semitones	no
Step111Offset	Step111Offset	integer	-48	48	0	semitones	no
Step112Offset	Step112Offset	integer	-48	48	0	semitones	no
Step113Offset	Step113Offset	integer	-48	48	0	semitones	no
Step114Offset	Step114Offset	integer	-48	48	0	semitones	no
Step115Offset	Step115Offset	integer	-48	48	0	semitones	no
Step116Offset	Step116Offset	integer	-48	48	0	semitones	no
Step117Offset	Step117Offset	integer	-48	48	0	semitones	no
Step118Offset	Step118Offset	integer	-48	48	0	semitones	no
Step119Offset	Step119Offset	integer	-48	48	0	semitones	no
Step120Offset	Step120Offset	integer	-48	48	0	semitones	no
Step121Offset	Step121Offset	integer	-48	48	0	semitones	no
Step122Offset	Step122Offset	integer	-48	48	0	semitones	no
Step123Offset	Step123Offset	integer	-48	48	0	semitones	no
Step124Offset	Step124Offset	integer	-48	48	0	semitones	no
Step125Offset	Step125Offset	integer	-48	48	0	semitones	no
Step126Offset	Step126Offset	integer	-48	48	0	semitones	no
Step127Offset	Step127Offset	integer	-48	48	0	semitones	no
Step0CC	Step0CC	integer	0	127	0		no
Step1CC	Step1CC	integer	0	127	0		no
Step2CC	Step2CC	integer	0	127	0		no
Step3CC	Step3CC	integer	0	127	0		no
Step4CC	Step4CC	integer	0	127	0		no
Step5CC	Step5CC	integer	0	127	0		no
Step6CC	Step6CC	integer	0	127	0		no
Step7CC	Step7CC	integer	0	127	0		no
Step8CC	Step8CC	integer	0	127	0		no
Step9CC	Step9CC	integer	0	127	0		no
Step10CC	Step10CC	integer	0	127	0		no
Step11CC	Step11CC	integer	0	127	0		no
Step12CC	Step12CC	integer	0	127	0		no
Step13CC	Step13CC	integer	0	127	0		no
Step14CC	Step14CC	integer	0	127	0		no
Step15CC	Step15CC	integer	0	127	0		no
Step16CC	Step16CC	integer	0	127	0		no
Step17CC	Step17CC	integer	0	127	0		no
Step18CC	Step18CC	integer	0	127	0		no
Step19CC	Step19CC	integer	0	127	0		no
Step20CC	Step20CC	integer	0	127	0		no
Step21CC	Step21CC	integer	0	127	0		no
Step22CC	Step22CC	integer	0	127	0		no
Step23CC	Step23CC	integer	0	127	0		no
Step24CC	Step24CC	integer	0	127	0		no
Step25CC	Step25CC	integer	0	127	0		no
Step26CC	Step26CC	integer	0	127	0		no
Step27CC	Step27CC	integer	0	127	0		no
Step28CC	Step28CC	integer	0	127	0		no
Step29CC	Step29CC	integer	0	127	0		no
Step30CC	Step30CC	integer	0	127	0		no
Step31CC	Step31CC	integer	0	127	0		no
Step32CC	Step32CC	integer	0	127	0		no
Step33CC	Step33CC	integer	0	127	0		no
Step34CC	Step34CC	integer	0	127	0		no
Step35CC	Step35CC	integer	0	127	0		no
Step36CC	Step36CC	integer	0	127	0		no
Step37CC	Step37CC	integer	0	127	0		no
Step38CC	Step38CC	integer	0	127	0		no
Step39CC	Step39CC	integer	0	127	0		no
Step40CC	Step40CC	integer	0	127	0		no
Step41CC	Step41CC	integer	0	127	0		no
Step42CC	Step42CC	integer	0	127	0		no
Step43CC	Step43CC	integer	0	127	0		no
Step44CC	Step44CC	integer	0	127	0		no
Step45CC	Step45CC	integer	0	127	0		no
Step46CC	Step46CC	integer	0	127	0		no
Step47CC	Step47CC	integer	0	127	0		no
Step48CC	Step48CC	integer	0	127	0		no
Step49CC	Step49CC	integer	0	127	0		no
Step50CC	Step50CC	integer	0	127	0		no
Step51CC	Step51CC	integer	0	127	0		no
Step52CC	Step52CC	integer	0	127	0		no
Step53CC	Step53CC	integer	0	127	0		no
Step54CC	Step54CC	integer	0	127	0		no
Step55CC	Step55CC	integer	0	127	0		no
Step56CC	Step56CC	integer	0	127	0		no
Step57CC	Step57CC	integer	0	127	0		no
Step58CC	Step58CC	integer	0	127	0		no
Step59CC	Step59CC	integer	0	127	0		no
Step60CC	Step60CC	integer	0	127	0		no
Step61CC	Step61CC	integer	0	127	0		no
Step62CC	Step62CC	integer	0	127	0		no
Step63CC	Step63CC	integer	0	127	0		no
Step64CC	Step64CC	integer	0	127	0		no
Step65CC	Step65CC	integer	0	127	0		no
Step66CC	Step66CC	integer	0	127	0		no
Step67CC	Step67CC	integer	0	127	0		no
Step68CC	Step68CC	integer	0	127	0		no
Step69CC	Step69CC	integer	0	127	0		no
Step70CC	Step70CC	integer	0	127	0		no
Step71CC	Step71CC	integer	0	127	0		no
Step72CC	Step72CC	integer	0	127	0		no
Step73CC	Step73CC	integer	0	127	0		no
Step74CC	Step74CC	integer	0	127	0		no
Step75CC	Step75CC	integer	0	127	0		no
Step76CC	Step76CC	integer	0	127	0		no
Step77CC	Step77CC	integer	0	127	0		no
Step78CC	Step78CC	integer	0	127	0		no
Step79CC	Step79CC	integer	0	127	0		no
Step80CC	Step80CC	integer	0	127	0		no
Step81CC	Step81CC	integer	0	127	0		no
Step82CC	Step82CC	integer	0	127	0		no
Step83CC	Step83CC	integer	0	127	0		no
Step84CC	Step84CC	integer	0	127	0		no
Step85CC	Step85CC	integer	0	127	0		no
Step86CC	Step86CC	integer	0	127	0		no
Step87CC	Step87CC	integer	0	127	0		no
Step88CC	Step88CC	integer	0	127	0		no
Step89CC	Step89CC	integer	0	127	0		no
Step90CC	Step90CC	integer	0	127	0		no
Step91CC	Step91CC	integer	0	127	0		no
Step92CC	Step92CC	integer	0	127	0		no
Step93CC	Step93CC	integer	0	127	0		no
Step94CC	Step94CC	integer	0	127	0		no
Step95CC	Step95CC	integer	0	127	0		no
Step96CC	Step96CC	integer	0	127	0		no
Step97CC	Step97CC	integer	0	127	0		no
Step98CC	Step98CC	integer	0	127	0		no
Step99CC	Step99CC	integer	0	127	0		no
Step100CC	Step100CC	integer	0	127	0		no
Step101CC	Step101CC	integer	0	127	0		no
Step102CC	Step102CC	integer	0	127	0		no
Step103CC	Step103CC	integer	0	127	0		no
Step104CC	Step104CC	integer	0	127	0		no
Step105CC	Step105CC	integer	0	127	0		no
Step106CC	Step106CC	integer	0	127	0		no
Step107CC	Step107CC	integer	0	127	0		no
Step108CC	Step108CC	integer	0	127	0		no
Step109CC	Step109CC	integer	0	127	0		no
Step110CC	Step110CC	integer	0	127	0		no
Step111CC	Step111CC	integer	0	127	0		no
Step112CC	Step112CC	integer	0	127	0		no
Step113CC	Step113CC	integer	0	127	0		no
Step114CC	Step114CC	integer	0	127	0		no
Step115CC	Step115CC	integer	0	127	0		no
Step116CC	Step116CC	integer	0	127	0		no
Step117CC	Step117CC	integer	0	127	0		no
Step118CC	Step118CC	integer	0	127	0		no
Step119CC	Step119CC	integer	0	127	0		no
Step120CC	Step120CC	integer	0	127	0		no
Step121CC	Step121CC	integer	0	127	0		no
Step122CC	Step122CC	integer	0	127	0		no
Step123CC	Step123CC	integer	0	127	0		no
Step124CC	Step124CC	integer	0	127	0		no
Step125CC	Step125CC	integer	0	127	0		no
Step126CC	Step126CC	integer	0	127	0		no
Step127CC	Step127CC	integer	0	127	0		no
StepCCId	MIDI CC	integer	-1	127	-1		no

---

MIDI Out

internal name: MidiOut

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
MidiChannel	MIDI Channel	integer	0	16	0		yes

---

MIDI Player

internal name: MidiPlayer

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
BaseNote	BaseNote	integer	0	127	60	midi key	no
Loop	Loop	boolean	false	true	false		no
Transpose	Transpose	boolean	false	true	true		no
AutoPlay	AutoPlay	boolean	false	true	false		no
ChannelBypass0	MIDI Channel 1 Bypass	boolean	false	true	false		no
ChannelBypass1	MIDI Channel 2 Bypass	boolean	false	true	false		no
ChannelBypass2	MIDI Channel 3 Bypass	boolean	false	true	false		no
ChannelBypass3	MIDI Channel 4 Bypass	boolean	false	true	false		no
ChannelBypass4	MIDI Channel 5 Bypass	boolean	false	true	false		no
ChannelBypass5	MIDI Channel 6 Bypass	boolean	false	true	false		no
ChannelBypass6	MIDI Channel 7 Bypass	boolean	false	true	false		no
ChannelBypass7	MIDI Channel 8 Bypass	boolean	false	true	false		no
ChannelBypass8	MIDI Channel 9 Bypass	boolean	false	true	false		no
ChannelBypass9	MIDI Channel 10 Bypass	boolean	false	true	false		no
ChannelBypass10	MIDI Channel 11 Bypass	boolean	false	true	false		no
ChannelBypass11	MIDI Channel 12 Bypass	boolean	false	true	false		no
ChannelBypass12	MIDI Channel 13 Bypass	boolean	false	true	false		no
ChannelBypass13	MIDI Channel 14 Bypass	boolean	false	true	false		no
ChannelBypass14	MIDI Channel 15 Bypass	boolean	false	true	false		no
ChannelBypass15	MIDI Channel 16 Bypass	boolean	false	true	false		no

