A core oscillator processor that generates audio by reading wavetable data with various effects. More...

#include <synth_oscillator.h>

Inheritance diagram for vital::SynthOscillator:

Classes
struct	VoiceBlock
	A helper struct for loading per-voice data during audio processing. More...

Public Types
enum	{ kWaveFrame , kMidiNote , kMidiTrack , kSmoothlyInterpolate , kTranspose , kTransposeQuantize , kTune , kAmplitude , kPan , kUnisonVoices , kUnisonDetune , kPhase , kDistortionPhase , kRandomPhase , kBlend , kStereoSpread , kStackStyle , kDetunePower , kDetuneRange , kUnisonFrameSpread , kUnisonDistortionSpread , kUnisonSpectralMorphSpread , kSpectralMorphType , kSpectralMorphAmount , kSpectralUnison , kDistortionType , kDistortionAmount , kActiveVoices , kReset , kRetrigger , kNumInputs }

enum	{ kRaw , kLevelled , kNumOutputs }

enum	SpectralMorph { kNoSpectralMorph , kVocode , kFormScale , kHarmonicScale , kInharmonicScale , kSmear , kRandomAmplitudes , kLowPass , kHighPass , kPhaseDisperse , kShepardTone , kSkew , kNumSpectralMorphTypes }
	Types of spectral morph effects that can be applied to the wavetable. More...

enum	DistortionType { kNone , kSync , kFormant , kQuantize , kBend , kSqueeze , kPulseWidth , kFmOscillatorA , kFmOscillatorB , kFmSample , kRmOscillatorA , kRmOscillatorB , kRmSample , kNumDistortionTypes }
	Types of distortion/waveshaping used by the oscillator. More...

enum	UnisonStackType { kNormal , kCenterDropOctave , kCenterDropOctave2 , kOctave , kOctave2 , kPowerChord , kPowerChord2 , kMajorChord , kMinorChord , kHarmonicSeries , kOddHarmonicSeries , kNumUnisonStackTypes }
	Ways to stack unison voices for chord or harmonic effects. More...

Public Member Functions
	SynthOscillator (Wavetable *wavetable)
	Constructs a SynthOscillator with the specified Wavetable.

void	reset (poly_mask reset_mask, poly_int sample)
	Resets oscillator state with an offset sample count.

void	reset (poly_mask reset_mask) override
	Resets oscillator phase and other variables for specified voices.

void	setSpectralMorphValues (SpectralMorph spectral_morph)
	Sets the spectral morph values for internal morphing.

void	setDistortionValues (DistortionType distortion_type)
	Sets the distortion values for internal waveshaping/fm/rm.

void	process (int num_samples) override
	Processes the oscillator for a given number of samples, writing to the output buffers.

Processor *	clone () const override
	Clones this oscillator, returning a new instance with the same parameters.

void	setFirstOscillatorOutput (Output *oscillator)
	Assigns an oscillator Output pointer for FM/RM modulation (first mod oscillator).

void	setSecondOscillatorOutput (Output *oscillator)
	Assigns an oscillator Output pointer for FM/RM modulation (second mod oscillator).

void	setSampleOutput (Output *sample)
	Assigns a sample Output pointer for FM/RM modulation using a sample.

void	setOversampleAmount (int oversample) override
	Overrides the base Processor method to set oversampling. Ensures internal buffers are large enough.

Public Member Functions inherited from vital::Processor
	Processor (int num_inputs, int num_outputs, bool control_rate=false, int max_oversample=1)
	Constructs a Processor with a given number of inputs/outputs and oversampling.

virtual	~Processor ()
	Virtual destructor.

virtual bool	hasState () const
	Indicates whether this Processor requires per-voice state.

virtual void	processWithInput (const poly_float *audio_in, int num_samples)
	An optional processing function taking explicit input buffer. Fallback is an assertion failure (not supported).

virtual void	init ()
	Called after constructor, used for any additional initialization. Subclasses can override. Sets the initialized flag.

virtual void	hardReset ()
	Called to perform a "hard" reset for all voices.

bool	initialized ()
	Returns whether this Processor has been initialized.

virtual void	setSampleRate (int sample_rate)
	Updates the sample rate of this Processor (scaled by oversampling).

force_inline bool	enabled () const
	Checks if this Processor is enabled.

virtual void	enable (bool enable)
	Enables or disables this Processor.

force_inline int	getSampleRate () const
	Retrieves the current (effective) sample rate.

