Collaboration diagram for ModFXProcessor:

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Public Member Functions
void	processModFX (std::span< StereoSample > buffer, const ModFXType &modFXType, int32_t modFXRate, int32_t modFXDepth, int32_t postFXVolume, UnpatchedParamSet unpatchedParams, bool anySoundComingIn)
	NOT GRAIN! - this only does the comb filter based mod fx.
void	resetMemory ()
void	setupBuffer ()
void	disableBuffer ()
void	tickLFO (int32_t numSamples, int32_t phaseIncrement)

Public Attributes
StereoSample	phaserMemory {0, 0}
StereoSample	allpassMemory [kNumAllpassFiltersPhaser]
StereoSample *	modFXBuffer {nullptr}
uint16_t	modFXBufferWriteIndex {0}
LFO	modFXLFO
LFO	modFXLFOStereo

Private Member Functions
void	setupChorus (const ModFXType &modFXType, int32_t modFXDepth, int32_t postFXVolume, UnpatchedParamSet unpatchedParams, LFOType &modFXLFOWaveType, int32_t &modFXDelayOffset, int32_t &thisModFXDelayDepth) const
void	setupModFXWFeedback (const ModFXType &modFXType, int32_t modFXDepth, int32_t postFXVolume, UnpatchedParamSet unpatchedParams, LFOType &modFXLFOWaveType, int32_t &modFXDelayOffset, int32_t &thisModFXDelayDepth, int32_t &feedback) const
	flanger, phaser, warble - generally any modulated delay tap based effect with feedback
template<ModFXType modFXType>
void	processModFXBuffer (std::span< StereoSample > buffer, int32_t modFXRate, int32_t modFXDepth, LFOType &modFXLFOWaveType, int32_t modFXDelayOffset, int32_t thisModFXDelayDepth, int32_t feedback, bool stereo)
template<ModFXType modFXType>
std::pair< int32_t, int32_t >	processModLFOs (int32_t modFXRate, LFOType modFXLFOWaveType)
template<ModFXType modFXType, bool stereo>
StereoSample	processOneModFXSample (StereoSample sample, int32_t modFXDelayOffset, int32_t thisModFXDelayDepth, int32_t feedback, int32_t lfoOutput, int32_t lfo2Output)
StereoSample	processOnePhaserSample (StereoSample sample, int32_t modFXDepth, int32_t feedback, int32_t lfoOutput)

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

Public Member Functions

Public Attributes