Interface IAnalogGeneratorModuleHandle
Generator with 32 double alias-free oscillators, 12/24dB filters, envelopes, and smooth change of parameters. The sound quality of this module is better at a sample rate of 44100Hz.
public interface IAnalogGeneratorModuleHandle : ITypedModuleHandle, IGenericSynthModuleHandle- Inherited Members
Methods
GetAttack(ValueScalingMode)
Value range: displayed: 0 to 256, real: 0 to 256 Original name: 3 'Attack'
int GetAttack(ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueScalingModeValueScalingMode
Returns
- int
GetDutyCycle(ValueScalingMode)
Value range: displayed: 0 to 1024, real: 0 to 1024 Original name: 7 'Duty cycle'
int GetDutyCycle(ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueScalingModeValueScalingMode
Returns
- int
GetExponentialEnvelope()
Original name: 6 'Exponential envelope'
Toggle GetExponentialEnvelope()Returns
GetFilter()
Original name: 9 'Filter'
AnalogGeneratorFilterType GetFilter()Returns
GetFilterAttack(ValueScalingMode)
Value range: displayed: 0 to 256, real: 0 to 256 Original name: 13 'F.attack'
int GetFilterAttack(ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueScalingModeValueScalingMode
Returns
- int
GetFilterEnvelope()
Original name: 15 'F.envelope'
AnalogGeneratorEnvelopeMode GetFilterEnvelope()Returns
GetFilterExponentialFrequency()
Original name: 12 'F.exponential freq'
Toggle GetFilterExponentialFrequency()Returns
GetFilterFrequency(ValueScalingMode)
Value range: displayed: 0 to 14000, real: 0 to 14000 Original name: 10 'F.freq'
int GetFilterFrequency(ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueScalingModeValueScalingMode
Returns
- int
GetFilterRelease(ValueScalingMode)
Value range: displayed: 0 to 256, real: 0 to 256 Original name: 14 'F.release'
int GetFilterRelease(ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueScalingModeValueScalingMode
Returns
- int
GetFilterResonance(ValueScalingMode)
Value range: displayed: 0 to 1530, real: 0 to 1530 Original name: 11 'F.resonance'
int GetFilterResonance(ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueScalingModeValueScalingMode
Returns
- int
GetMode()
Quality mode of the module.
Original name: 17 'Mode'
Quality GetMode()Returns
GetNoise(ValueScalingMode)
Amount of white noise added to the signal.
Value range: displayed: 0 to 256, real: 0 to 256
Original name: 18 'Noise'
int GetNoise(ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueScalingModeValueScalingMode
Returns
- int
GetPanning(ValueScalingMode)
Value range: displayed: -128 to 128, real: 0 to 256 Original name: 2 'Panning'
int GetPanning(ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueScalingModeValueScalingMode
Returns
- int
GetPolyphony(ValueScalingMode)
Original name: 16 'Polyphony'
int GetPolyphony(ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueScalingModeValueScalingMode
Returns
- int
GetRelease(ValueScalingMode)
Value range: displayed: 0 to 256, real: 0 to 256 Original name: 4 'Release'
int GetRelease(ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueScalingModeValueScalingMode
Returns
- int
GetSecondaryOscillatorMode()
Original name: 20 'Osc2 mode'
AnalogGeneratorSecondaryOscillatorMode GetSecondaryOscillatorMode()Returns
GetSecondaryOscillatorPhase(ValueScalingMode)
Value range: displayed: 0 to 32768, real: 0 to 32768 Original name: 21 'Osc2 phase'
int GetSecondaryOscillatorPhase(ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueScalingModeValueScalingMode
Returns
- int
GetSecondaryOscillatorPitch(ValueScalingMode)
Pitch deviation of the additional oscillator (off in the zero position).
One semitone = 64.
