Collaboration diagram for GranularProcessor:

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Public Member Functions
	GranularProcessor (const GranularProcessor &other)
int32_t	getSamplesToShutdown () const
void	startSkippingRendering ()
	allows the buffer to be stolen
void	processGrainFX (std::span< StereoSample > buffer, int32_t grainRate, int32_t grainMix, int32_t grainDensity, int32_t pitchRandomness, int32_t *postFXVolume, bool anySoundComingIn, float tempoBPM, q31_t reverbAmount)
	preset is currently converted from a param to a 0-4 preset inside the grain, which is probably not great
void	clearGrainFXBuffer ()
void	grainBufferStolen ()

Private Member Functions
void	setupGrainFX (int32_t grainRate, int32_t grainMix, int32_t grainDensity, int32_t pitchRandomness, int32_t *postFXVolume, float timePerInternalTick)
StereoSample	processOneGrainSample (StereoSample currentSample)
void	getBuffer ()
void	setWrapsToShutdown ()
void	setupGrainsIfNeeded (int32_t writeIndex)

Private Attributes
uint32_t	bufferWriteIndex = 0
int32_t	_grainSize = 13230
int32_t	_grainRate = 1260
int32_t	_grainShift = 13230
int32_t	_grainFeedbackVol = 161061273
int32_t	_grainVol = 0
int32_t	_grainDryVol = std::numeric_limits<int32_t>::max()
int32_t	_pitchRandomness = 0
bool	grainLastTickCountIsZero = true
bool	grainInitialized = false
std::array< Grain, 8 >	grains = {0}
int32_t	wrapsToShutdown = 0
GrainBuffer *	grainBuffer = nullptr
int32_t	_densityKnobPos = 0
int32_t	_rateKnobPos = 0
int32_t	_mixKnobPos = 0
deluge::dsp::filter::BasicFilterComponent	lpf_l {}
deluge::dsp::filter::BasicFilterComponent	lpf_r {}
bool	tempoSync = true
bool	bufferFull = false

Detailed Description

The granular processor is the config and the grain states. It will seperately manage a 4mb stealable buffer for its memory

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

Public Member Functions