graph::LatencyProcessor Struct Reference

#include <tracktion_LatencyProcessor.h>

Public Member Functions
	LatencyProcessor ()=default
bool	hasSameConfigurationAs (const LatencyProcessor &o) const
	Returns ture if the the sample rate, channels etc.
bool	hasConfiguration (int numLatencySamples, double preparedSampleRate, int numberOfChannels) const
	Returns ture if the the sample rate, channels etc.
int	getLatencyNumSamples () const
void	setLatencyNumSamples (int numLatencySamples)
void	prepareToPlay (double sampleRateToUse, int blockSize, int numChannels)
void	writeAudio (choc::buffer::ChannelArrayView< float > src)
void	writeMIDI (const tracktion_engine::MidiMessageArray &src)
void	readAudioAdding (choc::buffer::ChannelArrayView< float > dst)
void	readAudioOverwriting (choc::buffer::ChannelArrayView< float > dst)
void	readMIDI (tracktion_engine::MidiMessageArray &dst, int numSamples)
void	clearAudio (int numSamples)
void	clearMIDI (int numSamples)

Constructor & Destructor Documentation

LatencyProcessor()

graph::LatencyProcessor::LatencyProcessor ( )

default

Member Function Documentation

hasSameConfigurationAs()

bool graph::LatencyProcessor::hasSameConfigurationAs

(

const LatencyProcessor &

o

)

const

Returns ture if the the sample rate, channels etc.

are the same between the two objects.

References graph::AudioFifo::getNumChannels().

hasConfiguration()

bool graph::LatencyProcessor::hasConfiguration	(	int	numLatencySamples,
		double	preparedSampleRate,
		int	numberOfChannels
	)		const

Returns ture if the the sample rate, channels etc.

are those specified.

getLatencyNumSamples()

int graph::LatencyProcessor::getLatencyNumSamples

(

)

const

setLatencyNumSamples()

void graph::LatencyProcessor::setLatencyNumSamples

(

int

numLatencySamples

)

prepareToPlay()

void graph::LatencyProcessor::prepareToPlay	(	double	sampleRateToUse,
		int	blockSize,
		int	numChannels
	)

References graph::sampleToTime().

writeAudio()

void graph::LatencyProcessor::writeAudio

(

choc::buffer::ChannelArrayView< float >

src

)

writeMIDI()

void graph::LatencyProcessor::writeMIDI

(

const tracktion_engine::MidiMessageArray &

src

)

readAudioAdding()

void graph::LatencyProcessor::readAudioAdding

(

choc::buffer::ChannelArrayView< float >

dst

)

readAudioOverwriting()

void graph::LatencyProcessor::readAudioOverwriting

(

choc::buffer::ChannelArrayView< float >

dst

)

readMIDI()

void graph::LatencyProcessor::readMIDI	(	tracktion_engine::MidiMessageArray &	dst,
		int	numSamples
	)

References graph::sampleToTime().

clearAudio()

void graph::LatencyProcessor::clearAudio

(

int

numSamples

)

clearMIDI()

void graph::LatencyProcessor::clearMIDI

(

int

numSamples

)

References graph::sampleToTime().

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The documentation for this struct was generated from the following file:

• tracktion_LatencyProcessor.h