---

Micro Tuner

internal name: MicroTuner

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes

---

Script Processor

internal name: ScriptProcessor

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes

---

Oscillator

8o8 Bass Drum

internal name: BassDrumOscillator

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Decay	Decay	float	0,000	1,000	0,800	% normalized	yes
Tone	Tone	float	0,000	1,000	1,000	% normalized	yes
Mode	Pulse	integer	0	2	1		yes
Legato	True Trigger	boolean	false	true	false		yes
Play	Mode	integer	0	1	0		yes
CoarseTune	CoarseTune	integer	-24	24	0	semitones	no
FineTune	FineTune	integer	-100	100	0	cents	no
Gain	Volume	float	0,000	1,995	1,000		yes
Pitch	Pitch	float	1,000	0,000	0,000	semitones	yes
NoteTracking	NoteTracking	float	-2,000	2,000	1,000	% normalized	no
BaseNote	BaseNote	integer	0	127	60	midi key	no

---

Additive

internal name: Additive

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Stretch	Stretch	float	0,000	1,000	0,000	% normalized	yes
Slope	Slope	float	-1,000	1,000	0,000	% normalized	yes
EvenOdd	EvenOdd	float	-1,000	1,000	0,000	% normalized	yes
CombFreq	CombFreq	float	0,000	1,000	0,000	% normalized	yes
CombDepth	CombDepth	float	-1,000	1,000	0,000	% normalized	yes
SafeBass	Keep Bass	boolean	false	true	false		yes
HarmShift	HarmShift	float	0,000	48,000	0,000	semitones	yes
Cutoff	Cutoff	float	20,000	20000,000	20000,000	Hz	yes
Q	Q	float	0,500	100,000	1,000		yes
Dissonance	Dissonance	float	0,000	8,000	1,000	% normalized	yes
QuantizeDissonance	QuantizeDissonance	boolean	false	true	false		yes
FreqShift	FreqShift	float	0,000	20000,000	0,000	Hz	yes
Beating	Beating	float	0,000	10,000	0,000	Hz	yes
Detune	Detune	float	0,000	40,000	0,000	cents	yes
FilterType	FilterType	integer	0	5	0		yes
NumVoices	NumVoices	integer	1	3	1		yes
FilterOrder	FilterOrder	float	0,000	8,000	4,000		yes
MaxHarmonics	Max Partials	integer	1	256	256		yes
RampTime	Ramp Time	float	0,000	1000,000	5,000	millisecond	yes
StartPhase	Start Phase	float	0,000	1,000	0,000	% normalized	yes
PhaseSpread	Phase Spread	float	0,000	1,000	1,000	% normalized	yes
CoarseTune	CoarseTune	integer	-24	24	0	semitones	no
FineTune	FineTune	integer	-100	100	0	cents	no
Gain	Volume	float	0,000	1,995	1,000		yes
Pitch	Pitch	float	1,000	0,000	0,000	semitones	yes
NoteTracking	NoteTracking	float	-2,000	2,000	1,000	% normalized	no
BaseNote	BaseNote	integer	0	127	60	midi key	no

---

Analog

internal name: MinBlepGenerator

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Waveform	Waveform	integer	1	6	4		yes
Pwm	Pwm	float	0,010	0,990	0,500	% normalized	yes
StartPhase	Start Phase	float	0,000	1,000	0,000	% normalized	yes
Polarity	Polarity	boolean	false	true	false		yes
HardSync	HardSync	boolean	false	true	false		yes
HardSyncShift	HardSyncShift	float	0,000	36,000	0,000	semitones	yes
NumOscillators	NumOscillators	integer	1	8	1		no
MultiOscSpread	MultiOscSpread	float	0,000	1,000	0,100	% normalized	yes
Stereo	Stereo	boolean	false	true	false		no
PhaseSpread	Phase Spread	integer	0	2	1		yes
DetuneMode	Detune Mode	integer	0	1	0		yes
StereoSpread	Stereo Spread	float	0,000	1,000	0,100	% normalized	yes
StereoSpreadMode	Stereo Spread Mode	integer	0	1	1		yes
CoarseTune	CoarseTune	integer	-24	24	0	semitones	no
FineTune	FineTune	integer	-100	100	0	cents	no
Gain	Volume	float	0,000	1,995	1,000		yes
Pitch	Pitch	float	1,000	0,000	0,000	semitones	yes
NoteTracking	NoteTracking	float	-2,000	2,000	1,000	% normalized	no
BaseNote	BaseNote	integer	0	127	60	midi key	no

---

Analog Stack

internal name: MinBlepGeneratorStack

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Waveform1	Waveform 1	integer	1	6	4		yes
Pwm1	Pwm 1	float	0,010	0,990	0,500	% normalized	yes
InvPhase1	Inverse Phase 1	boolean	false	true	false		yes
FreeRunning1	Free Running 1	boolean	false	true	false		yes
StartPhase1	Start Phase 1	float	0,000	1,000	0,000	% normalized	yes
Bypass1	Bypass 1	boolean	false	true	true		yes
Octave1	Octave 1	integer	-2	2	0		yes
CoarseTune1	Coarse Tune 1	integer	-12	12	0	semitones	yes
FineTune1	Fine Tune 1	integer	-100	100	0	cents	yes
SyncMode1	Sync Mode 1	boolean	false	true	false		yes
Gain1	Gain 1	float	0,000	1,000	1,000		yes
Pan1	Pan 1	float	-1,000	1,000	0,000		yes
Pitch1	Pitch 1	float	1,000	0,000	0,000		yes
Waveform2	Waveform 2	integer	1	6	4		yes
Pwm2	Pwm 2	float	0,010	0,990	0,500	% normalized	yes
InvPhase2	Inverse Phase 2	boolean	false	true	false		yes
FreeRunning2	Free Running 2	boolean	false	true	false		yes
StartPhase2	Start Phase 2	float	0,000	1,000	0,000	% normalized	yes
Bypass2	Bypass 2	boolean	false	true	true		yes
Octave2	Octave 2	integer	-2	2	0		yes
CoarseTune2	Coarse Tune 2	integer	-12	12	0	semitones	yes
FineTune2	Fine Tune 2	integer	-100	100	0	cents	yes
SyncMode2	Sync Mode 2	boolean	false	true	false		yes
Gain2	Gain 2	float	0,000	1,000	1,000		yes
Pan2	Pan 2	float	-1,000	1,000	0,000		yes
Pitch2	Pitch 2	float	1,000	0,000	0,000		yes
Waveform3	Waveform 3	integer	1	6	4		yes
Pwm3	Pwm 3	float	0,010	0,990	0,500	% normalized	yes
InvPhase3	Inverse Phase 3	boolean	false	true	false		yes
FreeRunning3	Free Running 3	boolean	false	true	false		yes
StartPhase3	Start Phase 3	float	0,000	1,000	0,000	% normalized	yes
Bypass3	Bypass 3	boolean	false	true	true		yes
Octave3	Octave 3	integer	-2	2	0		yes
CoarseTune3	Coarse Tune 3	integer	-12	12	0	semitones	yes
FineTune3	Fine Tune 3	integer	-100	100	0	cents	yes
SyncMode3	Sync Mode 3	boolean	false	true	false		yes
Gain3	Gain 3	float	0,000	1,000	1,000		yes
Pan3	Pan 3	float	-1,000	1,000	0,000		yes
Pitch3	Pitch 3	float	1,000	0,000	0,000		yes
Waveform4	Waveform 4	integer	1	6	4		yes
Pwm4	Pwm 4	float	0,010	0,990	0,500	% normalized	yes
InvPhase4	Inverse Phase 4	boolean	false	true	false		yes
FreeRunning4	Free Running 4	boolean	false	true	false		yes
StartPhase4	Start Phase 4	float	0,000	1,000	0,000	% normalized	yes
Bypass4	Bypass 4	boolean	false	true	true		yes
Octave4	Octave 4	integer	-2	2	0		yes
CoarseTune4	Coarse Tune 4	integer	-12	12	0	semitones	yes
FineTune4	Fine Tune 4	integer	-100	100	0	cents	yes
SyncMode4	Sync Mode 4	boolean	false	true	false		yes
Gain4	Gain 4	float	0,000	1,000	1,000		yes
Pan4	Pan 4	float	-1,000	1,000	0,000		yes
Pitch4	Pitch 4	float	1,000	0,000	0,000		yes
Waveform5	Waveform 5	integer	1	6	4		yes
Pwm5	Pwm 5	float	0,010	0,990	0,500	% normalized	yes
InvPhase5	Inverse Phase 5	boolean	false	true	false		yes
FreeRunning5	Free Running 5	boolean	false	true	false		yes
StartPhase5	Start Phase 5	float	0,000	1,000	0,000	% normalized	yes
Bypass5	Bypass 5	boolean	false	true	true		yes
Octave5	Octave 5	integer	-2	2	0		yes
CoarseTune5	Coarse Tune 5	integer	-12	12	0	semitones	yes
FineTune5	Fine Tune 5	integer	-100	100	0	cents	yes
SyncMode5	Sync Mode 5	boolean	false	true	false		yes
Gain5	Gain 5	float	0,000	1,000	1,000		yes
Pan5	Pan 5	float	-1,000	1,000	0,000		yes
Pitch5	Pitch 5	float	1,000	0,000	0,000		yes
Waveform6	Waveform 6	integer	1	6	4		yes
Pwm6	Pwm 6	float	0,010	0,990	0,500	% normalized	yes
InvPhase6	Inverse Phase 6	boolean	false	true	false		yes
FreeRunning6	Free Running 6	boolean	false	true	false		yes
StartPhase6	Start Phase 6	float	0,000	1,000	0,000	% normalized	yes
Bypass6	Bypass 6	boolean	false	true	true		yes
Octave6	Octave 6	integer	-2	2	0		yes
CoarseTune6	Coarse Tune 6	integer	-12	12	0	semitones	yes
FineTune6	Fine Tune 6	integer	-100	100	0	cents	yes
SyncMode6	Sync Mode 6	boolean	false	true	false		yes
Gain6	Gain 6	float	0,000	1,000	1,000		yes
Pan6	Pan 6	float	-1,000	1,000	0,000		yes
Pitch6	Pitch 6	float	1,000	0,000	0,000		yes
Waveform7	Waveform 7	integer	1	6	4		yes
Pwm7	Pwm 7	float	0,010	0,990	0,500	% normalized	yes
InvPhase7	Inverse Phase 7	boolean	false	true	false		yes
FreeRunning7	Free Running 7	boolean	false	true	false		yes
StartPhase7	Start Phase 7	float	0,000	1,000	0,000	% normalized	yes
Bypass7	Bypass 7	boolean	false	true	true		yes
Octave7	Octave 7	integer	-2	2	0		yes
CoarseTune7	Coarse Tune 7	integer	-12	12	0	semitones	yes
FineTune7	Fine Tune 7	integer	-100	100	0	cents	yes
SyncMode7	Sync Mode 7	boolean	false	true	false		yes
Gain7	Gain 7	float	0,000	1,000	1,000		yes
Pan7	Pan 7	float	-1,000	1,000	0,000		yes
Pitch7	Pitch 7	float	1,000	0,000	0,000		yes
Waveform8	Waveform 8	integer	1	6	4		yes
Pwm8	Pwm 8	float	0,010	0,990	0,500	% normalized	yes
InvPhase8	Inverse Phase 8	boolean	false	true	false		yes
FreeRunning8	Free Running 8	boolean	false	true	false		yes
StartPhase8	Start Phase 8	float	0,000	1,000	0,000	% normalized	yes
Bypass8	Bypass 8	boolean	false	true	true		yes
Octave8	Octave 8	integer	-2	2	0		yes
CoarseTune8	Coarse Tune 8	integer	-12	12	0	semitones	yes
FineTune8	Fine Tune 8	integer	-100	100	0	cents	yes
SyncMode8	Sync Mode 8	boolean	false	true	false		yes
Gain8	Gain 8	float	0,000	1,000	1,000		yes
Pan8	Pan 8	float	-1,000	1,000	0,000		yes
Pitch8	Pitch 8	float	1,000	0,000	0,000		yes
CoarseTune	CoarseTune	integer	-24	24	0	semitones	no
FineTune	FineTune	integer	-100	100	0	cents	no
Gain	Volume	float	0,000	1,995	1,000		yes
Pitch	Pitch	float	1,000	0,000	0,000	semitones	yes
NoteTracking	NoteTracking	float	-2,000	2,000	1,000	% normalized	no
BaseNote	BaseNote	integer	0	127	60	midi key	no