force_inline int	getOversampleAmount () const
	Retrieves the current oversampling factor.

force_inline bool	isControlRate () const
	Checks if this Processor is running at control rate (buffer_size == 1).

virtual void	setControlRate (bool control_rate)
	Sets whether this Processor runs at control rate.

force_inline poly_mask	getResetMask (int input_index) const
	Retrieves a mask indicating which voices triggered a note-on event. Compares the input's trigger_value to kVoiceOn.

force_inline void	clearOutputBufferForReset (poly_mask reset_mask, int input_index, int output_index) const
	Clears output samples for voices that are about to be reset, based on the trigger offset.

bool	inputMatchesBufferSize (int input=0)
	Checks whether the buffer size of a particular input matches the size needed by this Processor.

bool	checkInputAndOutputSize (int num_samples)
	Checks if all inputs and outputs have buffers big enough for `num_samples`.

virtual bool	isPolyphonic () const
	Checks if this Processor is polyphonic by querying its ProcessorRouter.

void	plug (const Output *source)
	Connects an external Output to this Processor's first input.

void	plug (const Output *source, unsigned int input_index)
	Connects an external Output to a specified input index.

void	plug (const Processor *source)
	Connects the first output of a Processor to this Processor's first input.

void	plug (const Processor *source, unsigned int input_index)
	Connects the first output of a Processor to a specified input index.

void	plugNext (const Output *source)
	Connects an external Output to the first available (unplugged) input.

void	plugNext (const Processor *source)
	Connects the first output of a Processor to the first available (unplugged) input.

void	useInput (Input *input)
	Uses an existing Input object as this Processor's first input.

void	useInput (Input *input, int index)
	Uses an existing Input object at a specified input index.

void	useOutput (Output *output)
	Uses an existing Output object as this Processor's first output.

void	useOutput (Output *output, int index)
	Uses an existing Output object at a specified output index.

int	connectedInputs ()
	Counts how many inputs are connected to a real source (not null_source_).

virtual void	unplugIndex (unsigned int input_index)
	Removes the connection at a specified input index, if any.

virtual void	unplug (const Output *source)
	Removes a connection to a given Output from all inputs.

virtual void	unplug (const Processor *source)
	Removes connections to all outputs from a given Processor.

virtual void	numInputsChanged ()
	Called when the number of inputs changes (e.g., new connections). Subclasses may override for dynamic behavior.

force_inline void	router (ProcessorRouter *router)
	Sets the ProcessorRouter that owns or manages this Processor.

force_inline ProcessorRouter *	router () const
	Returns the ProcessorRouter that currently owns this Processor.

ProcessorRouter *	getTopLevelRouter () const
	Gets the topmost (root) ProcessorRouter by traversing parent routers.

virtual void	registerInput (Input *input, int index)
	Registers a new input, appending it to the input list.

virtual Output *	registerOutput (Output *output, int index)
	Registers a new Output in the output list at a specified index.

virtual void	registerInput (Input *input)
	Registers a new Input by appending it to the end of the input list.

virtual Output *	registerOutput (Output *output)
	Registers a new Output by appending it to the end of the output list.

force_inline int	numInputs () const
	Returns the total number of Input pointers (owned or otherwise).

force_inline int	numOutputs () const
	Returns the total number of Output pointers (owned or otherwise).

force_inline int	numOwnedInputs () const
	Returns how many Input objects this Processor owns.

force_inline int	numOwnedOutputs () const
	Returns how many Output objects this Processor owns.

force_inline Input *	input (unsigned int index=0) const
	Retrieves the Input pointer at a given index.

force_inline bool	isInputSourcePolyphonic (int index=0)
	Checks if the input source at a given index is polyphonic.

force_inline Input *	ownedInput (unsigned int index=0) const
	Retrieves an owned Input pointer at a given index.

force_inline Output *	output (unsigned int index=0) const
	Retrieves the Output pointer at a given index.

force_inline Output *	ownedOutput (unsigned int index=0) const
	Retrieves an owned Output pointer at a given index.

void	setPluggingStart (int start)
	Sets the position at which `plugNext` starts searching for an open input.