Value range: displayed: -1000 to 1000, real: 0 to 2000
Original name: 8 'Osc2'
int GetSecondaryOscillatorPitch(ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueScalingModeValueScalingMode
Returns
- int
GetSecondaryOscillatorVolume(ValueScalingMode)
Value range: displayed: 0 to 32768, real: 0 to 32768 Original name: 19 'Osc2 volume'
int GetSecondaryOscillatorVolume(ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueScalingModeValueScalingMode
Returns
- int
GetSustain()
Original name: 5 'Sustain'
Toggle GetSustain()Returns
GetVolume(ValueScalingMode)
Value range: displayed: 0 to 256, real: 0 to 256 Original name: 0 'Volume'
int GetVolume(ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueScalingModeValueScalingMode
Returns
- int
GetWaveform()
Original name: 1 'Waveform'
AnalogGeneratorWaveform GetWaveform()Returns
MakeAttackEvent(int)
This is a helper method to automatically handle turning target controller values into column values.
For this controller the input value is mapped from displayed range (0 to 256) to column range (0 to 0x8000). Out of range values are clamped.
PatternEvent MakeAttackEvent(int value)Parameters
valueint
Returns
MakeDutyCycleEvent(int)
This is a helper method to automatically handle turning target controller values into column values.
For this controller the input value is mapped from displayed range (0 to 1024) to column range (0 to 0x8000). Out of range values are clamped.
PatternEvent MakeDutyCycleEvent(int value)Parameters
valueint
Returns
MakeExponentialEnvelopeEvent(Toggle)
This is a helper method to automatically handle turning target controller values into column values.
For this controller the input value is taken as is, only clamped to column value range.
PatternEvent MakeExponentialEnvelopeEvent(Toggle value)Parameters
valueToggle
Returns
MakeFilterAttackEvent(int)
This is a helper method to automatically handle turning target controller values into column values.
For this controller the input value is mapped from displayed range (0 to 256) to column range (0 to 0x8000). Out of range values are clamped.
PatternEvent MakeFilterAttackEvent(int value)Parameters
valueint
Returns
MakeFilterEnvelopeEvent(AnalogGeneratorEnvelopeMode)
This is a helper method to automatically handle turning target controller values into column values.
For this controller the input value is taken as is, only clamped to column value range.
PatternEvent MakeFilterEnvelopeEvent(AnalogGeneratorEnvelopeMode value)Parameters
Returns
MakeFilterEvent(AnalogGeneratorFilterType)
This is a helper method to automatically handle turning target controller values into column values.
For this controller the input value is taken as is, only clamped to column value range.
PatternEvent MakeFilterEvent(AnalogGeneratorFilterType value)Parameters
Returns
MakeFilterExponentialFrequencyEvent(Toggle)
This is a helper method to automatically handle turning target controller values into column values.
For this controller the input value is taken as is, only clamped to column value range.
PatternEvent MakeFilterExponentialFrequencyEvent(Toggle value)Parameters
valueToggle
Returns
MakeFilterFrequencyEvent(int)
This is a helper method to automatically handle turning target controller values into column values.
For this controller the input value is mapped from displayed range (0 to 14000) to column range (0 to 0x8000). Out of range values are clamped.
PatternEvent MakeFilterFrequencyEvent(int value)Parameters
valueint
Returns
MakeFilterReleaseEvent(int)
This is a helper method to automatically handle turning target controller values into column values.
For this controller the input value is mapped from displayed range (0 to 256) to column range (0 to 0x8000). Out of range values are clamped.
PatternEvent MakeFilterReleaseEvent(int value)Parameters
valueint
Returns
MakeFilterResonanceEvent(int)
This is a helper method to automatically handle turning target controller values into column values.
For this controller the input value is mapped from displayed range (0 to 1530) to column range (0 to 0x8000). Out of range values are clamped.
PatternEvent MakeFilterResonanceEvent(int value)Parameters
valueint
Returns
MakeModeEvent(Quality)
Quality mode of the module.
This is a helper method to automatically handle turning target controller values into column values.
For this controller the input value is taken as is, only clamped to column value range.