---

Bowed String

internal name: BowedStringOscillatorModal

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
BowForce	Bow Force	float	0,000	2,000	0,700		yes
BowVelocity	Bow Velocity	float	-1,000	1,000	0,250		yes
BowPosition	Bow Position	float	0,010	0,490	0,200	% normalized	yes
Absorbtion	HF Damping	float	0,000	1,000	0,500	% normalized	yes
AirAbsorbtion	Air Absortion	float	0,000	1,000	0,100	% normalized	yes
Decay	Decay	float	0,100	1000,000	1,000	second	yes
VelToForce	Vel To Force	float	0,000	1,000	0,000	% normalized	yes
VelToVelocity	Vel To Velocity	float	0,000	1,000	1,000	% normalized	yes
BridgeVolume	Bridge Volume	float	0,000	1,000	1,000	% normalized	yes
BowVolume	Bow Volume	float	0,000	1,000	0,000	% normalized	yes
DynamicFriction	Dynamic Friction	float	0,000	0,500	0,350	% normalized	yes
Inharmonicity	Inharmonicity	float	0,000	1,000	0,100	% normalized	yes
TensionMult	Tension	float	0,500	2,000	1,000		yes
PlayingMode	Playing Mode	integer	0	8	0		yes
Instrument	Instrument	integer	0	2	2		yes
StringNumber	String Number	integer	0	3	0		yes
StrokeDuration	Stroke Duration	float	0,005	0,500	0,200	second (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
StrokeFreq	Stroke Freq	float	0,100	10,000	2,000	Hz (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
StrokePulseWidth	Stroke Pulse Width	float	0,050	1,000	0,250	% normalized	yes
StrokePhaseOffset	Stroke Phase Offset	float	0,000	1,000	0,294	% normalized	yes
StrokeAttackSlope	Stroke Attack Slope	float	0,000	1,000	1,000	% normalized	yes
StrokeReleaseSlope	Stroke Release Slope	float	0,000	1,000	1,000	% normalized	yes
BouncingDamp	Bouncing Damp	float	0,000	1,000	0,100	% normalized	yes
ManualBowPosition	Manual Bow Position	float	0,000	1,000	0,000	% normalized	yes
CoarseTune	CoarseTune	integer	-24	24	0	semitones	no
FineTune	FineTune	integer	-100	100	0	cents	no
Gain	Volume	float	0,000	1,995	1,000		yes
Pitch	Pitch	float	1,000	0,000	0,000	semitones	yes
NoteTracking	NoteTracking	float	-2,000	2,000	1,000	% normalized	no
BaseNote	BaseNote	integer	0	127	60	midi key	no

---

Drum

internal name: DrumOscillator

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Mix	Mix	float	0,000	1,000	0,500		yes
EqFreq	EqFreq	float	20,000	20000,000	1000,000	Hz	yes
EqGain	EqGain	float	-40,000	40,000	0,000	decibel	yes
Volume	Volume	float	-40,000	40,000	0,000	decibel	yes
Distortion	Distortion	float	0,000	1,000	0,000	% normalized	yes
Waveform	Waveform	integer	0	3	0		yes
OscFreq	OscFreq	float	20,000	20000,000	1000,000	Hz	yes
PitchModType	PitchModType	integer	0	2	0		yes
PitchModAmount	PitchModAmount	float	-96,000	96,000	0,000		yes
PitchModRate	PitchModRate	float	0,000	20000,000	1,000	Hz	yes
OscAttack	OscAttack	float	0,000	10,000	0,000	second	yes
OscDecay	OscDecay	float	0,010	10,000	0,100	second	yes
NoiseFilterMode	NoiseFilterMode	integer	0	2	0		yes
NoiseFilterFreq	NoiseFilterFreq	float	20,000	20000,000	1000,000	Hz	yes
NoiseFilterQ	NoiseFilterQ	float	0,100	10000,000	0,700		yes
NoiseEnvType	NoiseEnvType	integer	0	1	0		yes
NoiseAttack	NoiseAttack	float	0,000	10,000	0,000	second	yes
NoiseDecay	NoiseDecay	float	0,005	10,000	0,100	second	yes
OscVelSens	OscVelSens	float	0,000	1,000	0,000	% normalized	yes
NoiseVelSens	NoiseVelSens	float	0,000	1,000	0,000	% normalized	yes
ModVelSens	ModVelSens	float	0,000	1,000	0,000	% normalized	yes
CoarseTune	CoarseTune	integer	-24	24	0	semitones	no
FineTune	FineTune	integer	-100	100	0	cents	no
Gain	Volume	float	0,000	1,995	1,000		yes
Pitch	Pitch	float	1,000	0,000	0,000	semitones	yes
NoteTracking	NoteTracking	float	-2,000	2,000	1,000	% normalized	no
BaseNote	BaseNote	integer	0	127	60	midi key	no

---

FM

internal name: FmOscillator

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
LevelA	Level A	float	0,000	20,000	1,000		yes
LevelB	Level B	float	0,000	20,000	1,000		yes
LevelC	Level C	float	0,000	20,000	1,000		yes
LevelD	Level D	float	0,000	20,000	1,000		yes
RatioA	Ratio A	float	1,000	40,000	1,000		yes
RatioB	Ratio B	float	1,000	40,000	1,000		yes
RatioC	Ratio C	float	1,000	40,000	1,000		yes
RatioD	Ratio D	float	1,000	40,000	1,000		yes
RatioFineA	Ratio Fine A	float	-1200,000	1200,000	0,000	cents	yes
RatioFineB	Ratio Fine B	float	-1200,000	1200,000	0,000	cents	yes
RatioFineC	Ratio Fine C	float	-1200,000	1200,000	0,000	cents	yes
RatioFineD	Ratio Fine D	float	-1200,000	1200,000	0,000	cents	yes
PhaseA	Phase A	float	0,000	1,000	0,000		yes
PhaseB	Phase B	float	0,000	1,000	0,000		yes
PhaseC	Phase C	float	0,000	1,000	0,000		yes
PhaseD	Phase D	float	0,000	1,000	0,000		yes
FreqA	Freq A	float	0,000	2,000	0,100		yes
FreqB	Freq B	float	0,000	2,000	0,100		yes
FreqC	Freq C	float	0,000	2,000	0,100		yes
FreqD	Freq D	float	0,000	2,000	0,100		yes
FreqMultiplierA	Freq Mult A	integer	0	4	3		yes
FreqMultiplierB	Freq Mult B	integer	0	4	3		yes
FreqMultiplierC	Freq Mult C	integer	0	4	3		yes
FreqMultiplierD	Freq Mult D	integer	0	4	3		yes
FixedFreqA	Fixed Freq A	boolean	false	true	false		yes
FixedFreqB	Fixed Freq B	boolean	false	true	false		yes
FixedFreqC	Fixed Freq C	boolean	false	true	false		yes
FixedFreqD	Fixed Freq D	boolean	false	true	false		yes
SnapRatioA	Snap Ratio A	boolean	false	true	false		yes
SnapRatioB	Snap Ratio B	boolean	false	true	false		yes
SnapRatioC	Snap Ratio C	boolean	false	true	false		yes
SnapRatioD	Snap Ratio D	boolean	false	true	false		yes
Feedback	Feedback	float	0,000	1,000	0,000	% normalized	yes
Topology	Topology	integer	0	10	0		no
CoarseTune	CoarseTune	integer	-24	24	0	semitones	no
FineTune	FineTune	integer	-100	100	0	cents	no
Gain	Volume	float	0,000	1,995	1,000		yes
Pitch	Pitch	float	1,000	0,000	0,000	semitones	yes
NoteTracking	NoteTracking	float	-2,000	2,000	1,000	% normalized	no
BaseNote	BaseNote	integer	0	127	60	midi key	no

---

Grains

internal name: NewGranularOscillator

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
FormantShift	Formant Shift	float	-12,000	12,000	0,000	semitones	yes
SchedulingMode	Scheduling Mode	integer	0	2	0		yes
PitchCompMode	Pitch Correction	integer	0	2	2		yes
DurationVariation	Duration Variation	float	0,000	1,000	0,000	% normalized	yes
Period	Period	float	0,001	2,000	0,100	second (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
AutoPeriod	Auto Period	boolean	false	true	true		yes
SkipFirstGap	Custom First Grain Env.	boolean	false	true	true		yes
RandomPan	Random Pan	boolean	false	true	false		yes
GrainSize	Grain Size	float	0,002	2,000	0,250	second (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
Position	Position	float	0,000	1,000	0,500	% normalized	yes
LinkLoopStart	LinkLoopStart	boolean	false	true	false		yes
LoopSize	LoopSize	float	0,001	1,000	1,000	% normalized	yes
LoopStart	LoopStart	float	0,000	1,000	0,000	% normalized	yes
Density	Density	float	0,100	10,000	1,000		yes
Direction	Direction	float	-1,000	1,000	1,000		yes
Speed	Speed	float	0,000	10,000	0,000		yes
Reverse	Reverse	float	0,000	1,000	0,000	% normalized	yes
Skip	Skip	float	0,000	1,000	0,000	% normalized	yes
Jitter	Jitter	float	0,000	1,000	0,000	% normalized	yes
PanSpread	Pan Spread	float	0,000	1,000	1,000	% normalized	yes
PositionVariation	Position Variation	float	0,000	1,000	0,000	second	yes
PitchVariation	Pitch Variation	float	0,000	12,000	0,000	semitones	yes
NumVoices	Num Voices	integer	1	8	1		yes
PositionSpread	Position Spread	float	0,000	10,000	0,000	second	yes
TimeSpread	Time Spread	float	0,000	1,000	0,000	% normalized	yes
Detune	Detune	float	0,000	50,000	0,000	cents	yes
EnvelopeSymmetry	Env. Symmetry	float	-1,000	1,000	0,000	% normalized	yes
EnvelopeWidth	Env. Width	float	-1,000	1,000	0,000	% normalized	yes
EnvelopePeakiness	Env. Peakiness	float	-1,000	1,000	0,000	% normalized	yes
BandWidth	Band width	float	0,010	1,000	0,050	% normalized	yes
BandCenter	Band center	float	0,000	1,000	0,500	% normalized	yes
BandLimitGrains	Band Limit Grains	boolean	false	true	false		yes
CoarseTune	CoarseTune	integer	-24	24	0	semitones	no
FineTune	FineTune	integer	-100	100	0	cents	no
Gain	Volume	float	0,000	1,995	1,000		yes
Pitch	Pitch	float	1,000	0,000	0,000	semitones	yes
NoteTracking	NoteTracking	float	-2,000	2,000	1,000	% normalized	no
BaseNote	BaseNote	integer	0	127	60	midi key	no