Static Public Member Functions
static bool	isFirstModulation (int type)
	Checks if distortion type uses the first modulation oscillator.

static bool	isSecondModulation (int type)
	Checks if distortion type uses the second modulation oscillator.

static void	setDistortionValues (DistortionType distortion_type, poly_float *values, int num_values, bool spread)
	Sets distortion values for an array of poly_float, handling unison spread if necessary.

static void	setSpectralMorphValues (SpectralMorph spectral_morph, poly_float *values, int num_values, bool spread)
	Sets spectral morph values for an array of poly_float, handling unison spread if necessary.

static void	runSpectralMorph (SpectralMorph morph_type, float morph_amount, const Wavetable::WavetableData wavetable_data, int wavetable_index, poly_float dest, FourierTransform *transform)
	Applies a spectral morph operation (e.g., vocode, smear) directly on a buffer.

static vital::poly_int	adjustPhase (DistortionType distortion_type, poly_int phase, poly_float distortion_amount, poly_int distortion_phase)
	Adjusts phase for sync, formant, quantize, etc.

static vital::poly_float	getPhaseWindow (DistortionType distortion_type, poly_int phase, poly_int distorted_phase)
	Retrieves a window multiplier (for example, half-sin window in formant mode).

static poly_float	interpolate (const mono_float *buffer, const poly_int indices)
	Performs linear interpolation on a single wave buffer.

static bool	usesDistortionPhase (DistortionType distortion_type)
	Checks if a given distortion type uses a separate distortion_phase (kSync, kQuantize, etc).

Static Public Attributes
static constexpr int	kMaxUnison = 16
	Maximum number of unison voices.

static constexpr int	kPolyPhasePerVoice = kMaxUnison / poly_float::kSize
	Number of poly phases used per voice.

static constexpr int	kNumPolyPhase = kMaxUnison / 2
	Number of poly phases total.

static constexpr int	kNumBuffers = kNumPolyPhase * poly_float::kSize
	Number of buffers to store waveforms, based on the number of poly phases.

static constexpr int	kSpectralBufferSize = Wavetable::kWaveformSize * 2 / poly_float::kSize + poly_float::kSize
	Size of spectral buffer for Fourier transforms.

static const mono_float	kStackMultipliers [kNumUnisonStackTypes][kNumPolyPhase]
	Precomputed multipliers used for stacking unison voices into intervals.

Additional Inherited Members
Protected Member Functions inherited from vital::Processor
Output *	addOutput (int oversample=1)
	Creates and registers a new Output. Handles control rate vs. audio rate.

Input *	addInput ()
	Creates and registers a new Input, initially connected to null_source_.

Protected Attributes inherited from vital::Processor
std::shared_ptr< ProcessorState >	state_
	Shared state (sample rate, oversample, etc.)

int	plugging_start_
	The index at which `plugNext` starts searching for an unplugged input.

std::vector< std::shared_ptr< Input > >	owned_inputs_
	Inputs owned by this Processor.

std::vector< std::shared_ptr< Output > >	owned_outputs_
	Outputs owned by this Processor.

std::shared_ptr< std::vector< Input * > >	inputs_
	All inputs, owned or external.

std::shared_ptr< std::vector< Output * > >	outputs_
	All outputs, owned or external.

ProcessorRouter *	router_
	The ProcessorRouter that manages this Processor.

Static Protected Attributes inherited from vital::Processor
static const Output	null_source_
	A null (dummy) source used for unconnected inputs.

Detailed Description

A core oscillator processor that generates audio by reading wavetable data with various effects.

This class handles unison, spectral morphing, distortion, FM/RM modulation, and more. It inherits from Processor, allowing it to be part of Vital's modular audio graph.

Member Enumeration Documentation

◆ anonymous enum

anonymous enum

Enumerator
kWaveFrame	Waveform frame selection.
kMidiNote	MIDI note (for pitch)
kMidiTrack	MIDI tracking toggle.
kSmoothlyInterpolate	Not used directly in this file, but part of the Vital architecture.
kTranspose	Transpose amount.
kTransposeQuantize	Transpose quantize setting.
kTune	Fine tune.
kAmplitude	Output amplitude.
kPan	Stereo panning.
kUnisonVoices	Number of unison voices.
kUnisonDetune	Unison detune amount.
kPhase	Phase offset.
kDistortionPhase	Phase distortion offset.
kRandomPhase	Random phase amount.
kBlend	Blend between center voice and detuned voices.
kStereoSpread	Stereo spread amount.
kStackStyle	Unison stack style.
kDetunePower	Detune power exponent.
kDetuneRange	Detune range.
kUnisonFrameSpread	Unison wavetable frame spread.
kUnisonDistortionSpread	Unison distortion spread.
kUnisonSpectralMorphSpread	Unison spectral morph spread.
kSpectralMorphType	Spectral morph type.
kSpectralMorphAmount	Spectral morph amount.
kSpectralUnison	Toggle for spectral unison.
kDistortionType	Distortion type.
kDistortionAmount	Distortion amount.
kActiveVoices	Active voice mask.
kReset	Manual reset (phase reset)
kRetrigger	Retrigger mask.
kNumInputs	Number of inputs.