PatternEvent MakeModeEvent(Quality value)Parameters
valueQuality
Returns
MakeNoiseEvent(int)
Amount of white noise added to the signal.
This is a helper method to automatically handle turning target controller values into column values.
For this controller the input value is mapped from displayed range (0 to 256) to column range (0 to 0x8000). Out of range values are clamped.
PatternEvent MakeNoiseEvent(int value)Parameters
valueint
Returns
MakePanningEvent(int)
This is a helper method to automatically handle turning target controller values into column values.
For this controller the input value is mapped from displayed range (-128 to 128) to column range (0 to 0x8000). Out of range values are clamped.
PatternEvent MakePanningEvent(int value)Parameters
valueint
Returns
MakePolyphonyEvent(int)
This is a helper method to automatically handle turning target controller values into column values.
For this controller the input value is taken as is, only clamped to column value range.
PatternEvent MakePolyphonyEvent(int value)Parameters
valueint
Returns
MakeReleaseEvent(int)
This is a helper method to automatically handle turning target controller values into column values.
For this controller the input value is mapped from displayed range (0 to 256) to column range (0 to 0x8000). Out of range values are clamped.
PatternEvent MakeReleaseEvent(int value)Parameters
valueint
Returns
MakeSecondaryOscillatorModeEvent(AnalogGeneratorSecondaryOscillatorMode)
This is a helper method to automatically handle turning target controller values into column values.
For this controller the input value is taken as is, only clamped to column value range.
PatternEvent MakeSecondaryOscillatorModeEvent(AnalogGeneratorSecondaryOscillatorMode value)Parameters
Returns
MakeSecondaryOscillatorPhaseEvent(int)
This is a helper method to automatically handle turning target controller values into column values.
For this controller the input value is mapped from displayed range (0 to 32768) to column range (0 to 0x8000). Out of range values are clamped.
PatternEvent MakeSecondaryOscillatorPhaseEvent(int value)Parameters
valueint
Returns
MakeSecondaryOscillatorPitchEvent(int)
Pitch deviation of the additional oscillator (off in the zero position).
One semitone = 64.
This is a helper method to automatically handle turning target controller values into column values.
For this controller the input value is mapped from displayed range (-1000 to 1000) to column range (0 to 0x8000). Out of range values are clamped.
PatternEvent MakeSecondaryOscillatorPitchEvent(int value)Parameters
valueint
Returns
MakeSecondaryOscillatorVolumeEvent(int)
This is a helper method to automatically handle turning target controller values into column values.
For this controller the input value is mapped from displayed range (0 to 32768) to column range (0 to 0x8000). Out of range values are clamped.
PatternEvent MakeSecondaryOscillatorVolumeEvent(int value)Parameters
valueint
Returns
MakeSustainEvent(Toggle)
This is a helper method to automatically handle turning target controller values into column values.
For this controller the input value is taken as is, only clamped to column value range.
PatternEvent MakeSustainEvent(Toggle value)Parameters
valueToggle
Returns
MakeVolumeEvent(int)
This is a helper method to automatically handle turning target controller values into column values.
For this controller the input value is mapped from displayed range (0 to 256) to column range (0 to 0x8000). Out of range values are clamped.
PatternEvent MakeVolumeEvent(int value)Parameters
valueint
Returns
MakeWaveformEvent(AnalogGeneratorWaveform)
This is a helper method to automatically handle turning target controller values into column values.
For this controller the input value is taken as is, only clamped to column value range.
PatternEvent MakeWaveformEvent(AnalogGeneratorWaveform value)Parameters
valueAnalogGeneratorWaveform
Returns
ReadCurveSynth(float[])
Used for 'Drawn', 'DrawnSpline' and 'Harmonics' waveforms.
Read from curve 0 of AnalogGenerator.