---

Harmonic Resonators

internal name: HarmonicResonatorsOscillator

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
TextureKeyFollow	Texture KeyFollow	float	0,000	1,000	1,000	% normalized	yes
TransientKeyFollow	Transient KeyFollow	float	0,000	1,000	1,000	% normalized	yes
Width	Width	float	0,000	2,000	1,000	% normalized	yes
PitchTexture	Texture Pitch	float	-24,000	24,000	0,000		yes
PitchTransient	Transient Pitch	float	-24,000	24,000	0,000		yes
GainTexture	Texture Volume	float	0,000	1,000	1,000		yes
GainTransient	Transient Volume	float	0,000	1,000	1,000		yes
GainNoise	Noise Volume	float	0,000	1,000	1,000		yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes
SampleStart	Sample Start	float	0,000	1,000	0,000	% normalized	yes
RandomStartDepth	Random Start Depth	float	0,000	1,000	0,000	% normalized	yes
BandCoarse1	Band Coarse 1	integer	-24	24	0	semitones	yes
BandFine1	Band Fine 1	float	-50,000	50,000	0,000	cents	yes
BandGain1	Band Gain 1	float	0,000	2,000	1,000		yes
BandCoupling1	Band Coupling 1	float	0,000	1,000	0,000	% normalized	yes
BandEnable1	Band Enable 1	boolean	false	true	true		yes
BandCoarse2	Band Coarse 2	integer	-24	24	0	semitones	yes
BandFine2	Band Fine 2	float	-50,000	50,000	0,000	cents	yes
BandGain2	Band Gain 2	float	0,000	2,000	1,000		yes
BandCoupling2	Band Coupling 2	float	0,000	1,000	0,000	% normalized	yes
BandEnable2	Band Enable 2	boolean	false	true	false		yes
BandCoarse3	Band Coarse 3	integer	-24	24	0	semitones	yes
BandFine3	Band Fine 3	float	-50,000	50,000	0,000	cents	yes
BandGain3	Band Gain 3	float	0,000	2,000	1,000		yes
BandCoupling3	Band Coupling 3	float	0,000	1,000	0,000	% normalized	yes
BandEnable3	Band Enable 3	boolean	false	true	false		yes
BandCoarse4	Band Coarse 4	integer	-24	24	0	semitones	yes
BandFine4	Band Fine 4	float	-50,000	50,000	0,000	cents	yes
BandGain4	Band Gain 4	float	0,000	2,000	1,000		yes
BandCoupling4	Band Coupling 4	float	0,000	1,000	0,000	% normalized	yes
BandEnable4	Band Enable 4	boolean	false	true	false		yes
BandCoarse5	Band Coarse 5	integer	-24	24	0	semitones	yes
BandFine5	Band Fine 5	float	-50,000	50,000	0,000	cents	yes
BandGain5	Band Gain 5	float	0,000	2,000	1,000		yes
BandCoupling5	Band Coupling 5	float	0,000	1,000	0,000	% normalized	yes
BandEnable5	Band Enable 5	boolean	false	true	false		yes
BandCoarse6	Band Coarse 6	integer	-24	24	0	semitones	yes
BandFine6	Band Fine 6	float	-50,000	50,000	0,000	cents	yes
BandGain6	Band Gain 6	float	0,000	2,000	1,000		yes
BandCoupling6	Band Coupling 6	float	0,000	1,000	0,000	% normalized	yes
BandEnable6	Band Enable 6	boolean	false	true	false		yes
TextureOnOff	Texture On/Off	boolean	false	true	true		yes
TransientOnOff	Transient On/Off	boolean	false	true	true		yes
NoiseOnOff	Noise On/Off	boolean	false	true	true		yes
Tone	Tone	float	0,000	1,000	1,000	% normalized	yes
Decay	Decay	float	20,000	20000,000	100,000	millisecond	yes
DecayScaling	Decay Scaling	float	0,000	1,000	0,000	% normalized	yes
ModDepth	Mod. Depth	float	0,000	20,000	0,000	cents	yes
CouplingMode	Coupling Mode	integer	0	2	0		yes
Tilt	Tilt	float	-6,000	6,000	0,000	decibel	yes
TiltFreq	Tilt Freq	float	20,000	20000,000	1000,000	Hz	yes
NoiseDensity	Noise Density	float	0,000	1,000	1,000	% normalized	yes
NoiseCutoff	Noise Cutoff	float	-1,000	1,000	0,000		yes
AttackTime	Attack Time	float	0,000	10,000	0,000	second	yes
HoldTime	Hold Time	float	-0,000	10,000	0,000	second	yes
DecayTime	Decay Time	float	0,005	10,000	1,000	second	yes
CoarseTune	CoarseTune	integer	-24	24	0	semitones	no
FineTune	FineTune	integer	-100	100	0	cents	no
Gain	Volume	float	0,000	1,995	1,000		yes
Pitch	Pitch	float	1,000	0,000	0,000	semitones	yes
NoteTracking	NoteTracking	float	-2,000	2,000	1,000	% normalized	no
BaseNote	BaseNote	integer	0	127	60	midi key	no

---

IRCAM Granular

internal name: GranularOscillator

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
CoarseTune	CoarseTune	integer	-24	24	0	semitones	no
FineTune	FineTune	integer	-100	100	0	cents	no
Gain	Volume	float	0,000	1,995	1,000		yes
Pitch	Pitch	float	1,000	0,000	0,000	semitones	yes
NoteTracking	NoteTracking	float	-2,000	2,000	1,000	% normalized	no
BaseNote	BaseNote	integer	0	127	60	midi key	no
Direction	Direction	float	-1,000	1,000	1,000		yes
Speed	Speed	float	0,000	10,000	1,000		yes
GrainSize	Grain Size	float	5,000	500,000	100,000	millisecond	yes
GrainSymmetry	Grain Symmetry	float	0,000	1,000	0,500	% normalized	yes
GrainFade	Grain Fade	float	0,000	1,000	1,000	% normalized	yes
Density	Density	float	0,100	10,000	1,000		yes
Jitter	Jitter	float	0,000	1,000	0,000	% normalized	yes
Position	Position	float	0,000	1,000	0,000	% normalized	yes
PositionVariation	Position Variation	float	0,000	500,000	0,000	millisecond	yes
PitchVariation	Pitch Variation	float	0,000	1200,000	0,000	cents	yes
LoopMode	Loop Mode	integer	0	2	0		yes
PitchCompMode	Pitch Correction	integer	1	2	2		yes
Window	Window	integer	0	3	0		yes

---

IRCAM Multi Granular

internal name: MultiGrainOscillator

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
CoarseTune	CoarseTune	integer	-24	24	0	semitones	no
FineTune	FineTune	integer	-100	100	0	cents	no
Gain	Volume	float	0,000	1,995	1,000		yes
Pitch	Pitch	float	1,000	0,000	0,000	semitones	yes
NoteTracking	NoteTracking	float	-2,000	2,000	1,000	% normalized	no
BaseNote	BaseNote	integer	0	127	60	midi key	no
Direction	Direction	float	-1,000	1,000	1,000		yes
Speed	Speed	float	0,000	10,000	1,000		yes
Position	Position	float	0,000	1,000	0,000	% normalized	yes
GrainSize	Grain Size	float	5,000	500,000	100,000	millisecond	yes
GrainSymmetry	Grain Symmetry	float	0,000	1,000	0,500	% normalized	yes
GrainFade	Grain Fade	float	0,000	1,000	1,000	% normalized	yes
PositionVariation	Position Variation	float	0,000	500,000	0,000	millisecond	yes
NumVoices	Num Voices	integer	1	8	1		yes
PositionSpread	Position Spread	float	0,000	10000,000	0,000	millisecond	yes
Density	Density	float	0,100	10,000	1,000		yes
Jitter	Jitter	float	0,000	1,000	0,000	% normalized	yes
DurationVariation	Duration Variation	float	0,000	1,000	0,000	% normalized	yes
Detune	Detune	float	0,000	50,000	0,000	cents	yes
Window	Window	integer	0	3	0		yes
LoopMode	Loop Mode	integer	0	2	0		yes
Reverse	Reverse	boolean	false	true	false		yes
TimeSpread	Time Spread	float	0,000	1,000	0,000	% normalized	yes
PitchVariation	Pitch Variation	float	0,000	1200,000	0,000	cents	yes
PitchCompMode	Pitch Correction	integer	1	2	2		yes

---

IRCAM Scrub

internal name: SuperVPScrub

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Position	Position	float	0,000	1,000	0,000	% normalized	yes
Speed	Speed	float	0,000	10,000	1,000		yes
Direction	Direction	float	-1,000	1,000	1,000		yes
WindowOverlap	Overlap	integer	3	8	4		yes
WindowSize	Window	float	40,000	200,000	92,000	millisecond	yes
SpectrumOversampling	Padding	integer	0	2	0		yes
TransientPreservation	Transients	boolean	false	true	true		no
ShapeInvariant	Shape	boolean	false	true	false		no
EnvelopePreservation	Envelope	boolean	false	true	false		no
PreserveStereo	Stereo	boolean	false	true	false		no
Remixing	Remixing	boolean	false	true	false		no
SinMix	Sin Mix	float	0,000	3,981	1,000		yes
NoiseMix	Noise Mix	float	0,000	3,981	1,000		yes
TransientMix	Transient Mix	float	0,000	3,981	1,000		yes
Bypass	Bypass	boolean	false	true	false		yes
CoarseTune	CoarseTune	integer	-24	24	0	semitones	no
FineTune	FineTune	integer	-100	100	0	cents	no
Gain	Volume	float	0,000	1,995	1,000		yes
Pitch	Pitch	float	1,000	0,000	0,000	semitones	yes
NoteTracking	NoteTracking	float	-2,000	2,000	1,000	% normalized	no
BaseNote	BaseNote	integer	0	127	60	midi key	no