◆ anonymous enum

anonymous enum

Enumerator
kRaw	Unleveled or "raw" output.
kLevelled	Output after amplitude leveling/panning.
kNumOutputs	Number of outputs.

◆ DistortionType

enum vital::SynthOscillator::DistortionType

Types of distortion/waveshaping used by the oscillator.

Enumerator
kNone	No distortion.
kSync	Sync distortion.
kFormant	Formant shifting.
kQuantize	Quantization.
kBend	Bend distortion.
kSqueeze	Squeeze distortion.
kPulseWidth	Pulse width distortion.
kFmOscillatorA	FM using oscillator A.
kFmOscillatorB	FM using oscillator B.
kFmSample	FM using sample.
kRmOscillatorA	RM using oscillator A.
kRmOscillatorB	RM using oscillator B.
kRmSample	RM using sample.
kNumDistortionTypes

◆ SpectralMorph

enum vital::SynthOscillator::SpectralMorph

Types of spectral morph effects that can be applied to the wavetable.

Enumerator
kNoSpectralMorph	No spectral morph effect.
kVocode	Vocode morph.
kFormScale	Formant scaling.
kHarmonicScale	Harmonic scaling.
kInharmonicScale	Inharmonic scaling.
kSmear	Smear morph.
kRandomAmplitudes	Random amplitudes morph.
kLowPass	Lowpass morph.
kHighPass	Highpass morph.
kPhaseDisperse	Phase dispersion.
kShepardTone	Shepard tone morph.
kSkew	Skew morph.
kNumSpectralMorphTypes

◆ UnisonStackType

enum vital::SynthOscillator::UnisonStackType

Ways to stack unison voices for chord or harmonic effects.

Enumerator
kNormal	Standard unison.
kCenterDropOctave	Shift center voice down an octave.
kCenterDropOctave2	Shift center voice down two octaves.
kOctave	Alternate between the base pitch and +1 octave.
kOctave2	Alternate among the base pitch, +1 octave, +2 octaves.
kPowerChord	Power chord intervals.
kPowerChord2	Extended power chord intervals.
kMajorChord	Major chord intervals.
kMinorChord	Minor chord intervals.
kHarmonicSeries	Harmonic series.
kOddHarmonicSeries	Odd harmonic series.
kNumUnisonStackTypes

Constructor & Destructor Documentation

◆ SynthOscillator()

vital::SynthOscillator::SynthOscillator ( Wavetable * wavetable )

Constructs a SynthOscillator with the specified Wavetable.

Parameters

wavetable A pointer to the wavetable used for generating wave data.

Member Function Documentation

◆ adjustPhase()

poly_int vital::SynthOscillator::adjustPhase	(	DistortionType	distortion_type,
		poly_int	phase,
		poly_float	distortion_amount,
		poly_int	distortion_phase )

static

Adjusts phase for sync, formant, quantize, etc.

Parameters

distortion_type	Type of distortion.
phase	Current phase to be distorted.
distortion_amount	Amount of distortion to apply.
distortion_phase	Additional phase offset used by certain distortion types.

Returns: Distorted phase value.

◆ clone()

Processor * vital::SynthOscillator::clone ( ) const

inlineoverridevirtual

Clones this oscillator, returning a new instance with the same parameters.

Returns: Pointer to a new SynthOscillator instance.

Implements vital::Processor.

◆ getPhaseWindow()

poly_float vital::SynthOscillator::getPhaseWindow	(	DistortionType	distortion_type,
		poly_int	phase,
		poly_int	distorted_phase )

static

Retrieves a window multiplier (for example, half-sin window in formant mode).

Parameters

distortion_type	The distortion type.
phase	The original oscillator phase.
distorted_phase	The phase after distortion.

Returns: The multiplier to apply to the final audio sample.

◆ interpolate()

poly_float vital::SynthOscillator::interpolate	(	const mono_float *	buffer,
		const poly_int	indices )

static

Performs linear interpolation on a single wave buffer.

Parameters

buffer	The buffer of mono_float samples.
indices	The poly_int of indices to read from.

Returns: Interpolated poly_float sample.