The curve contains 32 values in range of -1 to 1.int ReadCurveSynth(float[] buffer)Parameters
bufferfloat[]
Returns
- int
SetAttack(int, ValueScalingMode)
Value range: displayed: 0 to 256, real: 0 to 256 Original name: 3 'Attack' Note: equivalent SendEvent(int, PatternEvent) will be used internally, which may introduce latency. It will also be affected by the event timestamp set.
void SetAttack(int value, ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueintvalueScalingModeValueScalingMode
SetDutyCycle(int, ValueScalingMode)
Value range: displayed: 0 to 1024, real: 0 to 1024 Original name: 7 'Duty cycle' Note: equivalent SendEvent(int, PatternEvent) will be used internally, which may introduce latency. It will also be affected by the event timestamp set.
void SetDutyCycle(int value, ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueintvalueScalingModeValueScalingMode
SetExponentialEnvelope(Toggle)
Original name: 6 'Exponential envelope' Note: equivalent SendEvent(int, PatternEvent) will be used internally, which may introduce latency. It will also be affected by the event timestamp set.
void SetExponentialEnvelope(Toggle value)Parameters
valueToggle
SetFilter(AnalogGeneratorFilterType)
Original name: 9 'Filter' Note: equivalent SendEvent(int, PatternEvent) will be used internally, which may introduce latency. It will also be affected by the event timestamp set.
void SetFilter(AnalogGeneratorFilterType value)Parameters
SetFilterAttack(int, ValueScalingMode)
Value range: displayed: 0 to 256, real: 0 to 256 Original name: 13 'F.attack' Note: equivalent SendEvent(int, PatternEvent) will be used internally, which may introduce latency. It will also be affected by the event timestamp set.
void SetFilterAttack(int value, ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueintvalueScalingModeValueScalingMode
SetFilterEnvelope(AnalogGeneratorEnvelopeMode)
Original name: 15 'F.envelope' Note: equivalent SendEvent(int, PatternEvent) will be used internally, which may introduce latency. It will also be affected by the event timestamp set.
void SetFilterEnvelope(AnalogGeneratorEnvelopeMode value)Parameters
SetFilterExponentialFrequency(Toggle)
Original name: 12 'F.exponential freq' Note: equivalent SendEvent(int, PatternEvent) will be used internally, which may introduce latency. It will also be affected by the event timestamp set.
void SetFilterExponentialFrequency(Toggle value)Parameters
valueToggle
SetFilterFrequency(int, ValueScalingMode)
Value range: displayed: 0 to 14000, real: 0 to 14000 Original name: 10 'F.freq' Note: equivalent SendEvent(int, PatternEvent) will be used internally, which may introduce latency. It will also be affected by the event timestamp set.
void SetFilterFrequency(int value, ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueintvalueScalingModeValueScalingMode
SetFilterRelease(int, ValueScalingMode)
Value range: displayed: 0 to 256, real: 0 to 256 Original name: 14 'F.release' Note: equivalent SendEvent(int, PatternEvent) will be used internally, which may introduce latency. It will also be affected by the event timestamp set.
void SetFilterRelease(int value, ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueintvalueScalingModeValueScalingMode
SetFilterResonance(int, ValueScalingMode)
Value range: displayed: 0 to 1530, real: 0 to 1530 Original name: 11 'F.resonance' Note: equivalent SendEvent(int, PatternEvent) will be used internally, which may introduce latency. It will also be affected by the event timestamp set.
void SetFilterResonance(int value, ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueintvalueScalingModeValueScalingMode
SetMode(Quality)
Quality mode of the module.
Original name: 17 'Mode'
Note: equivalent SendEvent(int, PatternEvent) will be used internally, which may introduce latency. It will also be affected by the event timestamp set.
void SetMode(Quality value)Parameters
valueQuality
SetNoise(int, ValueScalingMode)
Amount of white noise added to the signal.