---

IRCAM Stretch

internal name: TimeAndPitchOscillator

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Legato	Legato	boolean	false	true	false		no
SampleStart	Sample Start	float	0,000	1,000	0,000	% normalized	yes
Speed	Speed	float	0,000	10,000	1,000		yes
TempoMultiplicator	Tempo Factor	float	0,250	4,000	1,000		yes
FineTempoMultiplicator	Tempo Fine	float	-0,500	0,500	0,000	% normalized	yes
WindowOverlap	Overlap	integer	3	8	4		yes
WindowSize	Window	float	40,000	200,000	92,000	millisecond	yes
SpectrumOversampling	Padding	integer	0	2	0		yes
TransientPreservation	Transients	boolean	false	true	true		no
ShapeInvariant	Shape	boolean	false	true	false		no
EnvelopePreservation	Envelope	boolean	false	true	false		no
PreserveStereo	Stereo	boolean	false	true	false		no
Remixing	Remixing	boolean	false	true	false		no
SinMix	Sin Mix	float	0,000	3,981	1,000		yes
NoiseMix	Noise Mix	float	0,000	3,981	1,000		yes
TransientMix	Transient Mix	float	0,000	3,981	1,000		yes
Tempo	Tempo	float	0,000	300,000	0,000		no
SyncMode	Sync	integer	0	1	1		no
Bypass	Bypass	boolean	false	true	false		yes
CoarseTune	CoarseTune	integer	-24	24	0	semitones	no
FineTune	FineTune	integer	-100	100	0	cents	no
Gain	Volume	float	0,000	1,995	1,000		yes
Pitch	Pitch	float	1,000	0,000	0,000	semitones	yes
NoteTracking	NoteTracking	float	-2,000	2,000	1,000	% normalized	no
BaseNote	BaseNote	integer	0	127	60	midi key	no
SampleStartMillisecond	SampleStartMillisecond	float	0,000	340282346638528859811704183484516925440,000	0,000	millisecond	yes

---

Noise

internal name: NoiseOscillator

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Value	Value	float	0,000	1,000	0,000	% normalized	yes
NoiseType	Noise Type	integer	0	14	0		yes
Stereo	Stereo	boolean	false	true	false		no
CoarseTune	CoarseTune	integer	-24	24	0	semitones	no
FineTune	FineTune	integer	-100	100	0	cents	no
Gain	Volume	float	0,000	1,995	1,000		yes
Pitch	Pitch	float	1,000	0,000	0,000	semitones	yes
NoteTracking	NoteTracking	float	-2,000	2,000	1,000	% normalized	no
BaseNote	BaseNote	integer	0	127	60	midi key	no

---

Organ

internal name: Organ

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
DrawbarGain0	DrawbarGain0	float	0,000	8,000	0,000		yes
DrawbarPan0	DrawbarPan0	float	-1,000	1,000	0,000		yes
DrawbarGain1	DrawbarGain1	float	0,000	8,000	0,000		yes
DrawbarPan1	DrawbarPan1	float	-1,000	1,000	0,000		yes
DrawbarGain2	DrawbarGain2	float	0,000	8,000	8,000		yes
DrawbarPan2	DrawbarPan2	float	-1,000	1,000	0,000		yes
DrawbarGain3	DrawbarGain3	float	0,000	8,000	0,000		yes
DrawbarPan3	DrawbarPan3	float	-1,000	1,000	0,000		yes
DrawbarGain4	DrawbarGain4	float	0,000	8,000	0,000		yes
DrawbarPan4	DrawbarPan4	float	-1,000	1,000	0,000		yes
DrawbarGain5	DrawbarGain5	float	0,000	8,000	0,000		yes
DrawbarPan5	DrawbarPan5	float	-1,000	1,000	0,000		yes
DrawbarGain6	DrawbarGain6	float	0,000	8,000	0,000		yes
DrawbarPan6	DrawbarPan6	float	-1,000	1,000	0,000		yes
DrawbarGain7	DrawbarGain7	float	0,000	8,000	0,000		yes
DrawbarPan7	DrawbarPan7	float	-1,000	1,000	0,000		yes
DrawbarGain8	DrawbarGain8	float	0,000	8,000	0,000		yes
DrawbarPan8	DrawbarPan8	float	-1,000	1,000	0,000		yes
Percussion	Percussion	boolean	false	true	false		yes
FastPercussion	FastPercussion	boolean	false	true	false		yes
PercussionHarmonic	PercussionHarmonic	integer	0	8	3		yes
CoarseTune	CoarseTune	integer	-24	24	0	semitones	no
FineTune	FineTune	integer	-100	100	0	cents	no
Gain	Volume	float	0,000	1,995	1,000		yes
Pitch	Pitch	float	1,000	0,000	0,000	semitones	yes
NoteTracking	NoteTracking	float	-2,000	2,000	1,000	% normalized	no
BaseNote	BaseNote	integer	0	127	60	midi key	no

---

Phase Shaper

internal name: PdOscillator

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
CoarseTune	CoarseTune	integer	-24	24	0	semitones	no
FineTune	FineTune	integer	-100	100	0	cents	no
Gain	Volume	float	0,000	1,995	1,000		yes
Pitch	Pitch	float	1,000	0,000	0,000	semitones	yes
NoteTracking	NoteTracking	float	-2,000	2,000	1,000	% normalized	no
BaseNote	BaseNote	integer	0	127	60	midi key	no
Symmetry	Symmetry	float	0,000	1,000	0,000	% normalized	yes
Shape	Shape	float	-1,000	1,000	0,000	% normalized	yes
Swing	Swing	float	0,000	1,000	0,000	% normalized	yes
Inflexion	Inflexion	float	0,000	1,000	0,000	% normalized	yes
Depth	Inflexion depth	float	0,000	1,000	0,200	% normalized	yes
Random	Random phase start	boolean	false	true	false		yes
Oversampling	Oversampling	integer	0	4	0		no
Fuzz	Fuzz	float	0,000	1,000	0,000	% normalized	yes
Scale	Scale	float	0,000	1,000	1,000	% normalized	yes

---

Pluck

internal name: PluckOscillator

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
CoarseTune	CoarseTune	integer	-24	24	0	semitones	no
FineTune	FineTune	integer	-100	100	0	cents	no
Gain	Volume	float	0,000	1,995	1,000		yes
Pitch	Pitch	float	1,000	0,000	0,000	semitones	yes
NoteTracking	NoteTracking	float	-2,000	2,000	1,000	% normalized	no
BaseNote	BaseNote	integer	0	127	60	midi key	no
Decay	Decay	float	0,100	1000,000	60,000	second	yes
DecayType	Decay Type	integer	0	3	0		yes
NumStrings	Strings	integer	1	2	1		yes
ExcitationBrightness	Excitation Brightness	float	0,000	1,000	0,000	% normalized	yes
ExcitationCutoff	Excitation Cutoff	float	20,000	20000,000	20000,000	Hz	yes
Inharmonicity	Inharmonicity	float	0,000	1,000	0,000	% normalized	yes
Release	Release	float	0,100	100,000	0,100	second	yes
Brightness	Brightness	float	0,000	1,000	0,900	% normalized	yes
HFBridgeLoss	Bridge Loss	float	0,000	1,000	0,100	decibel	yes
DecayFreqHigh	Decay Cutoff	float	20,000	20000,000	20000,000	Hz	yes
PickPosition	Pick Position	float	0,020	0,500	0,150		yes
PickDepth	Pick Depth	float	0,000	1,000	0,000	% normalized	yes
PickFilterEnabled	Pick Filter Enabled	boolean	false	true	true		yes
Stretch	Stretch Enabled	boolean	false	true	false		yes
StretchProb	Stretch	float	0,000	1,000	0,500	% normalized	yes
Detune	Fine Tune	float	0,000	20,000	4,000	cents	yes
Coupling	Coupling	float	0,000	1,000	0,100	% normalized	yes
Shape	Shape	float	-1,000	1,000	0,000		yes
HarmonicRatio	Harmonic Ratio	float	1,000	4,000	1,000		yes
HarmonicDamp	Harmonic Damp	float	0,000	1,000	1,000	% normalized	yes
DynamicRange	Dynamic	float	0,000	30,000	20,000	decibel	yes
InterpolationMode	Interpolation Mode	integer	0	2	1		no
CouplingMode	Coupling Mode	integer	4	7	6		yes
StringCoarseTune	Coarse Tune	integer	0	24	0	semitones	yes
NoiseVolume	Noise Volume	float	0,000	1,000	0,000		yes
SynthVolume	Synth Volume	float	0,000	1,000	1,000		yes
SampleVolume	Sample Volume	float	0,000	1,000	1,000		yes
SampleStart	Sample Start	float	0,000	1,000	0,000	% normalized	yes
SampleDetune	Sample Detune	float	-48,000	48,000	0,000	semitones	yes
SampleKeyFollow	Sample KeyFollow	float	0,000	1,000	0,000	% normalized	yes
Sustained	Sustained	boolean	false	true	false		yes
Stereo	Stereo	boolean	false	true	false		no

---

Sample

internal name: SamplePlayer

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
CoarseTune	CoarseTune	integer	-24	24	0	semitones	no
FineTune	FineTune	integer	-100	100	0	cents	no
Gain	Volume	float	0,000	1,995	1,000		yes
Pitch	Pitch	float	1,000	0,000	0,000	semitones	yes
NoteTracking	NoteTracking	float	-2,000	2,000	1,000	% normalized	no
BaseNote	BaseNote	integer	0	127	60	midi key	no
SampleStartMillisecond	SampleStartMillisecond	float	0,000	340282346638528859811704183484516925440,000	0,000	millisecond	yes
SampleStart	Sample Start	float	0,000	1,000	0,000	% normalized	yes
InterpolationMode	Interpolation Mode	integer	0	2	1		no
AllowStreaming	Allow Streaming	boolean	false	true	true		no
Reverse	Reverse	boolean	false	true	false		no

---

Slice

internal name: LoopLabOscillator

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncMode	SyncMode	integer	0	2	2		no
SliceStart	SliceStart	integer	1	0	0		no
Tempo	Tempo	float	1,000	300,000	120,000		no
TempoMultiplicator	TempoMultiplicator	float	0,250	4,000	1,000		yes
FineTempoMultiplicator	FineTempoMultiplicator	float	-0,500	0,500	0,000	% normalized	yes
Playing	Playing	boolean	false	true	false		no
AutoPlay	AutoPlay	boolean	false	true	false		no
Attack	Attack	float	0,000	100,000	0,000	millisecond	no
Hold	Hold	float	0,000	2,000	0,000	second	no
Decay	Decay	float	0,010	2,000	2,000	second	no
Sustain	Sustain	float	0,000	1,000	0,000	% normalized	no
EnableEnvelope	EnableEnvelope	boolean	false	true	false		no
SliceExtension	SliceExtension	float	0,000	2,000	1,000	% normalized	no
ExtensionTime	ExtensionTime	float	0,000	1,000	0,500	% normalized	no
AutoSliceExtension	AutoSliceExtension	boolean	false	true	false		no
CoarseTune	CoarseTune	integer	-24	24	0	semitones	no
FineTune	FineTune	integer	-100	100	0	cents	no
Gain	Volume	float	0,000	1,995	1,000		yes
Pitch	Pitch	float	1,000	0,000	0,000	semitones	yes
NoteTracking	NoteTracking	float	-2,000	2,000	1,000	% normalized	no
BaseNote	BaseNote	integer	0	127	60	midi key	no
SampleStartMillisecond	SampleStartMillisecond	float	0,000	340282346638528859811704183484516925440,000	0,000	millisecond	yes