◆ isFirstModulation()

static bool vital::SynthOscillator::isFirstModulation ( int type )

inlinestatic

Checks if distortion type uses the first modulation oscillator.

Parameters

type	The distortion type.

Returns: True if distortion type uses the first oscillator for FM/RM.

◆ isSecondModulation()

static bool vital::SynthOscillator::isSecondModulation ( int type )

inlinestatic

Checks if distortion type uses the second modulation oscillator.

Parameters

type	The distortion type.

Returns: True if distortion type uses the second oscillator for FM/RM.

◆ process()

void vital::SynthOscillator::process ( int num_samples )

overridevirtual

Processes the oscillator for a given number of samples, writing to the output buffers.

Parameters

num_samples The number of audio samples to generate.

Implements vital::Processor.

◆ reset() [1/2]

void vital::SynthOscillator::reset ( poly_mask reset_mask )

overridevirtual

Resets oscillator phase and other variables for specified voices.

Parameters

reset_mask The mask indicating which voices to reset.

Reimplemented from vital::Processor.

◆ reset() [2/2]

void vital::SynthOscillator::reset	(	poly_mask	reset_mask,
		poly_int	sample )

Resets oscillator state with an offset sample count.

Parameters

reset_mask	The mask indicating which voices need resetting.
sample	A poly_int sample offset for retrigger.

◆ runSpectralMorph()

void vital::SynthOscillator::runSpectralMorph	(	SpectralMorph	morph_type,
		float	morph_amount,
		const Wavetable::WavetableData *	wavetable_data,
		int	wavetable_index,
		poly_float *	dest,
		FourierTransform *	transform )

static

Applies a spectral morph operation (e.g., vocode, smear) directly on a buffer.

Parameters

morph_type	The spectral morph type.
morph_amount	The amount of morphing to apply (0.0 - 1.0).
wavetable_data	Pointer to the original wavetable data.
wavetable_index	Which frame of the wavetable to process.
dest	Pointer to the destination buffer for the result.
transform	Pointer to the Fourier transform helper.

◆ setDistortionValues() [1/2]

void vital::SynthOscillator::setDistortionValues ( DistortionType distortion_type )

Sets the distortion values for internal waveshaping/fm/rm.

Parameters

distortion_type The type of distortion to apply.

◆ setDistortionValues() [2/2]

void vital::SynthOscillator::setDistortionValues	(	DistortionType	distortion_type,
		poly_float *	values,
		int	num_values,
		bool	spread )

static

Sets distortion values for an array of poly_float, handling unison spread if necessary.

Parameters

distortion_type	The type of distortion used.
values	Pointer to the poly_float array to modify.
num_values	The number of items in the array.
spread	True if a unison spread is applied to these values.

◆ setFirstOscillatorOutput()

void vital::SynthOscillator::setFirstOscillatorOutput ( Output * oscillator )

inline

Assigns an oscillator Output pointer for FM/RM modulation (first mod oscillator).

Parameters

oscillator A pointer to the Output that provides modulation data.

◆ setOversampleAmount()

void vital::SynthOscillator::setOversampleAmount ( int oversample )

inlineoverridevirtual

Overrides the base Processor method to set oversampling. Ensures internal buffers are large enough.

Parameters

oversample The new oversampling factor.

Reimplemented from vital::Processor.

◆ setSampleOutput()

void vital::SynthOscillator::setSampleOutput ( Output * sample )

inline

Assigns a sample Output pointer for FM/RM modulation using a sample.

Parameters

sample A pointer to the Output that provides the sample data.

◆ setSecondOscillatorOutput()

void vital::SynthOscillator::setSecondOscillatorOutput ( Output * oscillator )

inline

Assigns an oscillator Output pointer for FM/RM modulation (second mod oscillator).

Parameters

oscillator A pointer to the Output that provides modulation data.

◆ setSpectralMorphValues() [1/2]

void vital::SynthOscillator::setSpectralMorphValues ( SpectralMorph spectral_morph )

Sets the spectral morph values for internal morphing.

Parameters

spectral_morph The type of spectral morph.

◆ setSpectralMorphValues() [2/2]

void vital::SynthOscillator::setSpectralMorphValues	(	SpectralMorph	spectral_morph,
		poly_float *	values,
		int	num_values,
		bool	spread )

static

Sets spectral morph values for an array of poly_float, handling unison spread if necessary.

Parameters

spectral_morph	The type of spectral morph to apply.
values	Pointer to the poly_float array to modify.
num_values	The number of items in the array.
spread	True if a unison spread is applied to these values.