Value range: displayed: 0 to 256, real: 0 to 256
Original name: 18 'Noise'
Note: equivalent SendEvent(int, PatternEvent) will be used internally, which may introduce latency. It will also be affected by the event timestamp set.
void SetNoise(int value, ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueintvalueScalingModeValueScalingMode
SetPanning(int, ValueScalingMode)
Value range: displayed: -128 to 128, real: 0 to 256 Original name: 2 'Panning' Note: equivalent SendEvent(int, PatternEvent) will be used internally, which may introduce latency. It will also be affected by the event timestamp set.
void SetPanning(int value, ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueintvalueScalingModeValueScalingMode
SetPolyphony(int, ValueScalingMode)
Original name: 16 'Polyphony' Note: equivalent SendEvent(int, PatternEvent) will be used internally, which may introduce latency. It will also be affected by the event timestamp set.
void SetPolyphony(int value, ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueintvalueScalingModeValueScalingMode
SetRelease(int, ValueScalingMode)
Value range: displayed: 0 to 256, real: 0 to 256 Original name: 4 'Release' Note: equivalent SendEvent(int, PatternEvent) will be used internally, which may introduce latency. It will also be affected by the event timestamp set.
void SetRelease(int value, ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueintvalueScalingModeValueScalingMode
SetSecondaryOscillatorMode(AnalogGeneratorSecondaryOscillatorMode)
Original name: 20 'Osc2 mode' Note: equivalent SendEvent(int, PatternEvent) will be used internally, which may introduce latency. It will also be affected by the event timestamp set.
void SetSecondaryOscillatorMode(AnalogGeneratorSecondaryOscillatorMode value)Parameters
SetSecondaryOscillatorPhase(int, ValueScalingMode)
Value range: displayed: 0 to 32768, real: 0 to 32768 Original name: 21 'Osc2 phase' Note: equivalent SendEvent(int, PatternEvent) will be used internally, which may introduce latency. It will also be affected by the event timestamp set.
void SetSecondaryOscillatorPhase(int value, ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueintvalueScalingModeValueScalingMode
SetSecondaryOscillatorPitch(int, ValueScalingMode)
Pitch deviation of the additional oscillator (off in the zero position).
One semitone = 64.
Value range: displayed: -1000 to 1000, real: 0 to 2000
Original name: 8 'Osc2'
Note: equivalent SendEvent(int, PatternEvent) will be used internally, which may introduce latency. It will also be affected by the event timestamp set.
void SetSecondaryOscillatorPitch(int value, ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueintvalueScalingModeValueScalingMode
SetSecondaryOscillatorVolume(int, ValueScalingMode)
Value range: displayed: 0 to 32768, real: 0 to 32768 Original name: 19 'Osc2 volume' Note: equivalent SendEvent(int, PatternEvent) will be used internally, which may introduce latency. It will also be affected by the event timestamp set.
void SetSecondaryOscillatorVolume(int value, ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueintvalueScalingModeValueScalingMode
SetSustain(Toggle)
Original name: 5 'Sustain' Note: equivalent SendEvent(int, PatternEvent) will be used internally, which may introduce latency. It will also be affected by the event timestamp set.
void SetSustain(Toggle value)Parameters
valueToggle
SetVolume(int, ValueScalingMode)
Value range: displayed: 0 to 256, real: 0 to 256 Original name: 0 'Volume' Note: equivalent SendEvent(int, PatternEvent) will be used internally, which may introduce latency. It will also be affected by the event timestamp set.
void SetVolume(int value, ValueScalingMode valueScalingMode = ValueScalingMode.Displayed)Parameters
valueintvalueScalingModeValueScalingMode
SetWaveform(AnalogGeneratorWaveform)
Original name: 1 'Waveform' Note: equivalent SendEvent(int, PatternEvent) will be used internally, which may introduce latency. It will also be affected by the event timestamp set.
void SetWaveform(AnalogGeneratorWaveform value)Parameters
valueAnalogGeneratorWaveform
WriteCurveSynth(float[])
Used for 'Drawn', 'DrawnSpline' and 'Harmonics' waveforms.
Write to curve 0 of AnalogGenerator.
The curve contains 32 values in range of -1 to 1.int WriteCurveSynth(float[] buffer)Parameters
bufferfloat[]
Returns
- int