---

Stretch

internal name: OmegaOscillator

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	Sync	boolean	false	true	true		no
Tempo	Tempo	float	0,000	300,000	120,000		no
TempoMultiplicator	Tempo Factor	float	0,250	4,000	1,000		yes
FineTempoMultiplicator	Tempo Fine	float	-0,500	0,500	0,000	% normalized	yes
SampleStart	Sample Start	float	0,000	1,000	0,000	% normalized	yes
SoloMode	Solo Mode	boolean	false	true	false		no
Legato	Legato	boolean	false	true	false		no
AdaptiveWindowMillis	Grain Size	float	10,000	100,000	37,100	millisecond	no
TransientSensitivity	Transient Sens.	float	0,100	10,000	1,000		no
CoarseTune	CoarseTune	integer	-24	24	0	semitones	no
FineTune	FineTune	integer	-100	100	0	cents	no
Gain	Volume	float	0,000	1,995	1,000		yes
Pitch	Pitch	float	1,000	0,000	0,000	semitones	yes
NoteTracking	NoteTracking	float	-2,000	2,000	1,000	% normalized	no
BaseNote	BaseNote	integer	0	127	60	midi key	no
SampleStartMillisecond	SampleStartMillisecond	float	0,000	340282346638528859811704183484516925440,000	0,000	millisecond	yes

---

SupraSaw

internal name: HyperSaw

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
NumOscs	Num Oscs	integer	1	24	11		yes
StackMode	Stack Mode	integer	0	11	0		yes
DetuneKeyTrack	Detune Key Track	boolean	false	true	false		yes
PhaseSpread	Phase Spread	float	0,000	1,000	1,000	% normalized	yes
Detune	Detune	float	0,000	100,000	20,000	cents	yes
PanSpread	Pan Spread	float	0,000	1,000	0,000	% normalized	yes
DetuneCurve	Detune Curve	float	-1,000	1,000	0,330	% normalized	yes
ModDepth	Mod Depth	float	0,000	50,000	0,000	cents	yes
ModSpeed	Mod Speed	float	0,100	10,000	0,100	Hz	yes
Blend	Blend	float	0,000	1,000	0,750	% normalized	yes
OscMode	Osc Mode	integer	0	1	0		yes
CoarseTune	CoarseTune	integer	-24	24	0	semitones	no
FineTune	FineTune	integer	-100	100	0	cents	no
Gain	Volume	float	0,000	1,995	1,000		yes
Pitch	Pitch	float	1,000	0,000	0,000	semitones	yes
NoteTracking	NoteTracking	float	-2,000	2,000	1,000	% normalized	no
BaseNote	BaseNote	integer	0	127	60	midi key	no

---

Texture

internal name: TextureOscillator

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
CoarseTune	CoarseTune	integer	-24	24	0	semitones	no
FineTune	FineTune	integer	-100	100	0	cents	no
Gain	Volume	float	0,000	1,995	1,000		yes
Pitch	Pitch	float	1,000	0,000	0,000	semitones	yes
NoteTracking	NoteTracking	float	-2,000	2,000	1,000	% normalized	no
BaseNote	BaseNote	integer	0	127	60	midi key	no
Width	Width	float	0,000	2,000	1,000	% normalized	yes
Pitch1	Pitch1	float	-24,000	24,000	0,000		yes
Pitch2	Pitch2	float	-24,000	24,000	0,000		yes
Gain1	Gain1	float	-12,000	12,000	0,000	decibel	yes
Gain2	Gain2	float	-12,000	12,000	0,000	decibel	yes
Pan1	Pan1	float	-1,000	1,000	0,000		yes
Pan2	Pan2	float	-1,000	1,000	0,000		yes
Mix	Mix	float	0,000	1,000	0,500	% normalized	yes
SampleStart	Sample Start	float	0,000	1,000	0,000	% normalized	yes
RandomStartDepth	Random Start Depth	float	0,000	1,000	0,000	% normalized	yes
Legato	Legato	boolean	false	true	false		no
Lowpass	Lowpass	float	10,000	22000,000	22000,000	Hz	yes
Highpass	Highpass	float	10,000	22000,000	10,000	Hz	yes
PlaybackMode1	PlaybackMode1	integer	0	3	1		yes
PlaybackMode2	PlaybackMode2	integer	0	3	1		yes
BPOnOff	BP On/Off	boolean	false	true	false		yes
Bandpass	Bandpass	float	20,000	20000,000	1000,000	Hz	yes
Bandwidth	Bandwidth	float	0,000	1,000	0,000	% normalized	yes
PeakOnOff	Peak On/Off	boolean	false	true	false		yes
PeakFreq	Peak Freq	float	20,000	20000,000	1000,000	Hz	yes
PeakGain	Peak Gain	float	-20,000	20,000	0,000	decibel	yes
PeakQ	Peak Q	float	0,100	10,000	1,000		yes

---

VOSIM

internal name: VosimOscillator

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
CoarseTune	CoarseTune	integer	-24	24	0	semitones	no
FineTune	FineTune	integer	-100	100	0	cents	no
Gain	Volume	float	0,000	1,995	1,000		yes
Pitch	Pitch	float	1,000	0,000	0,000	semitones	yes
NoteTracking	NoteTracking	float	-2,000	2,000	1,000	% normalized	no
BaseNote	BaseNote	integer	0	127	60	midi key	no
Formant	Formant	float	20,000	4000,000	600,000	Hz	yes
Resonance	Resonance	float	0,000	1,000	0,800	% normalized	yes
PulseWidth	PulseWidth	float	0,000	1,000	0,800	% normalized	yes
ModRate	ModRate	float	4,000	15,000	6,000	Hz	yes
ModDepth	ModDepth	float	0,000	1200,000	50,000	cents	yes
ModType	Mod Type	integer	0	1	1		yes
Phonem	Phonem	integer	0	14	0		yes
MorphTime	MorphTime	float	0,010	1,000	0,100	second	yes
FormantShift	FormantShift	float	-12,000	12,000	0,000	semitones	yes
NumFormants	NumFormants	integer	2	5	5		yes
Mode	Mode	integer	0	1	0		yes

---

Wavetable

internal name: WaveTableOscillator

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
CoarseTune	CoarseTune	integer	-24	24	0	semitones	no
FineTune	FineTune	integer	-100	100	0	cents	no
Gain	Volume	float	0,000	1,995	1,000		yes
Pitch	Pitch	float	1,000	0,000	0,000	semitones	yes
NoteTracking	NoteTracking	float	-2,000	2,000	1,000	% normalized	no
BaseNote	BaseNote	integer	0	127	60	midi key	no
StartPhase	Start Phase	float	0,000	1,000	0,000	% normalized	yes
PhaseDistortionAmount	PhaseDistortion Amount	float	0,000	1,000	0,000	% normalized	yes
PhaseDistortionMode	PhaseDistortion Mode	integer	0	9	3		yes
Spread	Detune	float	0,000	1,000	0,100	% normalized	yes
DetuneMode	Detune Mode	integer	0	1	0		yes
WaveIndex	Wave Index	float	0,000	1,000	0,000	% normalized	yes
WaveIndexSpread	Wave Index Spread	float	0,000	1,000	0,000	% normalized	yes
StereoSpread	Stereo Spread	float	0,000	1,000	0,100	% normalized	yes
StereoSpreadMode	Stereo Spread Mode	integer	0	1	1		yes
NumOscs	Unison	integer	1	8	1		yes
FadeMipMap	Smooth Octaves	boolean	false	true	false		yes
FadeWaveIndex	Smooth Wave Index	boolean	false	true	true		yes
Stereo	Stereo	boolean	false	true	false		no
PhaseSpread	Phase Spread	integer	0	2	1		yes
EnableFM	EnableFM	boolean	false	true	false		no
FMDepth	FM Depth	float	0,000	1,000	0,100	% normalized	yes
FMRatio	FM Ratio	float	-48,000	48,000	0,000	semitones	yes
FMRatioFine	FM Ratio Fine	float	-1200,000	1200,000	0,000	cents	yes
FMRatioMode	FM Ratio Mode	integer	0	6	1		yes
FMFreq	FM Freq	float	0,000	2,000	0,100		yes
FMFixedFreq	FM Fixed Freq	boolean	false	true	false		yes
FMFreqMultiplier	FM Freq Mult	integer	0	4	3		yes
AliasingTolerance	Aliasing Tolerance	float	0,000	1,000	0,000	% normalized	yes	Controls the tradeoff between brightness and aliasing. 0%: Darkest mode, select the safest wavetable to avoid aliasing. 100%: Brightest mode, but allow some upper-end harmonics to fold back.