◆ usesDistortionPhase()

bool vital::SynthOscillator::usesDistortionPhase ( DistortionType distortion_type )

static

Checks if a given distortion type uses a separate distortion_phase (kSync, kQuantize, etc).

Parameters

distortion_type The distortion type.

Returns: True if uses distortion phase, otherwise false.

Member Data Documentation

◆ kMaxUnison

int vital::SynthOscillator::kMaxUnison = 16

staticconstexpr

Maximum number of unison voices.

◆ kNumBuffers

int vital::SynthOscillator::kNumBuffers = kNumPolyPhase * poly_float::kSize

staticconstexpr

Number of buffers to store waveforms, based on the number of poly phases.

◆ kNumPolyPhase

int vital::SynthOscillator::kNumPolyPhase = kMaxUnison / 2

staticconstexpr

Number of poly phases total.

◆ kPolyPhasePerVoice

int vital::SynthOscillator::kPolyPhasePerVoice = kMaxUnison / poly_float::kSize

staticconstexpr

Number of poly phases used per voice.

◆ kSpectralBufferSize

int vital::SynthOscillator::kSpectralBufferSize = Wavetable::kWaveformSize * 2 / poly_float::kSize + poly_float::kSize

staticconstexpr

Size of spectral buffer for Fourier transforms.

◆ kStackMultipliers

const mono_float vital::SynthOscillator::kStackMultipliers

static

Initial value:

= {
    { 1.0f, 1.0f, 1.0f, 1.0f, 1.0f, 1.0f, 1.0f, 1.0f },
    { 0.5f, 1.0f, 1.0f, 1.0f, 1.0f, 1.0f, 1.0f, 1.0f },
    { 0.25f, 1.0f, 1.0f, 1.0f, 1.0f, 1.0f, 1.0f, 1.0f },
    { 1.0f, 2.0f, 1.0f, 2.0f, 1.0f, 2.0f, 1.0f, 2.0f },
    { 1.0f, 2.0f, 3.0f, 1.0f, 2.0f, 3.0f, 1.0f, 2.0f },
    { 1.0f, kFifthMult, 2.0f, 1.0f, kFifthMult, 2.0f, 1.0f, kFifthMult },
    { 1.0f, kFifthMult, 2.0f, 2.0f * kFifthMult, 4.0f, 1.0f, kFifthMult, 2.0f },
    { 1.0f, kMajorThirdMult, kFifthMult, 2.0f, 1.0f, kMajorThirdMult, kFifthMult, 2.0f },
    { 1.0f, kMinorThirdMult, kFifthMult, 2.0f, 1.0f, kMinorThirdMult, kFifthMult, 2.0f },
    { 1.0f, 2.0f, 3.0f, 4.0f, 5.0f, 6.0f, 7.0f, 8.0f },
    { 1.0f, 3.0f, 5.0f, 7.0f, 9.0f, 11.0f, 13.0f, 15.0f }
  }

Precomputed multipliers used for stacking unison voices into intervals.

The documentation for this class was generated from the following files:

/Users/davidvogel/repos/VitalHelp/src/synthesis/producers/synth_oscillator.h
/Users/davidvogel/repos/VitalHelp/src/synthesis/producers/synth_oscillator.cpp

Classes

Public Types

Public Member Functions

Static Public Member Functions

Static Public Attributes

Additional Inherited Members

Detailed Description

Member Enumeration Documentation

◆ anonymous enum

◆ anonymous enum

◆ DistortionType

◆ SpectralMorph

◆ UnisonStackType

Constructor & Destructor Documentation

◆ SynthOscillator()

Member Function Documentation

◆ adjustPhase()

◆ clone()

◆ getPhaseWindow()

◆ interpolate()

◆ isFirstModulation()

◆ isSecondModulation()

◆ process()

◆ reset() [1/2]

◆ reset() [2/2]

◆ runSpectralMorph()

◆ setDistortionValues() [1/2]

◆ setDistortionValues() [2/2]

◆ setFirstOscillatorOutput()

◆ setOversampleAmount()

◆ setSampleOutput()

◆ setSecondOscillatorOutput()

◆ setSpectralMorphValues() [1/2]

◆ setSpectralMorphValues() [2/2]

◆ usesDistortionPhase()

Member Data Documentation

◆ kMaxUnison

◆ kNumBuffers

◆ kNumPolyPhase

◆ kPolyPhasePerVoice

◆ kSpectralBufferSize

◆ kStackMultipliers