---

Legacy

2 Band EQ

internal name: TwoBandEq

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
LowFreq	Low Freq	float	20,000	1200,000	80,000	Hz	yes
LowGain	Low Gain	float	-24,000	24,000	0,000	decibel	yes
HighFreq	High Freq	float	4000,000	20000,000	10000,000	Hz	yes
HighGain	High Gain	float	-24,000	24,000	0,000	decibel	yes

---

3 Band EQ

internal name: ThreeBandEq

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
LowGain	Low Gain	float	-24,000	24,000	0,000	decibel	yes
MidFreq	Mid Freq	float	120,000	12000,000	2500,000	Hz	yes
MidGain	Mid Gain	float	-18,000	18,000	0,000	decibel	yes
MidQ	Mid Q	float	0,000	1,000	0,000		yes
HighGain	High Gain	float	-24,000	24,000	0,000	decibel	yes

---

8 Band EQ

internal name: ParametricEQ

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Freq1	HP Freq	float	10,000	20000,000	30,000	Hz	yes
Q1	HP Q	float	0,200	12,000	0,700		yes
Gain1	HP Gain	float	-30,000	20,000	0,000	decibel	yes
Enable1	HP	boolean	false	true	false		yes
Freq2	LShelf Freq	float	10,000	20000,000	70,000	Hz	yes
Q2	LShelf Q	float	0,200	12,000	12,000		yes
Gain2	LShelf Gain	float	-30,000	20,000	0,000	decibel	yes
Enable2	LShelf	boolean	false	true	false		yes
Freq3	Peak 1 Freq	float	10,000	20000,000	180,000	Hz	yes
Q3	Peak 1 Q	float	0,200	12,000	0,700		yes
Gain3	Peak 1 Gain	float	-30,000	20,000	0,000	decibel	yes
Enable3	Peak 1	boolean	false	true	false		yes
Freq4	Peak 2 Freq	float	10,000	20000,000	520,000	Hz	yes
Q4	Peak 2 Q	float	0,200	12,000	0,700		yes
Gain4	Peak 2 Gain	float	-30,000	20,000	0,000	decibel	yes
Enable4	Peak 2	boolean	false	true	false		yes
Freq5	Peak 3 Freq	float	10,000	20000,000	1870,000	Hz	yes
Q5	Peak 3 Q	float	0,200	12,000	0,700		yes
Gain5	Peak 3 Gain	float	-30,000	20,000	0,000	decibel	yes
Enable5	Peak 3	boolean	false	true	false		yes
Freq6	Peak 4 Freq	float	10,000	20000,000	3900,000	Hz	yes
Q6	Peak 4 Q	float	0,200	12,000	0,700		yes
Gain6	Peak 4 Gain	float	-30,000	20,000	0,000	decibel	yes
Enable6	Peak 4	boolean	false	true	false		yes
Freq7	HShelf Freq	float	10,000	20000,000	7400,000	Hz	yes
Q7	HShelf Q	float	0,200	12,000	12,000		yes
Gain7	HShelf Gain	float	-30,000	20,000	0,000	decibel	yes
Enable7	HShelf	boolean	false	true	false		yes
Freq8	LP Freq	float	10,000	20000,000	16000,000	Hz	yes
Q8	LP Q	float	0,200	12,000	0,700		yes
Gain8	LP Gain	float	-30,000	20,000	0,000	decibel	yes
Enable8	LP	boolean	false	true	false		yes

---

Auto Wah

internal name: AutoWah

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Q	Q	float	0,000	1,000	1,000		yes
Sensitivity	Sensitivity	float	0,100	0,900	0,690		yes
Drive	Drive	float	0,000	1,000	0,000		yes
Gain	Gain	float	0,125	2,000	1,000		yes

---

Beat Repeat

internal name: BeatRepeat

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
Time	Time	float	0,001	4,000	0,125	second (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
FadeTime	FadeTime	float	0,000	0,050	0,000	second	yes
Mix	Mix	float	0,000	1,000	0,500	% normalized	yes
Active	Active	boolean	false	true	false		yes

---

Chorus

internal name: Chorus

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
Speed	Speed	float	0,010	10,000	0,800	Hz (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
DelayTime	Delay Time	float	0,000	1,000	0,010	second	yes
Depth	Depth	float	0,000	1,000	0,380	% normalized	yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes

---

Compressor

internal name: Compressor

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Threshold	Threshold	float	0,000	1,000	0,500		yes
Attack	Attack	float	0,000	0,100	0,020	second	yes
Release	Release	float	0,010	1,000	0,050	second	yes
Ratio	Ratio	float	0,000	1,000	1,000		yes
MakeUp	MakeUp	float	1,000	16,000	1,000		yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes

---

Cross Phaser

internal name: CrossPhaser

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
Speed	Speed	float	0,000	10,000	0,800	Hz (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
MinFreq	Min Freq	float	100,000	20000,000	400,000	Hz	yes
MaxFreq	Max Freq	float	100,000	20000,000	800,000	Hz	yes
Feedback	Feedback	float	0,000	1,000	0,700	% normalized	yes
Depth	Depth	float	0,000	1,000	0,800	% normalized	yes

---

Double Drive

internal name: DoubleDrive

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
PreDrive	Pre Drive	float	0,000	1,000	0,000	% normalized	yes
PostDrive	Post Drive	float	0,000	1,000	0,000	% normalized	yes
LowFreq	Low Freq	float	-1,000	0,000	0,000		yes
HighFreq	High Freq	float	0,000	1,000	0,000		yes
Gain	Gain	float	0,000	1,000	1,000		yes

---

Dual Delay

internal name: DualDelay

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
DelayTime	Delay Time	float	0,001	5,000	0,125	second (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
Feedback	Feedback	float	0,000	1,000	0,300	% normalized	yes
LowCut	Low Cut	float	20,000	4000,000	20,000	Hz	yes
HighCut	High Cut	float	1000,000	20000,000	20000,000	Hz	yes
PeakFreq	Peak Freq	float	20,000	20000,000	1000,000	Hz	yes
PeakGain	Peak Gain	float	-20,000	20,000	0,000	decibel	yes
PeakQ	Peak Q	float	0,100	10,000	1,000		yes
Mix	Mix	float	0,000	1,000	0,500	% normalized	yes
Rotation	Rotation	float	-180,000	180,000	0,000		yes
InputWidth	Input Width	float	0,000	1,000	1,000	% normalized	yes
OutputWidth	Output Width	float	0,000	1,000	1,000	% normalized	yes
DelayRatio	Delay Ratio	float	-0,900	0,900	0,000		yes
FeedbackRatio	Feedback Ratio	float	-0,900	0,900	0,000		yes
InputRotation	Input Rotation	float	-1,000	1,000	0,000		yes
OutputRotation	Output Rotation	float	-1,000	1,000	0,000		yes
ModDepth	Mod Depth	float	0,000	20,000	0,000	millisecond	yes
ModRate	Mod Rate	float	0,100	10,000	1,000	Hz	yes
ModChannelOffset	Mod Channel Offset	float	0,000	1,000	1,000	% normalized	yes
Interpolation	Interpolation	integer	0	2	1		yes

---

FX Delay

internal name: FxDelay

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
DelayTime	Delay Time	float	0,010	10,000	1,000	second (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
Feedback	Feedback	float	0,000	1,000	0,000	% normalized	yes
Cutoff	Cutoff	float	-1,000	1,000	0,000		yes
Speed	Speed	float	0,000	20,000	0,500	Hz (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes
BypassDrive	BypassDrive	boolean	false	true	false		yes

---

FX Filter

internal name: FxFilter

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
LowFreq	Low Freq	float	-1,000	0,000	0,000		yes
HighFreq	High Freq	float	0,000	1,000	0,000		yes
LowQ	Low Q	float	0,000	1,000	0,000		yes
HighQ	High Q	float	0,000	1,000	0,000		yes

---

Fat Delay

internal name: FatDelay

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
DelayTime	Delay Time	float	0,010	10,000	0,100	second (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
Feedback	Feedback	float	0,000	1,000	0,000	% normalized	yes
Diffusion	Diffusion	float	0,000	1,000	1,000	% normalized	yes
Cutoff	Cutoff	float	-1,000	1,000	0,000		yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes

---

Gate Reverb

internal name: GateReverb

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
DecayTime	Decay Time	float	0,000	10,000	2,000	second	yes
HighDamp	High Damp	float	0,000	1,000	0,000	% normalized	yes
GateTime	Gate Time	float	0,050	1,000	0,400	second (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
PreDelay	Pre Delay	float	0,010	2,000	0,050	second (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
Mix	Mix	float	0,000	1,000	0,500	% normalized	yes

---

Limiter

internal name: Limiter

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Gain	Gain	float	0,250	4,000	1,000		yes
Threshold	Threshold	float	0,100	1,000	0,500		yes
Release	Release	float	0,000	1,000	0,010	second	yes
Ceiling	Ceiling	float	0,100	1,000	1,000		yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes

---

Phaser

internal name: Phaser

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
Speed	Speed	float	0,000	10,000	0,800	Hz (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
MinFreq	Min Freq	float	100,000	20000,000	400,000	Hz	yes
MaxFreq	Max Freq	float	100,000	20000,000	800,000	Hz	yes
Feedback	Feedback	float	0,000	1,000	0,700	% normalized	yes
Depth	Depth	float	0,000	1,000	0,800	% normalized	yes

---

Ping Pong Delay

internal name: PingPongDelay

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
DelayTime	Delay Time	float	0,010	10,000	0,100	second (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
Feedback	Feedback	float	0,000	1,000	0,500	% normalized	yes
Cutoff	Cutoff	float	-1,000	1,000	0,000		yes
Spread	Spread	float	-1,000	1,000	-1,000	% normalized	yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes

---

Plain Reverb

internal name: PlainReverb

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
DecayTime	Decay Time	float	0,000	10,000	2,000	second	yes
HighDamp	High Damp	float	0,000	1,000	0,000	% normalized	yes
Mix	Mix	float	0,000	1,000	0,500	% normalized	yes

---

Predelay Verb

internal name: DelayedReverb

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
DecayTime	Decay Time	float	0,000	10,000	2,000	second	yes
HighDamp	High Damp	float	0,000	1,000	0,000	% normalized	yes
PreDelay	Pre Delay	float	0,010	2,000	0,050	second (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
Mix	Mix	float	0,000	1,000	0,500	% normalized	yes

---

Redux

internal name: Redux

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Frequency	Frequency	float	200,000	44100,000	44100,000	Hz	yes
Bits	Bits	integer	1	32	32		yes
Jitter	Jitter	float	0,000	1,000	0,000	% normalized	yes
QuantizeLaw	Quantize Law	integer	0	1	0		yes
Dither	Dither	float	0,000	1,000	0,000	% normalized	yes
FilterFreq	Filter Freq	float	20,000	20000,000	10000,000	Hz	yes
FilterRes	Filter Res	float	0,000	1,000	0,000	% normalized	yes
FilterMode	Filter Mode	integer	0	2	0		yes
FilterPosition	Filter Position	integer	0	2	0		yes
Antialiasing	Antialiasing	boolean	false	true	true		yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes

---

Ring Modulator

internal name: RingModulator

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Freq	Freq	float	0,100	2000,000	1000,000	Hz	yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes

---

Robotizer

internal name: Robotizer

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Freq	Freq	float	0,100	2000,000	1000,000	Hz	yes
Depth	Depth	float	0,000	1,000	1,000	% normalized	yes
FM	FM	float	0,250	20,000	1,000	Hz	yes
Cutoff	Cutoff	float	-1,000	1,000	0,000		yes
Mix	Mix	float	0,000	1,000	0,500	% normalized	yes

---

Rotary

internal name: Rotary

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
TremoloSpeed	Tremolo	float	3,000	10,000	6,800	Hz	yes
ChoraleSpeed	Chorale	float	0,100	3,000	0,800	Hz	yes
SpeedMode	Speed Mode	integer	0	2	2		yes
Model	Model	integer	0	6	0		yes
MicDistance	Mic Distance	float	0,000	10,000	1,000		yes
MicAngle	Mic Angle	float	0,000	180,000	90,000		yes
Drive	Drive	float	0,000	1,000	0,000	% normalized	yes
Order	Order	integer	0	3	2		yes
Reflection	Reflection	float	0,000	1,000	0,900	% normalized	yes
BoxReverb	Box Reverb	boolean	false	true	true		yes
HornFilter	HornFilter	integer	0	2	1		yes
DrumVolume	Drum Vol.	float	0,000	1,000	1,000		yes
HornVolume	Horn Vol.	float	0,000	1,000	1,000		yes
Radius	Radius	float	0,000	1,000	1,000	% normalized	yes
DrumCrossover	Drum Crossover	boolean	false	true	true		yes
DrumHP	Drum HP	boolean	false	true	true		yes

---

Rotary Simple

internal name: OneWayRotarySpeaker

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Speed	Speed	float	0,000	20,000	1,570	Hz	yes
Depth	Depth	float	0,010	1,000	0,270	% normalized	yes
MicDistance	Mic Distance	float	1,100	20,000	1,100		yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes

---

Rotary Speaker

internal name: TwoWayRotarySpeaker

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
LowSpeed	Low Speed	float	0,000	20,000	1,570	Hz	yes
HighSpeed	High Speed	float	0,000	20,000	1,920	Hz	yes
Depth	Depth	float	0,010	1,000	0,270	% normalized	yes
MicDistance	Mic Distance	float	1,100	20,000	1,100		yes
CrossFrequency	Cross Frequency	float	20,000	10000,000	2601,000	Hz	yes

---

Simple Delay

internal name: SimpleDelay

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
DelayTime	Delay Time	float	0,000	10,000	0,800	second (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
Feedback	Feedback	float	0,000	1,000	0,000	% normalized	yes
Cutoff	Cutoff	float	-1,000	1,000	0,000		yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes

---

Simple Reverb

internal name: FilteredReverb

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
DecayTime	Decay Time	float	0,000	10,000	2,000	second	yes
Cutoff	Cutoff	float	-1,000	1,000	0,000		yes
HighDamp	High Damp	float	0,000	1,000	0,000	% normalized	yes
Mix	Mix	float	0,000	1,000	0,500	% normalized	yes

---

Stereo Delay

internal name: StereoDelay

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo
Feedback	Feedback	float	0,000	1,000	0,000	% normalized	yes
LeftDelayTime	Left Delay Time	float	0,000	10,000	0,800	second (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
RightDelayTime	Right Delay Time	float	0,000	10,000	0,100	second (beat ratio when synced: 4 is 1/1, 0.25 is 1/16, ...)	yes
Cutoff	Cutoff	float	-1,000	1,000	0,000		yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes

---

TalkBox

internal name: TalkBox

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Freq	Freq	float	20,000	20000,000	1000,000	Hz	yes
Q	Resonance	float	0,000	1,000	0,000	% normalized	yes
FilterMode	Filter Mode	integer	0	2	0		yes
VowelMode	Vowel Mode	integer	0	4	0		yes

---

UVI Destructor

internal name: BitCrusher

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
EffectiveSampleRate	Sample Rate	float	2000,000	48000,000	22050,000	Hz	yes
BitSize	Bit Size	float	1,000	24,000	16,000		yes
Drive	Drive	float	0,000	1,000	0,000	% normalized	yes
Cutoff	Cutoff	float	-1,000	1,000	0,000		yes
Mix	Mix	float	0,000	1,000	1,000	% normalized	yes

---

UVI Drive

internal name: UviDrive

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Drive	Drive	float	0,000	1,000	0,000	% normalized	yes
Cutoff	Cutoff	float	-1,000	1,000	0,000		yes
Q	Q	float	0,000	1,000	0,000		yes
Gain	Gain	float	0,000	1,000	1,000		yes

---

UVI Mastering

internal name: UVIMastering

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
TubeAmount	Tube Amount	float	0,000	15,000	0,000		yes
LowVolume	Low Volume	float	0,251	1,995	1,000		yes
MediumVolume	Medium Volume	float	0,251	1,995	1,000		yes
HighVolume	High Volume	float	0,251	1,995	1,000		yes
CompThres	Comp Threshold	float	-20,000	0,000	0,000	decibel	yes
CompAttack	Comp Attack	float	0,000	500,000	10,000	millisecond	yes
LimiterThres	Limiter Threshold	float	-20,000	0,000	0,000	decibel	yes
LowMidFreq	Low/Mid Freq	float	20,000	20000,000	250,000	Hz	yes
MidHighFreq	Mid/High Freq	float	20,000	20000,000	2000,000	Hz	yes

---

Other

AuxEffect

internal name: AuxEffect

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Gain	Return Gain	float	0,000	1,995	1,000		yes
Pan	Pan	float	-1,000	1,000	0,000		yes
PreInsert	PreInsert	boolean	false	true	true		no

---

BusRouter

internal name: BusRouter

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
Gain	Send Level	float	0,000	1,995	0,000		yes
PreFader	PreFader	boolean	false	true	false		no

---

Engine

internal name: Engine

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
MemorySize	MemorySize	float	1,000	0,000	0,000	MegaByte	no
Bypass	Bypass	boolean	false	true	false		yes
GlobalTune	GlobalTune	float	391,995	493,883	440,000	Hz	no
Tempo	Tempo	float	10,000	400,000	120,000		no
Playing	Playing	boolean	false	true	false		no
Recording	Recording	boolean	false	true	false		no
AutoPlay	AutoPlay	boolean	false	true	true		no
MeterNumerator	MeterNumerator	integer	1	99	4		no
MeterDenominator	MeterDenominator	integer	1	16	4		no
SyncToHost	SyncToHost	boolean	false	true	false		no	Synchronize to host tempo

---

Keygroup

internal name: Keygroup

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
BypassInsertFX	BypassInsertFX	boolean	false	true	false		no
Gain	Volume	float	0,000	1,995	1,000		yes
Pan	Pan	float	-1,000	1,000	0,000		yes
PanLaw	PanLaw	integer	0	1	1		yes
ExclusiveGroup	ExclusiveGroup	integer	0	32	0		no
LowKey	LowKey	integer	0	127	0	midi key	no
HighKey	HighKey	integer	0	127	127	midi key	no
LowVelocity	LowVelocity	integer	1	127	1		no
HighVelocity	HighVelocity	integer	1	127	127		no
LowKeyFade	LowKeyFade	integer	0	127	0		no
HighKeyFade	HighKeyFade	integer	0	127	0		no
LowVelocityFade	LowVelocityFade	integer	0	127	0		no
HighVelocityFade	HighVelocityFade	integer	0	127	0		no
FadeCurve	FadeCurve	float	1,000	2,000	2,000		no	cross fade curve (1.0: linear crossfade, 2.0: equal-power cross-fade)
TriggerMode	TriggerMode	integer	0	4	0		no
TriggerSync	TriggerSync	integer	0	2	0		no
TriggerRule	TriggerRule	integer	0	3	0		no
LatchTrigger	LatchTrigger	boolean	false	true	false		no
FXPostGain	FX Post Gain	boolean	false	true	false		no

---

Layer

internal name: Layer

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
BypassInsertFX	BypassInsertFX	boolean	false	true	false		no
Gain	Volume	float	0,000	1,995	1,000		yes
Pan	Pan	float	-1,000	1,000	0,000		yes
PanLaw	PanLaw	integer	0	1	1		yes
Mute	Mute	boolean	false	true	false		yes
MidiMute	MidiMute	boolean	false	true	false		no
Solo	Solo	boolean	false	true	false		yes
LowKey	LowKey	integer	0	127	0	midi key	no
HighKey	HighKey	integer	0	127	127	midi key	no
CustomPolyphony	CustomPolyphony	integer	0	256	0		no
PlayMode	PlayMode	integer	0	4	0		no
PortamentoTime	PortamentoTime	float	0,000	10,000	0,030	second	yes
PortamentoCurve	PortamentoCurve	float	-1,000	1,000	0,000	% normalized	yes
PortamentoMode	PortamentoMode	integer	0	1	0		no
VoiceCount	VoiceCount	integer	1	0	0		no
NumVoicesPerNote	NumVoicesPerNote	integer	1	256	1		no
VelocityCurve	VelocityCurve	float	-1,000	127,000	0,000		no

---

Part

internal name: Part

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
BypassInsertFX	BypassInsertFX	boolean	false	true	false		no
Gain	Volume	float	0,000	1,995	1,000		yes
Pan	Pan	float	-1,000	1,000	0,000		yes
PanLaw	PanLaw	integer	0	1	1		yes
Mute	Mute	boolean	false	true	false		yes
MidiMute	MidiMute	boolean	false	true	false		no
Solo	Solo	boolean	false	true	false		yes
CoarseTune	CoarseTune	integer	-24	24	0	semitones	no
FineTune	FineTune	integer	-100	100	0	cents	no
TransposeOctaves	TransposeOctaves	integer	-2	2	0		no
TransposeSemiTones	TransposeSemiTones	integer	-24	24	0		no
ExclusiveGroup	ExclusiveGroup	integer	0	32	0		no
MidiInput	MidiInput	integer	-1	128	0		no
MidiChannel	MidiChannel	integer	-1	15	0		no
LowKey	LowKey	integer	0	127	0	midi key	no
HighKey	HighKey	integer	0	127	127	midi key	no
LowVelocity	LowVelocity	integer	1	127	1		no
HighVelocity	HighVelocity	integer	1	127	127		no
LowKeyFade	LowKeyFade	integer	0	127	0		no
HighKeyFade	HighKeyFade	integer	0	127	0		no
LowVelocityFade	LowVelocityFade	integer	0	127	0		no
HighVelocityFade	HighVelocityFade	integer	0	127	0		no
RestrictVelocityRange	RestrictVelocityRange	boolean	false	true	false		no
RestrictKeyRange	RestrictKeyRange	boolean	false	true	false		no
Streaming	Streaming	boolean	false	true	true		no

---

Program

internal name: Program

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
MemorySize	MemorySize	float	1,000	0,000	0,000	MegaByte	no
Bypass	Bypass	boolean	false	true	false		yes
BypassInsertFX	BypassInsertFX	boolean	false	true	false		no
Gain	Volume	float	0,000	1,995	1,000		yes
Pan	Pan	float	-1,000	1,000	0,000		yes
PanLaw	PanLaw	integer	0	1	1		yes
TransposeOctaves	TransposeOctaves	integer	-2	2	0		no
TransposeSemiTones	TransposeSemiTones	integer	-24	24	0		no
Polyphony	Polyphony	integer	1	256	16		no
NotePolyphony	NotePolyphony	integer	0	256	0		no
LoopProgram	LoopProgram	boolean	false	true	false		no
Streaming	Streaming	boolean	false	true	true		no

---

Synth

internal name: Synth

parameters

Name	Display Name	Type	Min	Max	Default	Unit	Modulable	Description
Bypass	Bypass	boolean	false	true	false		yes
BypassInsertFX	BypassInsertFX	boolean	false	true	false		no
Gain	Volume	float	0,000	1,995	1,000		yes
Pan	Pan	float	-1,000	1,000	0,000		yes
PanLaw	PanLaw	integer	0	1	1		yes

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